CMD_FENG_DGEN_Syllabus - Google Drive


1	Syllabi of the DGEN Curricula
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Engineering Geology (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Engineering Geology (Practical)			Hrs:	2
4	Teacher's name:		Nawzat Rashad Ismail	Course Code:	ENG5201			Units:	6	Teacher's name:		Nawzat Rashad Ismail	Course Code:	ENG5201			Units:	6
5	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	1	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Lecturer	e-mail: nawzat.rashad@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: nawzat.rashad@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Course introduction and references			Completed	100.0%				1	External and internal properties of crystals			Completed	100.0%
10	2	The earth and the solar system			Completed					2	External and internal properties of crystals			Completed
11	3	Minerals (definition, chem. composition, crystal systems)			Completed					3	Minerals (Physical properties , definition, chem. composition)			Completed
12	4	Minerals (physical properties, classification of minerals)			Completed					4	Minerals (physical properties, classification of minerals)			Completed
13	5	Rocks & their study, rock cycles			Completed					5	Igneous Rocks (origin, classification of igneous rocks)			Completed
14	6	Igneous rocks			Completed					6	Igneous rocks(texture of igneous rocks			Completed
15	7	Engineering importance & utility of Igneous rocks			Completed					7	Mineral and chemical composition of igneous rocks			Completed
16	8	Sedimentary rocks			Completed					8	Sedimentary rocks (mineral composition )			Completed
17	9	Description of certain important sedimentary rocks			Completed					9	Description of certain important sedimentary rocks			Completed
18	10	Metamorphic rocks			Completed					10	Classification of sedimentary rocks.			Completed
19	11	Description of certain important metamorphic rocks			Completed					11	Metamorphic rocks (origin)			Completed
20	12	Economic minerals (coal ,petroleum)			Completed					12	Description of certain important metamorphic rocks			Completed
21	13	Soil (origin, geological classification of soils)			Completed					13	Study the mineral composition, and texture.			Completed
22	14	Weathering and erosion			Completed					14	Topographic maps			Completed
23	15	Water erosion and geological work of water			Completed					15	Topographic maps			Completed
24	16	Wind erosion and geological work of wind			Completed					16	Geological Structure(maps)			Completed
25	17	Earth movement and volcanic activity			Completed					17	Geological structure (Folds)			Completed
26	18	Earth quake & mountain building activity			Completed					18	Geological structure (Faults)			Completed
27	19	Geological structure (Folds)			Completed					19	Design of water wells			Completed
28	20	Geological structure (Faults)			Completed					20	Design of wells			Completed
29	21	Geological structure (Joints)			Completed					21	Correlation between the water wells			Completed
30	22	Other structural features of rocks			Completed					22	External and internal properties of crystals			Completed
31	23	Strength of geological materials			Completed					23	External and internal properties of crystals			Completed
32	24	Behavior of soil and rock			Completed					24	Minerals (Physical properties , definition, chem. composition)			Completed
33	25	In-situ investigations			Completed					25	Minerals (physical properties, classification of minerals)			Completed
34	26	Dams & geology of dam sites			Completed					26	Igneous Rocks (origin, classification of igneous rocks)			Completed
35	27	Geology of reservoir sites, Tunnels (definition & construction features)			Completed					27	Igneous rocks(texture of igneous rocks			Completed
36	28	Tunnels in soft & hard ground, over break in tunnels), Ground water (origin, water table, movement & drainage, aquifers)			Completed					28	Mineral and chemical composition of igneous rocks			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Engineering Mechanics (Theory)			Hrs:	3
4	Teacher's name:		Ahmad Jabar Hamarash	Course Code:	EMC5202			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: ahmed.jabar@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to mechanics			Completed	100.0%
10	2	Basic concepts and definitions.			Completed
11	3	Newton’s laws and units			Completed
12	4	Newton’s laws and units			Completed
13	5	Scalars and vectors			Completed
14	6	Scalars and vectors			Completed
15	7	Force systems			Completed
16	8	Force systems			Completed
17	9	Moments and Couple of Moments			Completed
18	10	Moments and Couple of Moments			Completed
19	11	Resolution of forces and moments in two dimensions			Completed
20	12	Resolution of forces and moments in two dimensions			Completed
21	13	Resolution of forces and moments in three dimensions			Completed
22	14	Resolution of forces and moments in three dimensions			Completed
23	15	Equilibrium in two dimensions			Completed
24	16	Equilibrium in two dimensions			Completed
25	17	Equilibrium in three dimensions			Completed
26	18	Equilibrium in three dimensions			Completed
27	19	Support types, Structure types, Reactions			Completed
28	20	Support types, Structure types, Reactions			Completed
29	21	Trusses			Completed
30	22	Trusses			Completed
31	23	Area and volume centroids			Completed
32	24	Area and volume centroids			Completed
33	25	Center of gravity and mass			Completed
34	26	Center of gravity and mass			Completed
35	27	Moments of inertia of areas			Completed
36	28	Moments of inertia of areas			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Engineering Drawing * (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	Engineering Drawing * (Practical)			Hrs:	3
4	Teacher's name:		Madeh Izat Hamakareem	Course Code:	END5203			Units:	2	Teacher's name:		Madeh Izat Hamakareem	Course Code:	END5203			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	1	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail:madeh.izat@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail:madeh.izat@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to Engineering drawing.			Completed	100.0%				1	Introduction to Engineering drawing.			Completed	100.0%
10	2	Selection of instruments.			Completed					2	Selection of instruments.			Completed
11	3	Engineering Lettering.			Completed					3	Engineering Lettering.			Completed
12	4	Engineering Lettering			Completed					4	Engineering Lettering			Completed
13	5	Types of Lines.			Completed					5	Types of Lines.			Completed
14	6	Applications on types of lines.			Completed					6	Applications on types of lines.			Completed
15	7	Fundamental of dimensioning on engineering drawings.			Completed					7	Fundamental of dimensioning on engineering drawings.			Completed
16	8	Geometrical construction drawings.			Completed					8	Geometrical construction drawings.			Completed
17	9	Applications on geometrical constructions.			Completed					9	Applications on geometrical constructions.			Completed
18	10	Applications on geometrical constructions.			Completed					10	Applications on geometrical constructions.			Completed
19	11	Tangent lines and arcs.			Completed					11	Tangent lines and arcs.			Completed
20	12	Tangent lines and arcs.			Completed					12	Tangent lines and arcs.			Completed
21	13	Geometrical curves.			Completed					13	Geometrical curves.			Completed
22	14	Geometrical curves.			Completed					14	Geometrical curves.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Descriptive Geometry * (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	Descriptive Geometry * (Practical)			Hrs:	3
4	Teacher's name:		Madeh Izat Hamakareem	Course Code:	DCG5204			Units:	2	Teacher's name:		Madeh Izat Hamakareem	Course Code:	DCG5204			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	1	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail:madeh.izat@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail:madeh.izat@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Descriptive geometry and projections.			Completed	100.0%				1	Descriptive geometry and projections.			Completed	100.0%
10	2	Projection of points and lines.			Completed					2	Projection of points and lines.			Completed
11	3	Determining true length, inclination and traces.			Completed					3	Determining true length, inclination and traces.			Completed
12	4	Projection of surfaces.			Completed					4	Projection of surfaces.			Completed
13	5	Orthographic projections.			Completed					5	Orthographic projections.			Completed
14	6	Orthographic projections.			Completed					6	Orthographic projections.			Completed
15	7	Isometric drawings.			Completed					7	Isometric drawings.			Completed
16	8	Isometric drawings.			Completed					8	Isometric drawings.			Completed
17	9	Sectional views.			Completed					9	Sectional views.			Completed
18	10	Civil engineering drawings.			Completed					10	Civil engineering drawings.			Completed
19	11	Plans (buildings, houses).			Completed					11	Plans (buildings, houses).			Completed
20	12	Stairs.			Completed					12	Stairs.			Completed
21	13	Sections.			Completed					13	Sections.			Completed
22	14	Geotechnical engineering drawings.			Completed					14	Geotechnical engineering drawings.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Mathematics - I (Theory)			Hrs:	3
4	Teacher's name:		Caroline Yousif Daniel	Course Code:	MAT5205			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: caroline.yousif@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Coordinates, Slope of straight line, Equations of straight lines			Completed	100.0%
10	2	Intervals, Graphs, Domains, Slope of a curve			Completed
11	3	Derivative of a function, Velocity and rates			Completed
12	4	Limits			Completed
13	5	Derivative of polynomial functions, Derivative of rational functions			Completed
14	6	Derivative of inverse functions, Implicit relations and their derivatives			Completed
15	7	Composite functions and chain rule			Completed
16	8	Trigonometric functions and their derivatives.			Completed
17	9	Continuity, Second derivative			Completed
18	10	Sign of the first derivative, points of inflection, curve plotting, local maximum and local minimum.			Completed
19	11	Maxima and minima theory and problems			Completed
20	12	Rolle's theorem, L'Hopital rule			Completed
21	13	Mean-Value theorem and it's applications			Completed
22	14	Complex numbers (Trigonometric, Polar and exponential)			Completed
23	15	Complex numbers (conversions between different forms).			Completed
24	16	Complex numbers (continued)			Completed
25	17	Integration, Integration of trigonometric functions.			Completed
26	18	Area under a curve			Completed
27	19	Trapezoidal rule, Simpson's rule			Completed
28	20	Area between two curves			Completed
29	21	Volumes			Completed
30	22	Inverse trigonometric functions and their derivatives			Completed
31	23	Properties of natural logarithm and it's derivative			Completed
32	24	Exponential function and exponential growth			Completed
33	25	Methods of integration			Completed
34	26	Methods of integration (continued)			Completed
35	27	Methods of integration (continued)			Completed
36	28	Methods of integration (continued)			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Engineering Statistics (Theory)			Hrs:	1
4	Teacher's name:		Bahra Dhahir Khafour	Course Code:	ENS5206			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Lecturer	e-mail: bahra.dhahir@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction and definitions to Statistics. Descriptive Statistics and Inferential Statistics. Population and Sample Variable. Quantitative Variable: Discrete and Continuous Variable.			Completed	100.0%
10	2	Methods of collecting data, Organization of data. Frequency Distribution for Qualitative Data.			Completed
11	3	Relative and Percentage Frequency Distribution for Quantitative Data. Class Limits, Class Boundaries, Class Marks, and Class Width. Cumulative frequency distribution.			Completed
12	4	Representing of data by: Histograms, frequency polygon, frequency curve.			Completed
13	5	Cumulative Frequency Distributions, Ogives .Classification of curves.			Completed
14	6	Measures of Central Tendency. Mean some properties of mean.			Completed
15	7	Harmonic mean, Quadratic mean. Median and Mode for grouped and ungrouped data.			Completed
16	8	Measures of Dispersion. Range, Mean Deviation.			Completed
17	9	Variance and Standard Deviation.			Completed
18	10	Coefficient of Variation. Z Scores. Moments.			Completed
19	11	Skewness & Kurtosis.			Completed
20	12	Probability, Events, Simple Events, and Compound Events.			Completed
21	13	Types of events, Mutually Exclusive Events. Dependent and Independent Events…			Completed
22	14	Some laws of probability relationships (Multiplication law, Addition law)			Completed
23	15	Law of Conditional probability and diagrammatic approach.. Bayes’ Theorem.			Completed
24	16	Permutations and Combinations. Using Permutations and Combinations to Solve Probability Problems. Relation between Combination and permutation.			Completed
25	17	Probability Distribution: (Discrete Probability Distribution. Binomial Discrete Probability Distribution.			Completed
26	18	Poisson Discrete Probability Distribution			Completed
27	19	Normal Probability Distribution.			Completed
28	20	Standardizing and non-standard Normal Distribution. Applications of the Normal Distribution.			Completed
29	21	The t- Distribution ( Student distribution), Application of the t- distribution: Confidence Interval estimation of arithmetic mean for the Population Mean:			Completed
30	22	Estimation of confidence interval for difference between the arithmetic mean of two populations.			Completed
31	23	Tests of hypothesis, Null Hypothesis and Alternative Hypothesis.			Completed
32	24	Testes concerning two mean.			Completed
33	25	Chi-square Distribution. Chi-square Independence Test.			Completed
34	26	Test of Goodness			Completed
35	27	Observed and Expected Frequencies. Sampling Distribution of the Goodness-of-Fit Test Statistic			Completed
36	28	F- Distribution.			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Academic Debates (Theory)			Hrs:	2
4	Teacher's name:		Daban Abdulthahir Muhedin	Course Code:	ACD6500			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail:daban.abdulthahir@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction: General Information about software engineering			Completed	100.0%
10	2	Famous programmers through time. Discussions.			Completed
11	3	Famous programmers through time. Discussions.			Completed
12	4	How to write a scientific report.			Completed
13	5	How to write a scientific report.			Completed
14	6	How to write a scientific report.			Completed
15	7	Critical Thinking.			Completed
16	8	Critical Thinking.			Completed
17	9	Group Solving Problems.			Completed
18	10	Group Solving Problems.			Completed
19	11	Interpersonal Communication Skill.			Completed
20	12	Interpersonal Communication Skill.			Completed
21	13	Evaluation Skill.			Completed
22	14	Evaluation Skill.			Completed
23	15	Speed Reading Skill.			Completed
24	16	Speed Reading Skill.			Completed
25	17	Presentation Skill.			Completed
26	18	Presentation Skill.			Completed
27	19	Presentation Skill.			Completed
28	20	Reports & Seminars			Completed
29	21	Reports & Seminars			Completed
30	22	Reports & Seminars			Completed
31	23	Reports & Seminars			Completed
32	24	Reports & Seminars			Completed
33	25	Reports & Seminars			Completed
34	26	Reports & Seminars			Completed
35	27	Reports & Seminars			Completed
36	28	Reports & Seminars			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Computer Applications (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	Computer Applications (Practical)			Hrs:	2
4	Teacher's name:		Ari Arif Abdulrahman	Course Code:	ACC5300			Units:	4	Teacher's name:		Ari Arif Abdulrahman	Course Code:	ACC5300			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: ari.arif@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail: ari.arif@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	General Introduction about Computers			Completed	100.0%				1	General Introduction about Computers			Completed	100.0%
10	2	Types of Computers			Completed					2	Types of Computers			Completed
11	3	Main parts of Computer Hardware, Computer Performance and Computer Performance			Completed					3	Main parts of Computer Hardware, Computer Performance and Computer Performance			Completed
12	4	Computer Software			Completed					4	Computer Software			Completed
13	5	Basics of Windows Part1			Completed					5	Basics of Windows Part1			Completed
14	6	Basics of Windows Part2			Completed					6	Basics of Windows Part2			Completed
15	7	Microsoft Word part1			Completed					7	Microsoft Word part1			Completed
16	8	Microsoft Word part2			Completed					8	Microsoft Word part2			Completed
17	9	Microsoft Word part3			Completed					9	Microsoft Word part3			Completed
18	10	Microsoft Word part4			Completed					10	Microsoft Word part4			Completed
19	11	Microsoft Word part5			Completed					11	Microsoft Word part5			Completed
20	12	Microsoft PowerPoint part1			Completed					12	Microsoft PowerPoint part1			Completed
21	13	Microsoft PowerPoint part2			Completed					13	Microsoft PowerPoint part2			Completed
22	14	Microsoft PowerPoint part3			Completed					14	Microsoft PowerPoint part3			Completed
23	15	Microsoft PowerPoint part4			Completed					15	Microsoft PowerPoint part4			Completed
24	16	Microsoft PowerPoint part5			Completed					16	Microsoft PowerPoint part5			Completed
25	17	Microsoft Excel part1			Completed					17	Microsoft Excel part1			Completed
26	18	Microsoft Excel part2			Completed					18	Microsoft Excel part2			Completed
27	19	Microsoft Excel part3			Completed					19	Microsoft Excel part3			Completed
28	20	Microsoft Excel part4			Completed					20	Microsoft Excel part4			Completed
29	21	Microsoft Excel part5			Completed					21	Microsoft Excel part5			Completed
30	22	Getting started with AutoCAD			Completed					22	Getting started with AutoCAD			Completed
31	23	Working with Commands			Completed					23	Working with Commands			Completed
32	24	Ortho Mode, Drawing Lines with Polar Tracking and Object Snaps			Completed					24	Ortho Mode, Drawing Lines with Polar Tracking and Object Snaps			Completed
33	25	Object Drawing			Completed					25	Object Drawing			Completed
34	26	Arc, Circle, Square, Rectangles and Elapses			Completed					26	Arc, Circle, Square, Rectangles and Elapses			Completed
35	27	Hatching, Offsetting Objects and Mirroring objects			Completed					27	Hatching, Offsetting Objects and Mirroring objects			Completed
36	28	Fillet, Chamfer, Trimming and Extending Objects			Completed					28	Fillet, Chamfer, Trimming and Extending Objects			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Academic English (Theory)			Hrs:	2
4	Teacher's name:			Course Code:	ACE7500			Units:	4
5	Teacher's Academic Degree:			Study System:	Year			Stage	1
6	Teacher's Academic Title:			e-mail: xxxx.xxxx@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	References ; Introduction, Presentation of Course Book			Completed	100.0%
10	2	Rules of Grammar: Common Mistakes; Relative Pronouns; Interrogative Pronouns, Forms of Sentences: Participles, Verbs, and Adverbs.			Completed
11	3	Adjectives: Formation of adjectives, examples.			Completed
12	4	Prefixes and Suffixes.			Completed
13	5	Punctuations and their types and Uses, Phrases of Indirect Meaning.			Completed
14	6	Frequently Misused Word Pairs (word pairs that may be confused with one another).			Completed
15	7	Technical Terms: Coefficient of Friction, Angle of Internal Friction, Angle of Repose, Rock Mechanics, Mathematical Model, Mohr Envelope, Rock Mass, Stability, Finite Element, Uniaxial Compression, Biaxial Compression, Triaxial Compression, Uniaxial State of Stress, Biaxial State of Stress, Triaxial State of Stress, Contraction, Extension, Overburden Load, Primary State of Stress, Secondary State of Stress, Hydrostatic Pressure, Compressive Stress, Shear Stress, Tensile Stress, Cohesion, Constitutive Equation, Elastic Limit.			Completed
16	8	Hardness, Stiffness, Homogeneity, Heterogeneity, Isotropy, Modulus of Deformation, Modulus of Elasticity, Secant Modulus, Weathering, Joint, Fault, Fracture, Crack,			Completed
17	9	Porosity, Pit, Quarry, Trench, Back Packing, Primary Lining, Secondary Lining, Rock Anchor, Rock Bolt, Shotcrete, Support.			Completed
18	10	Porosity, Pit, Quarry, Trench, Back Packing, Primary Lining, Secondary Lining, Rock Anchor, Rock Bolt, Shotcrete, Support.			Completed
19	11	Geotechnical Engineering & Civil Engineering and their Relations with other Subjects.			Completed
20	12	Geotechnical Engineering & Civil Engineering and their Relations with other Subjects.			Completed
21	13	Conversation and Dialogue Practice.			Completed
22	14	Conversation and Dialogue Practice.			Completed
23	15	The Language of Geotechnical & Civil Engineering - 1			Completed
24	16	The Language of Geotechnical & Civil Engineering - 2			Completed
25	17	Technical Reading 1: Road Foundations + Exercises.			Completed
26	18	Technical Reading 2: Suspension Bridges + Exercises.			Completed
27	19	Technical Reading 3: Rigid Pavements + Exercises.			Completed
28	20	Technical Reading4: Steam Locomotives + Exercises.			Completed
29	21	Technical Reading 5: Piles For Foundations + Exercises.			Completed
30	22	Technical Reading 6: Heat Treatment of Steel + Exercises.			Completed
31	23	Technical Reading 7: Liquid Flow and Metering + Exercises.			Completed
32	24	Technical Reading 8: Materials, Properties and Thermal Performance of Buildings + Exercises.			Completed
33	25	Technical Reading 9: Geology and Soils in Site Planning + Exercises.			Completed
34	26	Technical Reading 10: Structural and Drainage Characteristics + Exercises.			Completed
35	27	Conversation and Dialogue Practice.			Completed
36	28	Conversation and Dialogue Practice.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Kurdistan Studies (Theory)			Hrs:	2
4	Teacher's name:		Ala Dara Abdelmejid	Course Code:	KRS8200			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	1
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: ala.dara@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction: History of Kurdology.			Completed	100.0%
10	2	Geography of Kurdistan.			Completed
11	3	History of Kurds.			Completed
12	4	Religions in Kurdistan.			Completed
13	5	Kurds after Islam.			Completed
14	6	Kurds in the Modern History.			Completed
15	7	Kurds in the Modern History.			Completed
16	8	Shorshi Sheix Mahmood.			Completed
17	9	Komari Mahabad, Shorshi Sheix UbeidAllah Nahri.			Completed
18	10	The Language.			Completed
19	11	History of Kurdish Language.			Completed
20	12	Kurdish Language.			Completed
21	13	Standards of the Language.			Completed
22	14	Speech and Writing.			Completed
23	15	Folklore.			Completed
24	16	Folklore.			Completed
25	17	Folklore.			Completed
26	18	Classic Literature & Poetry.			Completed
27	19	Classic Literature & Poetry.			Completed
28	20	Classic Literature & Poetry.			Completed
29	21	Classic Literature & Poetry.			Completed
30	22	Kurdish Poetry.			Completed
31	23	Kurdish Literature.			Completed
32	24	Kurdish Calendar.			Completed
33	25	Nationalism.			Completed
34	26	Nationalism.			Completed
35	27	Nationalism.			Completed
36	28	Nationalism.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Workshop (Practical)			Hrs:	3
4	Teacher's name:			Course Code:	WSH5239			Units:
5	Teacher's Academic Degree:			Study System:	Year			Stage	1
6	Teacher's Academic Title:			e-mail: xxxx.xxxx@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Type of engine and engine parts			Not completed	0.0%
10	2	How engine works 4 and 2 stroke			Not completed
11	3	Automobile systems ( cooling, brake and fuel)			Not completed
12	4	Automobile systems ( cooling, brake and fuel)			Not completed
13	5	Automobile systems( clutch , gear box and steering) and assessment			Not completed
14	6	Automobile systems( clutch , gear box and steering) and assessment			Not completed
15	7	safety conditions in the carpentry workshop/ What is Carpentry/ Type of Carpentry/ The Goal of Trainings/ Type of Woods/ Processes and methods in the work/ Contact with timber type/ What are Furniture, Architecture, and Model Carpentry			Not completed
16	8	What are the measuring tool in carpentry workshop? How to use measuring tools/ Use of hand and power Saws for cutting timbers/ Measure angles geometrically/ Make frame with maximum contact between couple of timbers, Cut Angles and join frames/ Using glue and clamps.			Not completed
17	9	Making the Filling work for the parts of Planer and chisels/ Apply work with Planer tool/ use Rasp to plane and modify the cuts/ Make chiseling on a timber then design and cut male and female structure/ Use of hand power and stand drill to make holes for screw driving/ Driving a different sizes screws/ Apply nailing of different size.			Not completed
18	10	Complete project/ Assessments and evaluation			Not completed
19	11	Introduce of welding and type of welding			Not completed
20	12	Arc welding and practice			Not completed
21	13	Arc welding and practice			Not completed
22	14	Gas welding and practice			Not completed
23	15	Gas welding and practice			Not completed
24	16	Project and assessment			Not completed
25	17	Introduce of filing process			Not completed
26	18	Introduce of filing process			Not completed
27	19	Filing practice and cutting process			Not completed
28	20	Drilling, threading and practice			Not completed
29	21	Project and assessment			Not completed
30	22	(Theoretical training) : Requirements of the Occupational Safety, electrical shock ,electricity, voltage deference, resistance, current ,electrical establishment ,power transfers, power stations type			Not completed
31	23	(Theoretical training) : Requirements of the Occupational Safety, electrical shock ,electricity, voltage deference, resistance, current ,electrical establishment ,power transfers, power stations type			Not completed
32	24	(practical training): Skimming the wires, soldering, using of AVO meter			Not completed
33	25	(practical training): Skimming the wires, soldering, using of AVO meter			Not completed
34	26	connecting circuits (one way, two way, parallel and series)			Not completed
35	27	connecting circuits (one way, two way, parallel and series)			Not completed
36	28	Project and assessment			Not completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Engineering Surveying (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Engineering Surveying (Practical)			Hrs:	3
4	Teacher's name:		Anwar Hazim Dawood	Course Code:	ENS5208			Units:	6	Teacher's name:		Anwar Hazim Dawood	Course Code:	ENS5208			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2
6	Teacher's Academic Title:		Lecturer	e-mail: anwer.hazim@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: anwer.hazim@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction , definitions			Completed	100.0%				1	Identification to surveying lab.			Completed	100.0%
10	2	Measurement system , dimensions & angles			Completed					2	Coordinates surveying			Completed
11	3	Principles of surveying			Completed					3	Direct linear measurement			Completed
12	4	Chain surveying , tape surveying			Completed					4	Perpendicular offsets			Completed
13	5	Corrections of errors for chain & tape surveying			Completed					5	Location of ground features			Completed
14	6	Obstruction surveying			Completed					6	Obstacle surveying			Completed
15	7	Leveling : adjustment			Completed					7	Leveling adjustment			Completed
16	8	Height of instrument			Completed					8	Height of inst. Meth. profile			Completed
17	9	Rice and fall analysis			Completed					9	Rise, fall meth.			Completed
18	10	Cross sections & longitudinal sections			Completed					10	Reciprocal leveling			Completed
19	11	Errors in Leveling			Completed					11	Cross section			Completed
20	12	Closed leveling			Completed					12	Closed leveling			Completed
21	13	Areas			Completed					13	Polar and digital planometer			Completed
22	14	Volumes			Completed					14	Contouring, Surfer contouring			Completed
23	15	Contouring			Completed					15	Determining of directions ( N , S , E , W )			Completed
24	16	Theodolite surveying : adjustment			Completed					16	Setting up the theodolite			Completed
25	17	Traversing			Completed					17	Angular measurements			Completed
26	18	Errors & corrections in Theodolite surveying			Completed					18	Horizontal angle measurement			Completed
27	19	Indirect method for measuring distance (optical methods)			Completed					19	Vertical angle measurement			Completed
28	20	Tachometric surveying horizontal case			Completed					20	Traverse reconnaissance & layout			Completed
29	21	Inclined case			Completed					21	Gradient measurement			Completed
30	22	Horizontal & vertical projection			Completed					22	Determination height of aims			Completed
31	23	Sub-tense bar surveying			Completed					23	Traverse computation			Completed
32	24	Electromagnetic spectrum methods			Completed					24	Tachometric surveying (stadia method )			Completed
33	25	Curve surveying			Completed					25	Tachometric surveying (tangential method )			Completed
34	26	Horizontal curve surveying, Combined Curve			Completed					26	Distance measurement by (E.D.M)			Completed
35	27	Projection of curve, vertical curve surveying			Completed					27	lay out of curve			Completed
36	28	curve applications			Completed					28	Tachometric normal case surveying			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Fluid Mechanics (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Fluid Mechanics (Practical)			Hrs:	2
4	Teacher's name:		Karwan Abubaker Ali	Course Code:	FMC5209			Units:	6	Teacher's name:		Karwan Abubaker Ali	Course Code:	FMC5209			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: karwan.civil@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail: xxxx.xxxx@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Properties of Fluids			Completed	100.0%				1	Lifting Force (Bouncy Force)			Completed	100.0%
10	2	Properties of Fluids (continued)			Completed					2	Aerometer or Hydrometer			Completed
11	3	Properties of Fluids (continued)			Completed					3	Pressure in still liquids and gases			Completed
12	4	Properties of Fluids (continued)			Completed					4	Dead –Weight Piston Gauge			Completed
13	5	Basic Principles of Pressure			Completed					5	Surface Tension			Completed
14	6	Basic Principles of Pressure (continued)			Completed					6	Boyle-Mariotte’s law			Completed
15	7	Basic Principles of Pressure (continued)			Completed					7	Centre of Pressure			Completed
16	8	Basic Principles of Pressure (continued)			Completed					8	Static and Dynamic Pressure			Completed
17	9	Hydrostatic Forces			Completed					9	Fluid Flow Rate			Completed
18	10	Hydrostatic Forces (continued)			Completed					10	Pressure and Velocity Distribution Along Venture Tube			Completed
19	11	Hydrostatic Forces (continued)			Completed					11	Over All Pressure of Fluid Flow			Completed
20	12	Hydrostatic Forces (continued)			Completed					12	Flow meter Demonstration Apparatus			Completed
21	13	Buoyancy			Completed					13	Bernoulli’s theorem Demonstration			Completed
22	14	Fluid Flow			Completed					14	Impact of jet			Completed
23	15	Fluid Flow (continued)			Completed					15	Osborne Reynolds			Completed
24	16	Fluid Flow (continued)			Completed					16	Pipe Friction			Completed
25	17	Conservation Equation			Completed					17	Minor losses			Completed
26	18	Conservation Equation (continued)			Completed					18	Open-channel flow			Completed
27	19	Energy Equation			Completed					19	Weir			Completed
28	20	Energy Equation (continued)			Completed					20	Sink Speed of sphere			Completed
29	21	Energy Line and Hydraulic Grade Line			Completed					21	Stability of a Floating Body			Completed
30	22	Laminar and Turbulent Flow			Completed					22				Completed
31	23	Laminar and Turbulent Flow (continued)			Completed					23				Completed
32	24	Laminar and Turbulent Flow (continued)			Completed					24				Completed
33	25	Laminar and Turbulent Flow (continued)			Completed					25				Completed
34	26	Laminar and Turbulent Flow (continued)			Completed					26				Completed
35	27	Momentum and Forces in Fluid Flow			Completed					27				Completed
36	28	Momentum and Forces in Fluid Flow (continued)			Completed					28				Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Construction Materials Technology (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Construction Materials Technology (Practical)			Hrs:	2
4	Teacher's name:		Daban Abdulthahir Muhedin	Course Code:	CMT5214			Units:	6	Teacher's name:		Daban Abdulthahir Muhedin	Course Code:	CMT5214			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2
6	Teacher's Academic Title:		Assistant Lecturer	e-mail:daban.abdulthahir@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail:daban.abdulthahir@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Principal properties of buildings			Completed	100.0%				1	Safety and lab report, Measurement size of clay brick + water absorption test			Completed	100.0%
10	2	Brick classification			Completed					2	Efflorescence test of clay brick+ Brick, compressive strength			Completed
11	3	Brick manufacturing			Completed					3	Dimension test + water absorption test for blocks			Completed
12	4	Brick types			Completed					4	Block compressive strength test + bulk dry density of block			Completed
13	5	Block types			Completed					5	Fineness + consistency test of gypsum			Completed
14	6	Block manufacturing			Completed					6	setting time test for gypsum + sample preparation for compressive strength & casting for flexural test			Completed
15	7	Gypsum classification			Completed					7	Compressive strength test for gypsum + Flexural Test			Completed
16	8	Gypsum manufacturing			Completed					8	Specific density test for stone + Stone total absorption test			Completed
17	9	Lime classification			Completed					9	Tensile Test of steel + water absorption of tile			Completed
18	10	Lime manufacturing			Completed					10	Bending + dimension test of tile			Completed
19	11	Building stones			Completed					11	Consistency of cement + fineness test			Completed
20	12	Stone characteristics			Completed					12	Initial and final setting test for cement + sample preparation for compression and flexural			Completed
21	13	Building stone deterioration			Completed					13	Compressive strength test for cement + Flexural test			Completed
22	14	Tiles			Completed					14	Crushing Value test			Completed
23	15	Cement			Completed					15	Impact value test			Completed
24	16	Physical properties of cement			Completed					16	Abrasion value test (Los Anglos test)			Completed
25	17	Aggregate classification			Completed					17	Specific gravity and absorption of coarse aggregate			Completed
26	18	Aggregate properties			Completed					18	Sample Splitter + Specific gravity and absorption of fine agg.			Completed
27	19	Aggregate sieve analysis			Completed					19	Sieve analysis of fine aggregate + coarse aggregate			Completed
28	20	Water			Completed					20	Method of determination of particle shape (Flakiness index)			Completed
29	21	Fresh concrete			Completed					21	Materials finer than sieve No. 200			Completed
30	22	Workability of concrete			Completed					22	Slump test			Completed
31	23	Segregation and bleeding of concrete			Completed					23	Compacting factor test			Completed
32	24	Concrete manufacturing			Completed					24	Flow table test			Completed
33	25	Concrete mix design			Completed					25	Vebe test			Completed
34	26	Concrete mix design (continued)			Completed					26	Sample preparation ( cubic + cylinder + bending )			Completed
35	27	Concrete mix design (continued)			Completed					27	Compressive strength of concrete + flexural test			Completed
36	28	Properties of hardened concrete			Completed					28	Tensile strength of concrete			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Environmental (Theory)			Hrs:	2
4	Teacher's name:		Bahra Dhahir Khafour	Course Code:	GEE5210			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	2
6	Teacher's Academic Title:		Lecturer	e-mail: bahra.dhahir@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction and general definitions, Sustainability.			Completed	100.0%
10	2	Environment factors in site selection for city planning.			Completed
11	3	Pollution, types of pollution, factors effecting pollution. How pollution occur from natural operations, pollution problem and control.			Completed
12	4	Air pollution, effects of air pollution, Properties of atmospheric layers. Types of air pollutant materials and sources.			Completed
13	5	Acid rain, Global warming, Ozone depletion.			Completed
14	6	Air pollution measurements and control.			Completed
15	7	Solid waste, types of solid wastes, Methods of collection and factors affecting on collection of solid waste.			Completed
16	8	Generation rate, load count analysis method used for analyzing solid waste generation rate.			Completed
17	9	Types of solid waste disposal, and factors affecting on it. Sanitary lands fill planning, Design and operation.			Completed
18	10	Estimation of required landfill area. Reaction occurring in complete landfills. Lechate .in landfills.			Completed
19	11	Water pollution, types and sources of water. Some characteristics of surface and ground waters.			Completed
20	12	Water pollutants, sources, and their problems. Measurements of water quality. States of solution impurities, Water treatment.			Completed
21	13	Noise pollution, Source of noise pollution. Properties of sound waves,			Completed
22	14	Relative scale of sound pressure levels. Noise control.			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Geophysics (Theory)			Hrs:	2
4	Teacher's name:		Hawkar Bapir Baker	Course Code:	GPH5211			Units:	2
5	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	2
6	Teacher's Academic Title:		Lecturer	e-mail:hawkar.bapeer@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Course book explanation , Geophysics in general			Completed	100.0%
10	2	Ground penetrating radar principles.			Completed
11	3	GPR brief history, Limitations & Applications.			Completed
12	4	General description of GPR techniques, Reflection & Refraction			Completed
13	5	Survey design, Antenna orientation & GPR data record			Completed
14	6	Mode of operation in GPR.			Completed
15	7	Depth analysis and equations. Velocity calculations, Applied software (Ground Vision and RadExplorer			Completed
16	8	Electrical Method in General, Electrical resistivity method, classifications and introduction.			Completed
17	9	Theory of resistivity method, current propagation, resistivity ranges of materials, applications and limitations			Completed
18	10	Resistivity equipment, Apparent resistivity and mathematical equations.			Completed
19	11	Survey technique and design, Depth of penetration and calculations.			Completed
20	12	Common electrode arrays, Field procedure (Profiling, Sounding.)			Completed
21	13	Seismic method (introduction and principles. Seismic waves (types and propagation).			Completed
22	14	Methods of computing velocity & factors affecting it. Geometry of reflected wave path, Seismic work instruments, Geophone spreads Energy sources, Corrections, Types of seismic velocity, Data processing, Data interpretation			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Mathematics - II (Theory)			Hrs:	3
4	Teacher's name:		Kochar Jamal Tawfeeq	Course Code:	MAT5212			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: xxxx.xxxx@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Vectors: Vectors in the Plan, Dot Product, Vectors in Space, Dot Product in Space, Cross Product in Space. Triple Scalar or Box Product.			Completed	100.0%
10	2	Vectors: Lines and Planes in Space, Velocity and Acceleration, Tangential.			Completed
11	3	Vectors: Curvature and Normal Vectors, Radius of Curvature.			Completed
12	4	Partial Differentiation: Partial Differentiation. Function of two or more variables, The Chain Rule for Partial Derivatives, Chain Rule for Functions of Three Variables.			Completed
13	5	Partial Differentiation: Chain Rule For Functions Defined on Surfaces. The Total Differential.			Completed
14	6	Partial Differentiation: The Directional Derivative.			Completed
15	7	Partial Differentiation: Higher Order Derivatives, and Maxima, Minima, Saddle Points.			Completed
16	8	Differential Equation:			Completed
17	9	Differential Equation: Ordinary Differential Equation, Types of First Order- Differential Equations, Variable Separable, Homogeneous.			Completed
18	10	Differential Equation: Linear Differential Equations, Exact Differential Equations			Completed
19	11	Differential Equation: Second Order: Special Types.			Completed
20	12	Second Order Linear Differential Equations: Linear 2nd Order, Homogeneous Linear Equations with Constant			Completed
21	13	Second Order Linear Differential Equations: Linear 2nd Order Non-Homogeneous.			Completed
22	14	Second Order Linear Differential Equations: Linear Equations with Constant Coefficients, Inspired Guessing,			Completed
23	15	Second Order Linear Differential Equations: Variation of Parameters, Undetermined Coefficients.			Completed
24	16	Integrals: Multiple Integrals. Double Integrals, Area by Double Integration, Physical Applications, First and Second Moment.			Completed
25	17	Integrals: Double Integral by Polar Coordinates, Changing Coordinates.			Completed
26	18	Integrals: Triple Integrals in Rectangular Coordinates, Integrals in Cylindrical Coordinates, Integral in Spherical Coordinates.			Completed
27	19	Matrices: Algebra of Matrices.			Completed
28	20	Matrices: Solution of a Set of Simultaneous Linear Equations.			Completed
29	21	Infinite Series: Sequences, Converges, Diverge, Limits, Geometric Series, The Ratio Test.			Completed
30	22	Infinite Series: Power Series, Maclaurin Series, Taylor`s Series.			Completed
31	23	Complex Numbers and Functions: Algebra of Complex Numbers.			Completed
32	24	Complex Numbers and Functions: Complex Variables			Completed
33	25	Complex Numbers and Functions: Cauchy-Riemann Equation.			Completed
34	26	Vector Analysis: Green`s Theorem			Completed
35	27	Vector Analysis : Stokes`s Theorem			Completed
36	28	Review			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Strength of Materials (Theory)			Hrs:	2
4	Teacher's name:		Mirwan Mirhaj M. Salih	Course Code:	STM5213			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	2
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: mariwan.mirhaj@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to Mechanics of Materials, Equilibrium of a deformable body			Completed	100.0%
10	2	Concept of stress, Normal Stress, Shear Stress			Completed
11	3	Allowable Stress, Factor of Safety, Design of simple connections			Completed
12	4	Strain ,Normal Strain and Shear Strain, Stress-strain Diagram			Completed
13	5	Hooke’s law ,Material Behavior , Poisson's Ratio, Shear Stress-Strain Diagram			Completed
14	6	Deformation of Axially Loaded Members, Statically Indeterminate Axially Loaded Members			Completed
15	7	The Force Method , Thermal Stress, Stress Concentrations			Completed
16	8	Shear and Moment Diagrams			Completed
17	9	Area Method for Drawing Shear-Moment Diagrams			Completed
18	10	Area Method for Drawing Shear-Moment Diagrams			Completed
19	11	Stresses in Beams, Bending Stresses			Completed
20	12	Composite Beams, R.C Beams, Curved Beams			Completed
21	13	Transverse Shear			Completed
22	14	Shear Flow in Built-Up Members, Shear Center for Open Thin-Walled Members			Completed
23	15	Deflection of Beams, Elastic Curve, Slope and Displacement by Integration			Completed
24	16	Slope and Displacement by Integration			Completed
25	17	Discontinuity Functions			Completed
26	18	Slope and Displacement by Moment Area Method			Completed
27	19	Slope and Displacement by Moment Area Method			Completed
28	20	Torsion of a circular shaft, The Torsion Formula			Completed
29	21	Power Transition, Angle of Twist, Statically Indeterminate Torque-Loaded Members			Completed
30	22	Thin-Walled Pressure Vessels, State of Stress Caused by Combined Loadings			Completed
31	23	State of Stress Caused by Combined Loadings			Completed
32	24	Stress Transformation , General Equations of Plane-Stress Transformation			Completed
33	25	Principal Stresses and Maximum In-Plane Shear Stress, Mohr's Circle			Completed
34	26	Strain Transformation, General Equations of Plane – Strain Transformation			Completed
35	27	Principal Strain, Material – Property Relationships			Completed
36	28	Buckling of Columns ,Critical Load ,Ideal Column with Pin Support			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	MatLAB * (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	MatLAB * (Practical)			Hrs:	2
4	Teacher's name:		Arazu Sabah Yaseen Kareem	Course Code:	MLB5216			Units:	2	Teacher's name:		Arazu Sabah Yaseen Kareem	Course Code:	MLB5216			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	2	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	2
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: arazu.yaseen@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail: arazu.yaseen@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Starting MATLAB; Input a Row or Column Vector			Completed	100.0%				1	Starting MATLAB; Input a Row or Column Vector			Completed	100.0%
10	2	Input Matrix: Create Special Matrix, Change Entries in Matrix: Create Sub Matrix, Solve Matrices			Completed					2	Input Matrix: Create Special Matrix, Change Entries in Matrix: Create Sub Matrix, Solve Matrices			Completed
11	3	Functions: Creating Scripts and Functions, Functions			Completed					3	Functions: Creating Scripts and Functions, Functions			Completed
12	4	Functions: Evaluating Polynomials and Plotting Curves, Functions of Functions			Completed					4	Functions: Evaluating Polynomials and Plotting Curves, Functions of Functions			Completed
13	5	Loops and Conditional Statements: Loops Structures, Summing Series			Completed					5	Loops and Conditional Statements: Loops Structures, Summing Series			Completed
14	6	Loops and Conditional Statements: Summing Series using MATLAB Specific Commands,Loops with Loops (Nested), Constructing Logical Statements			Completed					6	Loops and Conditional Statements: Summing Series using MATLAB Specific Commands,Loops with Loops (Nested), Constructing Logical Statements			Completed
15	7	Loops and Conditional Statements: The MATLAB Command Switch, Conditional Loops, Break Command, MATLAB Specified Command, Error Checking			Completed					7	Loops and Conditional Statements: The MATLAB Command Switch, Conditional Loops, Break Command, MATLAB Specified Command, Error Checking			Completed
16	8	Vector and Matrix Manipulations: Transpose of a Matrix, Column or Row Components, Matrix addition, Matrix Subtraction, Matrix Multiplication			Completed					8	Vector and Matrix Manipulations: Transpose of a Matrix, Column or Row Components, Matrix addition, Matrix Subtraction, Matrix Multiplication			Completed
17	9	Matrix Functions: Determinate, Inverse, Rank, Identity, Condition Number, The n by n Identity, The n by m Matrix Consisting of All Zeros			Completed					9	Matrix Functions: Determinate, Inverse, Rank, Identity, Condition Number, The n by n Identity, The n by m Matrix Consisting of All Zeros			Completed
18	10	Matrix Functions: Exponential, Eigen Values, Eigen Vectors, LU Decomposition, Singular Value Decomposition, QR Decomposition, Used to Solve a Set of Linear Algebraic Equations			Completed					10	Matrix Functions: Exponential, Eigen Values, Eigen Vectors, LU Decomposition, Singular Value Decomposition, QR Decomposition, Used to Solve a Set of Linear Algebraic Equations			Completed
19	11	Root Finding: Initial Estimates, Fixed Point Iteration, Bisection			Completed					11	Root Finding: Initial Estimates, Fixed Point Iteration, Bisection			Completed
20	12	Root Finding: Newton-Raphson and Secant Methods, Roots of a Polynomial			Completed					12	Root Finding: Newton-Raphson and Secant Methods, Roots of a Polynomial			Completed
21	13	Initial-Value Ordinary Differential Equations, Implicit Ordinary Differential Equations			Completed					13	Initial-Value Ordinary Differential Equations, Implicit Ordinary Differential Equations			Completed
22	14	Boundary-Value Ordinary Differential Equations			Completed					14	Boundary-Value Ordinary Differential Equations			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Soil Mechanics (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Soil Mechanics (Practical)			Hrs:	2
4	Teacher's name:		Zahraa Noori Rashid	Course Code:	SMC5217			Units:	6	Teacher's name:		Zahraa Noori Rashid	Course Code:	SMC5217			Units:	6
5	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	3	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Origin of Soil and Grain size			Completed	100.0%				1	Introduction to soil Mechanics lab and apparatus			Completed	100.0%
10	2	Origin of Soil and Grain size (continued)			Completed					2	Soil Sampling: Disturbed			Completed
11	3	Weight Volume Relationship of soil and soil plasticity			Completed					3	Soil Sampling: Undisturbed			Completed
12	4	Weight Volume Relationship of soil and soil plasticity			Completed					4	Water content			Completed
13	5	Weight Volume Relationship of soil and soil plasticity (continued)			Completed					5	Water content: Field method			Completed
14	6	Engineering Classification of Soil			Completed					6	Organic Content			Completed
15	7	Engineering Classification of Soil (continued)			Completed					7	Specific Gravity			Completed
16	8	Soil Compaction			Completed					8	Grain size analysis: sieve analysis			Completed
17	9	Soil Compaction (continued)			Completed					9	Grain size analysis: hydrometer analysis			Completed
18	10	Permeability			Completed					10	Atterberg Limits: Liquid limit and plastic limit Casagrande method			Completed
19	11	Permeability (continued)			Completed					11	Atterberg Limits: Liquid limit and plastic limit by Fall cone			Completed
20	12	One dimensional flow			Completed					12	Maximum density of granular soil			Completed
21	13	One dimensional flow (continued)			Completed					13	Minimum density of granular soil			Completed
22	14	Two dimensional flow -Seepage			Completed					14	Compaction test: Standard Proctor test			Completed
23	15	Two dimensional flow –Seepage (continued)			Completed					15	Compaction test: Modified Proctor test			Completed
24	16	In Situ Stresses			Completed					16	Field density: Core cuter test			Completed
25	17	In Situ Stresses (continued)			Completed					17	Field Density: Sand replacement method			Completed
26	18	Stresses in a soil mass			Completed					18	Permeability: Constant head			Completed
27	19	Stresses in a soil mass (continued)			Completed					19	Permeability: Falling head			Completed
28	20	Stresses in a soil mass (continued)			Completed					20	Consolidation test			Completed
29	21	Compressibility of Soil			Completed					21	Consolidation test (continued)			Completed
30	22	Compressibility of soil (continued)			Completed					22	Direct shear test:			Completed
31	23	Compressibility of soil (continued)			Completed					23	Direct shear test (continued)			Completed
32	24	Shear strength of soil			Completed					24	Vane shear test			Completed
33	25	Shear strength of soil (continued)			Completed					25	Unconfined shear test			Completed
34	26	Shear strength of soil (continued)			Completed					26	Triaxial test			Completed
35	27	Lateral Earth pressure			Completed					27	Triaxial test (continued)			Completed
36	28	Lateral Earth pressure (continued)			Completed					28	Triaxial test (continued)			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Road Pavement & Asphalt Technology (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Road Pavement & Asphalt Technology (Practical)			Hrs:	2
4	Teacher's name:		Shukri Muhammed Saleh	Course Code:	RPD5218			Units:	6	Teacher's name:		Shukri Muhammed Saleh	Course Code:	RPD5218			Units:	6
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	3	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: shukri.saleh@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail: shukri.saleh@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Materials Used in Road Pavements:Penetration-Grade Refinery Bitumens; Natural Asphalts; Cutback Bitumen; Bitumen Emulsions; Road Tars and Tar-bitumen			Completed	100.0%				1	Penetration Test			Completed	78.6%
10	2	Materials Used in Road Pavements:Modified Bitumens; Cements; Limes; Conventional Aggregates; Secondary Aggregates			Completed					2	Flash and Fire Points Test			Completed
11	3	Soil-Stabilized Pavements:Why Stabilize Soils; Mechanical Stabilization; Cement Stabilization; Lime Stabilization			Completed					3	Ductility Test			Completed
12	4	Soil-Stabilized Pavements:Construction of Cement- And Lime Treated Courses in Pavements; Bitumens Stabilization			Completed					4	Viscosity Test			Completed
13	5	Design and Construction of Hot-Mix BituminousSurfacingsand Roadbases:Why Design Bituminous Paving Mixtures; Standard “Recipe” Approach; Engineering Design Approach			Completed					5	Softening Point Test			Completed
14	6	Design and Construction of Hot-Mix Bituminous Surfacings and Roadbases:Outline of Procedure for Analyzing a Compacted Paving Mixture; Terms Used in Bituminous Mix Design			Completed					6	Loss on Heat			Completed
15	7	Design and Construction of Hot-Mix Bituminous Surfacings and Roadbases: Marshall Method of Mix Design; Advanced Mix Design Methods; Construction Methods for Hot‐Mix Hot‐Laid Bituminous Materials			Completed					7	Specific Gravity of Semi‐Solid Bituminous			Completed
16	8	Analysis of Stresses in Rigid Concrete Slabs and an Introduction to Concrete Block Paving:Introduction; Subgrade; Subbase; Modulus of Subgrade Reaction; Plate Bearing and CBR Testing			Completed					8	Thin Film Oven Test			Completed
17	9	Analysis of Stresses in Rigid Concrete Slabs and an Introduction to Concrete Block Paving:Fiber-Reinforced Pavement Quality Concrete; Thermal and Moisture-Related Stresses in Concrete Slabs; Crack Control Methods			Completed					9	Rolling Thin Film Oven Test			Completed
18	10	Analysis of Stresses in Rigid Concrete Slabs and an Introduction to Concrete Block Paving:Spacing of Joints; Mechanistic Rigid Pavement Design; Design of Concrete Block Paving			Completed					10	Skid Resistance Test			Completed
19	11	Introduction to Pavement Design:Evolution of the Road Pavement; The Component Layers of a Road Pavement: Types and Functions			Completed					11	Slip Resistance Test			Completed
20	12	Introduction to Pavement Design:Some Basic Considerations Affecting Pavement Design; Flexible Pavement Design Methods; Rigid Pavement Design Considerations			Completed					12	Rut Resistance Test			Completed
21	13	Pavement Design:Introduction; Pavement Types: Flexible Pavements; Rigid Pavements;			Completed					13	Core Test of Pavement Layers in‐Situ			Completed
22	14	Pavement Design:Pavement System Design: Principles for Flexible Pavements; Traditional AASHTO Flexible-Pavement Design Procedure: Serviceability Concept			Completed					14	Quantitative Extraction of Bitumen from Bituminous Paving Mixtures			Completed
23	15	Pavement Design:Traditional AASHTO Flexible-Pavement Design Procedure: Flexible- Pavement Design Equation; Structural Number			Completed					15	Plate Bearing Test			Completed
24	16	Pavement Design:Pavement System Design: Principles for Rigid Pavements; Traditional AASHTO Rigid‐Pavement Design Procedure			Completed					16	CBR Test			Completed
25	17	Pavement Design:Measuring Pavement Quality and Performance: International Roughness Index			Completed					17	Los Angeles of Abrasion of Aggregate Test			Completed
26	18	Pavement Design:Friction Measurements; Rut Depth; Cracking			Completed					18	Marshall Test			Completed
27	19	Pavement Design:Faulting; Punchouts; Mechanistic‐Empirical Pavement Design			Completed					19	Marshall Test			Completed
28	20	Surface Drainage for Roads:Importance of Surface Drainage; Types and Uses of Surface Drains; Estimating of Surface Run-Off; Draining the Carriageway			Completed					20	Marshall Test			Completed
29	21	Wet Skid Resistance:Introduction; What is wet skid resistance; Why should the highway engineer consider wet skid resistance; Development of methods to measure wet skid resistance			Completed					21	Marshall Test			Completed
30	22	Wet Skid Resistance:What is a wet road surface; The mechanics of wet skidding; The measurement and prediction of wet skid resistance			Completed					22	Resistance to Plastic Flow of Bituminous Mixtures Using Marshall Test			Completed
31	23	Wet Skid Resistance:A critical evaluation of the PSV test method; The contact patch: understanding what happens			Completed					23				Not completed
32	24	Basic Road Maintenance Operations:Importance of maintenance; Scope of road maintenance; Maintenance management systems; Maintenance rating systems for bituminous roads			Completed					24				Not completed
33	25	Basic Road Maintenance Operations:Maintenance rating systems for concrete roads; Maintenance of bituminous pavements; Maintenance of concrete pavements; Maintenance of unsurfaced soil-aggregate pavements			Completed					25				Not completed
34	26	Basic Road Maintenance Operations:Maintenance of other roadway features; Winter maintenance operations; External influences on maintenance operations; Future directions of road maintenance			Completed					26				Not completed
35	27	Structural Maintenance of Road Pavements:Introduction; Concept of pavement strengthening; Structural assessment procedure; Use of deflection measurements; Use deflection-life relationships			Completed					27				Not completed
36	28	Structural Maintenance of Road Pavements:Overlay design methods for flexible pavements; Overlay design methods for concrete pavements			Completed					28				Not completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Visual Basic * (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	Visual Basic * (Practical)			Hrs:	2
4	Teacher's name:		Arazu Sabah Yaseen Kareem	Course Code:	VBA5215			Units:	2	Teacher's name:		Arazu Sabah Yaseen Kareem	Course Code:	VBA5215			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	2	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	2
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: arazu.yaseen@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Assistant Lecturer	e-mail: arazu.yaseen@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction			Completed	100.0%				1	Introduction			Completed	100.0%
10	2	The Main Elements: Projects, Components of developing environments: Form, Toolbox controls.			Completed					2	The Main Elements: Projects, Components of developing environments: Form, Toolbox controls.			Completed
11	3	The Main Elements: Components of developing environments: Properties window, Project explorer, Form layout window, Menu bar, Tool bars, Events			Completed					3	The Main Elements: Components of developing environments: Properties window, Project explorer, Form layout window, Menu bar, Tool bars, Events			Completed
12	4	Stages of the Programming: Visual programming, Code programming, Run programming, Types of data: Constants, Numeral and string, Variable types			Completed					4	Stages of the Programming: Visual programming, Code programming, Run programming, Types of data: Constants, Numeral and string, Variable types			Completed
13	5	Main Elements for Visual Basic Statements: Direct input, Input box statements, Immediate window, Print, the mathematical and logical processes, Comment statement, Convert function statements, Library function			Completed					5	Main Elements for Visual Basic Statements: Direct input, Input box statements, Immediate window, Print, the mathematical and logical processes, Comment statement, Convert function statements, Library function			Completed
14	6	Main Elements for Visual Basic Statements: Extension, Messages boxes, Msgbox function			Completed					6	Main Elements for Visual Basic Statements: Extension, Messages boxes, Msgbox function			Completed
15	7	Control and Decision Statements: If ….. then statement, If ….. then ….. goto statement, If ….. then …. Else statement			Completed					7	Control and Decision Statements: If ….. then statement, If ….. then ….. goto statement, If ….. then …. Else statement			Completed
16	8	Control and Decision Statements: Case statement, Switch statement, Option button, Check box			Completed					8	Control and Decision Statements: Case statement, Switch statement, Option button, Check box			Completed
17	9	Repetition and Loop Statements: For ….. Next statement, Do while ….. loop statement, Do ….. loop while statement			Completed					9	Repetition and Loop Statements: For ….. Next statement, Do while ….. loop statement, Do ….. loop while statement			Completed
18	10	Matrices Technical: One dimensional array			Completed					10	Matrices Technical: One dimensional array			Completed
19	11	Matrices Technical: Two-dimensional array			Completed					11	Matrices Technical: Two-dimensional array			Completed
20	12	Matrices Technical: Two dimensional array (continued)			Completed					12	Matrices Technical: Two dimensional array (continued)			Completed
21	13	Engineering Drawing by: Library functions			Completed					13	Engineering Drawing by: Library functions			Completed
22	14	Engineering Drawing by: Tools: Line drawing tool, Shapes drawing tool			Completed					14	Engineering Drawing by: Tools: Line drawing tool, Shapes drawing tool			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Sedimentology & Structural Geology (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Sedimentology & Structural Geology (Practical)			Hrs:	2
4	Teacher's name:		Nawzat Rashad Ismail	Course Code:	SSS5219			Units:	6	Teacher's name:		Nawzat Rashad Ismail	Course Code:	SSS5219			Units:	6
5	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	2	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	2
6	Teacher's Academic Title:		Lecturer	e-mail: nawzat.rashad@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: nawzat.rashad@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to sedimentology			Completed	100.0%				1	Methodology of sedimentology			Completed	100.0%
10	2	Importance & methodology of sedimentology			Completed					2	Shape of particles			Completed
11	3	Application of sedimentology in engineering projects			Completed					3	Roundness & sphericity of the grains			Completed
12	4	Physical properties of sedimentary rocks in the field			Completed					4	Roundness & sphericity of the grains (continued)			Completed
13	5	Sediment grain-size , sorting and size-grading			Completed					5	Porosity & permeability of particles			Completed
14	6	Grain morphology, packing & fabric of the sediments			Completed					6	Porosity & permeability of particles (continued)			Completed
15	7	Textural maturity, color & induration of sediments			Completed					7	Volume of the grains			Completed
16	8	Weathering processes ,roundness & sphericity			Completed					8	Volume of the grains (continued)			Completed
17	9	Transportation &sedimentation			Completed					9	Presentation of particles size analysis			Completed
18	10	Sedimentary structures			Completed					10	Presentation of particles size analysis (continued)			Completed
19	11	Sedimentary environments			Completed					11	Grain-size statistics and parameters			Completed
20	12	Walther`s law of sedimentary facies			Completed					12	Grain-size statistics and parameters (continued)			Completed
21	13	Digenesis processes			Completed					13	Textural characteristics of natural environments.			Completed
22	14	Types of sedimentary basins			Completed					14	Textural characteristics of natural environments (continued)			Completed
23	15	Fundamentals of Structural geology			Completed					15	Topographic (Contour) map			Completed
24	16	Applications of structural geology			Completed					16	Topographic Maps & Contour Lines:			Completed
25	17	Structures: Fold (features of the fold)			Completed					17	Topographic Profiles:			Completed
26	18	Fold classification, Fold systems			Completed					18	Application of Topographic Maps Skills to Geotechnical Problems.			Completed
27	19	Measurement of orientation			Completed					19	Interpretation of Geologic Maps:			Completed
28	20	Structures: Faults			Completed					20	Geologic Map (Horizontal Beds).			Completed
29	21	Fault systems			Completed					21	Uniformly Dipping Strata:			Completed
30	22	Evidence of the fault in the field			Completed					22	Ture and Apparent dip			Completed
31	23	Structures: Joints			Completed					23	Geological map (Dipping beds):			Completed
32	24	Joint systems			Completed					24	Interpreting Faults			Completed
33	25	Unconformity			Completed					25	Folded strata.			Completed
34	26	Types of unconformity			Completed					26	Unconformities			Completed
35	27	Foliation and Lineation			Completed					27	Structural Contour Maps:			Completed
36	28	Tectonics			Completed					28	Structural Contour Maps (continued)			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2017-2018	Course Title:	Engineering Hydrology (Theory)			Hrs:	2
4	Teacher's name:		Galawezh Bakr Bapir	Course Code:	ENH5220			Units:	4
5	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Lecturer	e-mail: galawezh.bakr@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to hydrology			Completed	100.0%
10	2	Hydrologic cycle and water balance			Completed
11	3	Watershed characteristics			Completed
12	4	Weather and hydrology, Precipitation			Completed
13	5	Weather and hydrology, Precipitation			Completed
14	6	Evaporation and Transpiration			Completed
15	7	Evaporation and Transpiration			Completed
16	8	Infiltration			Completed
17	9	Stream flow			Completed
18	10	Stream flow			Completed
19	11	Rainfall-Runoff relationship			Completed
20	12	Rainfall-Runoff relationship			Completed
21	13	Unit hydrograph analysis			Completed
22	14	Unit hydrograph analysis			Completed
23	15	Flood and flood routing			Completed
24	16	Flood and flood routing			Completed
25	17	Flood control , draught solution			Completed
26	18	Flood control , draught solution			Completed
27	19	Physical character of reservoir			Completed
28	20	Reservoir sedimentation			Completed
29	21	Reservoir sedimentation			Completed
30	22	Characteristics of Subsurface Media			Completed
31	23	Ground water Hydraulics			Completed
32	24	Water wells and ground water recharge			Completed
33	25	Ground water quality and contamination hydrology			Completed
34	26	Risk Analysis and Hydrologic Design			Completed
35	27	Major probability distribution			Completed
36	28	Ground water modeling, Surface water modeling.			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Reinforced Concrete Design (Theory)			Hrs:	2
4	Teacher's name:		Madeh Izat Hamakareem	Course Code:	RCD5221			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: madeh.izat@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction and Material properties			Completed	100.0%
10	2	Introduction and Material properties (continued)			Completed
11	3	Flexural Analysis and Design of Beams			Completed
12	4	Flexural Analysis and Design of Beams (continued)			Completed
13	5	Flexural Analysis and Design of Beams (continued)			Completed
14	6	Flexural Analysis and Design of Beams (continued)			Completed
15	7	Flexural Analysis and Design of Beams (continued)			Completed
16	8	Flexural Analysis and Design of Beams (continued)			Completed
17	9	Flexural Analysis and Design of Beams (continued)			Completed
18	10	Shear and Diagonal Tension			Completed
19	11	Shear and Diagonal Tension (continued)			Completed
20	12	Shear and Diagonal Tension (continued)			Completed
21	13	Analysis and Design of Slabs			Completed
22	14	Analysis and Design of Slabs (continued)			Completed
23	15	Analysis and Design of Slabs (continued)			Completed
24	16	Analysis and Design of Slabs (continued)			Completed
25	17	Analysis and Design of Slabs (continued)			Completed
26	18	Analysis and Design of Slabs (continued)			Completed
27	19	Serviceability			Completed
28	20	Serviceability (continued)			Completed
29	21	Serviceability (continued)			Completed
30	22	Compression Members			Completed
31	23	Compression Members (continued)			Completed
32	24	Compression Members (continued)			Completed
33	25	Compression Members (continued)			Completed
34	26	Compression Members (continued)			Completed
35	27	Compression Members (continued)			Completed
36	28	Compression Members (continued)			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Hydraulic Structures (Theory)			Hrs:	2
4	Teacher's name:		Shwana Braim Hassan	Course Code:	HYD5222			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: shwana2229765@gmail.com				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction - irrigation channels - design of irrigation channels.			Completed	100.0%
10	2	Design of erodible channel in alluvial soil - examples.			Completed
11	3	Canal lining.			Completed
12	4	Total energy head in open channels.			Completed
13	5	Specific energy head in open channels.			Completed
14	6	Critical depth and critical flow in rectangular channels - examples.			Completed
15	7	Flow over the hump in rectangular channels - examples.			Completed
16	8	Flow through a restriction in rectangular channels- examples.			Completed
17	9	Flow measurement structures: types of weirs - partial flume - examples.			Completed
18	10	Drop structures: canal falls and canal escapes.			Completed
19	11	Diversion head works: components- definitions-functions-site selection.			Completed
20	12	Design of weir in permeable foundations: Bligh s creep theory- examples-Lane s weight creep theory-examples.			Completed
21	13	Khosla method for design floor of weirs-examples.			Completed
22	14	Head regulator and cross regulator – design example on head regulator.			Completed
23	15	Design examples on cross regulator.			Completed
24	16	Cross Drainage Works: type of cross drainage works.			Completed
25	17	Design examples on cross drainage regulators.			Completed
26	18	Culverts: example			Completed
27	19	Investigations and site selection for dams-methods of construction- types of dams.			Completed
28	20	Earth dams: classifications-causes of failure – design a section of earth dam-examples.			Completed
29	21	Seepage analysis: phreatic line in an earth dam having filter, graphical method- analytical method- examples.			Completed
30	22	Gravity dams: definitions, forces acting on gravity dam- examples.			Completed
31	23	Modes of failure and stability analysis- example			Completed
32	24	Check the stability and stresses on gravity dam: example			Completed
33	25	Design elementary profile of gravity dam: design example.			Completed
34	26	Design practical profile of gravity dam: design example.			Completed
35	27	Seepage under gravity dam and exit gradient-example.			Completed
36	28	Arch dams: constant radius arch dam- variable radius arch dam- thin cylinder theory.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Structural Analysis (Theory)			Hrs:	2
4	Teacher's name:		Ahmad Jabar Hamarash	Course Code:	SAN5223			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Assistant Lecturer	e-mail:ahmed.jabar@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	References, syllabus, Introduction, Engineering structures, type of structures.			Completed	100.0%
10	2	Defining theory of structures, Loads, Modes of failure, Stability and determinacy of structures. General stability and determinacy for beams and Trusses.			Completed
11	3	General stability and determinacy for rigid frames.			Completed
12	4	Analysis of Statically determinate beams, Statically determinate trusses, types of trusses, (simple, compound and complex trusses.)			Completed
13	5	Analysis of statically determinate trusses, joint and section method, Analysis of complex trusses by the method of substitute member, Illustrated examples			Completed
14	6	Analysis of statically determinate frames. Illustrated examples			Completed
15	7	Influence lines for statically determinate beams, concepts of influence line, use of influence line, construction of influence line for determinate beams, Illustrated examples			Completed
16	8	Influence lines for statically determinate beams, concepts of influence line, use of influence line, construction of influence line for determinate beams, Illustrated examples			Completed
17	9	Moving loads, types of moving loads (series of concentrated loads, uniformly dead load and live load). Determining criteria for maxima (reactions, shear, and bending moment) due to series of concentrated loads and uniformly distributed self-weight and live load.			Completed
18	10	Approximate analysis of statically indeterminate structures. Vertical loads on building frames, Portal frames and trusses, lateral loads on building frames( cantilever method)			Completed
19	11	Illustrated examples on approximate analysis of statically indeterminate structures			Completed
20	12	Elastic deformations of structures, curvature of elastic line, external work and internal work, methods of virtual work (unit load method).			Completed
21	13	Castigliano's first theorem, Conjugate beam method.			Completed
22	14	Analysis of statically indeterminate structures by the method of consistent deformations, analysis of beams, Illustrated examples			Completed
23	15	Analysis of statically indeterminate structures by the method of consistent deformations, analysis of rigid frames, Analysis of statically indeterminate trusses by the method of consistent deformations, Illustrated examples			Completed
24	16	Analysis of statically indeterminate structures by the method of least work Analysis of statically indeterminate beams by the method of least work. Illustrated examples east work. Analysis of statically indeterminate beams by the method of least work. Illustrated examples.			Completed
25	17	Analysis of statically indeterminate beams and rigid frames by the slope deflection method. General, Basic slope deflection equations, procedure of analysis, Analysis of statically indeterminate beams. Illustrated examples			Completed
26	18	Analysis of statically indeterminate beams and rigid frames without of joint translation, Analysis of statically indeterminate beams and rigid frames with one and two degree of freedom of joint translations.			Completed
27	19	Illustrated examples for analysis of rigid frames.			Completed
28	20	Illustrated examples for analysis of rigid frames.			Completed
29	21	An introduction to moment distribution: Moment distribution without joint translation. General, fixed –end moment, stiffness distribution factor and distribution of external moment applied to a joint. Carry-over factor and carry-over moment. The process of locking and un-locking: one joint. The process of locking and un-locking: Two or more joints. Modification stiffness.			Completed
30	22	Illustrated examples on beams and rigid frames.			Completed
31	23	Moment distribution with joint translation. General, fixed –end moment due to joint translation, analysis of statically indeterminate rigid frames with one degree of freedom of joint translation by moment distribution, illustrated examples.			Completed
32	24	Analysis of statically indeterminate rigid frames with two degrees of freedom of joint translation by moment distribution, illustrated examples.			Completed
33	25	Analysis of statically indeterminate rigid frames with several degrees of freedom of joint translation by moment distribution, illustrated examples.			Completed
34	26	Matrix algebra for structural analysis. Introduction, Matrix definition and notation, equality, addition, subtraction, and scalar multiplication, matrix multiplication			Completed
35	27	Matrix partitioning, transpose of product. Inversion of matrix, inversion by successive transformations. Solution of linear simultaneous equations.			Completed
36	28	Matrix analysis of structure by the finite element method Part I: The force method. General, basic concepts of structures, equilibrium, force transformation matrix. Compatibility, Force-displacement relationship, flexibility coefficient, flexibility matrix. Using Computer Program for analysis of structures.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Engineering Analysis & Numerical Methods (Theory)			Hrs:	2
4	Teacher's name:		Abdulkader Gaylan Anwar	Course Code:	EAN5224			Units:	4
5	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	3
6	Teacher's Academic Title:		Lecturer	e-mail: abdulkader.gaylan@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Part -1-: Engineering Analysis: Review On Ordinary Linear Differential Equations 2nd ODE, homogenous ODE with constant coefficients, Euler-Cauchy Equations.			Completed	100.0%
10	2	Series Solution of Ordinary Differential Equations. Power series method,			Completed
11	3	Taylor series, Solution of ODEs by Power series method, Frobenius Method.			Completed
12	4	Application On First Order Differential Equations, Salts Dissolving,			Completed
13	5	Leaking Tank and Outflow of water through a hole.			Completed
14	6	Application On Second Order Differential Equations: Free Oscillation, Forced System			Completed
15	7	Equivalent Spring System, Stiffness Matrix.			Completed
16	8	Applications on simultaneous equations (Linear differential equations)			Completed
17	9	Fourier Series and Integral: Periodic Function, The Euler Coefficients,			Completed
18	10	Dirichlet Theorem, Function Having Arbitrary Period.			Completed
19	11	Even and Odd Function, Half-Range of Expansion			Completed
20	12	Application On Partial Differential Equations, Basic Concept,			Completed
21	13	Solution by separating Variables, Use of Fourier Series			Completed
22	14	Wave Equation, Heat Equation			Completed
23	15	Laplace`s Equation.			Completed
24	16	Part -2-: Numerical Methods: Matrices, The inverse of Matrices, Method of Solution of System of Linear Equations (Direct Method), Inverse Method, Gauss Elimination Method.			Completed
25	17	Gauss-Jordan Elimination Method, Triangular Decomposition Method.			Completed
26	18	The Iteration Method (Indirect Method), Eigen Values & Eigen Vectors.			Completed
27	19	Solution of Non-Linear Equations, The bisection Method Newton Raphson's Method.			Completed
28	20	Interpolation and Polynomial Approximations, Divided differences.			Completed
29	21	Interpolation, Newton`s- Gregory`s Interpolation Formula,			Completed
30	22	Newton`s Divided Difference Interpolation Formula, Lagrange`s Interpolation Formula			Completed
31	23	Curve Fitting, Introduction, Least squares method, Linear least squares,			Completed
32	24	Polynomial least squares, Non-linear least squares			Completed
33	25	Numerical Integration, Trapezoidal rule, Simpson`s rule, 3/8 Simpson's rule			Completed
34	26	Ordinary Differential Equations., Initial value problems, Euler Method, Modified Euler Method, and Runge Kutta Method.			Completed
35	27	Boundary Value Problems, Finite Differences Method,			Completed
36	28	Applications of differential equations by boundary differential equations.			Completed
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44		Teacher's signature	Dr. Abdulkader Gaylan Anwar		Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Finite Element * (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	Finite Element * (Practical)			Hrs:	2
4	Teacher's name:		Zahraa Noori Rashid	Course Code:	FEM5225			Units:	2	Teacher's name:		Zahraa Noori Rashid	Course Code:	FEM5225			Units:	2
5	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to finite elements			Completed	100.0%				1	Introduction to geotechnical modeling			Completed	100.0%
10	2	Introduction to finite elements (continued).			Completed					2	Finite elements programs for geotechnical engineering over view and Introduction to Plaxis 2D.			Completed
11	3	One , Two and Three dimension elements and nods			Completed					3	Finite elements programs for geotechnical engineering over view and Introduction to Plaxis 2D.			Completed
12	4	Stiffness matrix for spring element and examples			Completed					4	Getting started: general modeling aspects			Completed
13	5	spring element examples			Completed					5	Getting started: input procedure and general setting			Completed
14	6	Stiffness matrix for truss element "Rod element"			Completed					6	Getting started: geometry model and mesh generation.			Completed
15	7	truss element "Rod element" example			Completed					7	One Dimensional flow: modeling			Completed
16	8	Application of Rod element on geotechnical engineering problems "pile"			Completed					8	One Dimensional flow: analysis			Completed
17	9	Stiffness matrix for beam element			Completed					9	Settlements of circular rigid footing on sand: modeling			Completed
18	10	Stiffness matrix for beam element (continued)			Completed					10	Settlements of circular rigid footing on sand: analysis			Completed
19	11	Beam element examples.			Completed					11	Settlements of circular flexible footing on sand: modeling			Completed
20	12	Application of beam element on geotechnical engineering problems "beam on elastic foundation"			Completed					12	Settlements of circular flexible footing on sand: analysis			Completed
21	13	Application of beam element on geotechnical engineering problems "beam on elastic foundation" (continued).			Completed					13	Submerged construction of an excavation: modeling			Completed
22	14	Beam on elastic foundation examples			Completed					14	Submerged construction of an excavation: analysis			Completed
23	15	Beam on elastic foundation examples (continued)			Completed					15	Untrained river embankment: modeling			Completed
24	16	Local and global coordinated.			Completed					16	Untrained river embankment: analysis			Completed
25	17	Local and global coordinated (continued).			Completed					17	Dry excavation using a tie back wall: modeling			Completed
26	18	Introduction to theory of elasticity.			Completed					18	Dry excavation using a tie back wall: analysis			Completed
27	19	Two dimensional elements: Plane stress and strain			Completed					19	Construction of road embankment: modeling			Completed
28	20	Two dimensional elements: energy approach			Completed					20	Construction of road embankment: analysis			Completed
29	21	Two dimensional elements: Plan element stiffness matrix part 1			Completed					21	Construction of road embankment: safety analysis			Completed
30	22	Two dimensional elements: Plan element stiffness matrix part2			Completed					22	Construction of road embankment: update mesh analysis			Completed
31	23	Plan element example			Completed					23	Settlement due to tunnel construction: modeling			Completed
32	24	Two dimensional elements: Axisymmetric stress and strain.			Completed					24	Settlement due to tunnel construction: modeling			Completed
33	25	Two dimensional elements: Axisymmetric stress and strain (continued).			Completed					25	Settlement due to tunnel construction: modeling			Completed
34	26	Examples on Two dimensional geotechnical problems			Completed					26	Settlement due to tunnel construction: out puts dissection			Completed
35	27	Examples on Two dimensional geotechnical problems (continued)			Completed					27	Settlement due to tunnel construction: effect of soil type on tunnel settlement			Completed
36	28	Examples on Two dimensional geotechnical problems (continued).			Completed					28	Settlement due to tunnel construction: effect of water table on the settlement			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar				Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Foundation Engineering (Theory)			Hrs:	3
4	Teacher's name:		Bestun Jama Nariman	Course Code:	FEN5226			Units:	6
5	Teacher's Academic Degree:		Ph.D.	Study System:	Year			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: bestun.shwan@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Site investigation –Purpose, Planning, Boring, number and depth of boreholes.			Completed	100.0%
10	2	Site investigation –disturbance in samples.			Completed
11	3	Site investigation –in situ tests.			Completed
12	4	Bearing capacity, General requirement, Local and general shear failure.			Completed
13	5	Bearing capacity, Terzaghi’s Theory for Strip footing and shallow footing.			Completed
14	6	Bearing capacity, Bearing capacity from in situ–test.			Completed
15	7	Settlement-immediate settlement.			Completed
16	8	Settlement-consolidation and secondary settlement.			Completed
17	9	Design of footing, structural design, general.			Completed
18	10	Design of footing, gross, and net pressure.			Completed
19	11	Design of footing, spread footing.			Completed
20	12	Design of footing combined footing, uniform pressure.			Completed
21	13	Design of footing, Effect of moment on footing.			Completed
22	14	Design of footing combined footing, Rectangular.			Completed
23	15	Design of footing combined footing, Trapezoidal footing.			Completed
24	16	Design of footing combined footing, Strap footing.			Completed
25	17	Design of footing raft foundation.			Completed
26	18	Pile foundation, General, Classification, Bearing			Completed
27	19	Pile foundation, Bearing and friction in single pile.			Completed
28	20	Pile foundation, Construction of pile caps.			Completed
29	21	Pile foundation, Design of pile caps.			Completed
30	22	Pile foundation, Design of pile groups.			Completed
31	23	Pile foundation, Effect of moment on pile groups.			Completed
32	24	Earth structure-lateral earth pressure.			Completed
33	25	Earth structure –active and passive pressure.			Completed
34	26	Earth structure -retaining walls.			Completed
35	27	Earth structure –sheet piles.			Completed
36	28	Earth structure- slops stability.			Completed
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44		Teacher's signature			Head of Department signature		Dr. Abdulkader Gaylan Anwar
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	GIS Applications * (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	GIS Applications * (Practical)			Hrs:	2
4	Teacher's name:		Lookman Magdid Mohamadamin	Course Code:	GIS5227			Units:	3	Teacher's name:		Lookman Magdid Mohamadamin	Course Code:	GIS5227			Units:	3
5	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: lookman.gardi@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: lookman.gardi@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Definitions, Benefits of GIS, GIS Components			Completed	100.0%				1	Introduction to Arc GIS (Arc Catalog + Arc Map)			Completed	100.0%
10	2	Types of GIS data, GIS Applications in Civil Engineering			Completed					2	Introducing Various Types of Spatial and Non-Spatial Data			Completed
11	3	Organizing Data and Information, Cartography and GIS, Models of The Earth			Completed					3	View and Import DEM Data			Completed
12	4	Map Scale and Map Projection, Geographic Coordinates, Geocoding			Completed					4	Make a DEM, Make a TIN			Completed
13	5	Types of GIS Data, Spatial Data, Attribute Data			Completed					5	View a Satellite Image in Arc Map			Completed
14	6	GIS Data Models, Vector Data Model			Completed					6	Edit a Shape File, Digitizing in Arc Map			Completed
15	7	Raster Data Model			Completed					7	Georeferenced a Scanned Map			Completed
16	8	Vector Data Analysis, Topology, Buffering			Completed					8	Watershed Analysis, Delineate Arawide Watersheds			Completed
17	9	Overlay, Distance Measurement, Pattern Analysis			Completed					9	Derive Upstream Watersheds at Watershed outlets			Completed
18	10	Feature Manipulation, Raster Data Analysis, Local Operations, Neighborhood Operations			Completed					10	Site Selection, Performing Buffering and Overlay Operations			Completed
19	11	Zonal Operations, Physical Distance Measures, Others Raster Data Operations			Completed					11	Raster Data Analysis, Performing a Local Operation, Performing a Combine Operation			Completed
20	12	Introduction, Problem Identification			Completed					12	Raster Data Analysis, Performing Neighborhood Operation, Performing a Zonal Operation			Completed
21	13	Designing Data Model, Conceptual Data Model, Physical Data Model			Completed					13	Arc Scene, How to make 3-D Features			Completed
22	14	Cartographic Modelling, Project Managements			Completed					14	Network Analysis			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Remote Sensing * (Theory)			Hrs:	2	Academic year:		2016-2017	Course Title:	Remote Sensing * (Practical)			Hrs:	2
4	Teacher's name:		Lookman Magdid Mohamadamin	Course Code:	RMS5228			Units:	3	Teacher's name:		Lookman Magdid Mohamadamin	Course Code:	RMS5228			Units:	3
5	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: lookman.gardi@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: lookman.gardi@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Basic Principles, Electromagnetic Remote Sensing Process			Completed	100.0%				1	Introduction to Stereoscopes (Mirror and Pocket)			Completed	100.0%
10	2	Physics of Radiant Energy, Nature of Electromagnetic Radiation, Electromagnetic Spectrum			Completed					2	Characteristics of Aerial Photographs			Completed
11	3	Energy Source and Its Characteristics			Completed					3	Ground Coordinates from Aerial Photographs			Completed
12	4	Energy Interaction with Earth's Surface materials, Interaction in Atmosphere			Completed					4	Morphometric Analysis from Aerial Photographs			Completed
13	5	Data Acquisition, Remote Sensing Systems, Aerial Photographs, Scanning Systems			Completed					5	Vertical Displacement and Finding Area Using Aerial Photographs			Completed
14	6	Remote Sensing Platforms and Available Satellite Systems			Completed					6	Determining Scale of Aerial Photographs			Completed
15	7	Visible and Infrared			Completed					7	Introducing ERDAS			Completed
16	8	Thermal Infrared			Completed					8	Digital Image Processing, Basic Character of Digital Image			Completed
17	9	Microwave Remote Sensing			Completed					9	Preprocessing and Image Registration			Completed
18	10	Radar Technology			Completed					10	Image Enhancement Techniques			Completed
19	11	Data Analysis, Visual Interpretation			Completed					11	Spatial Filtering Techniques			Completed
20	12	Digital Image Processing			Completed					12	Image Transformations			Completed
21	13	Digital Image Processing			Completed					13	Image Classification			Completed
22	14	Digital Image Processing			Completed					14	Image Classification and GIS			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Mining Engineering (Theory)			Hrs:	2
4	Teacher's name:		Hemn Muhammed Amin Omer	Course Code:	MNE5229			Units:	4
5	Teacher's Academic Degree:		M.Sc.	Study System:	Year			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: hemn.omar@koyauniversity.org				Dept.	DGEN
7
8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	References; Introduction; Presentation of Course Book.			Completed	100.0%
10	2	Mine Design and the Factors affecting it.			Completed
11	3	Physical and Mechanical Properties of Ores and Rocks.			Completed
12	4	Physical and Mechanical Properties of Ores and Rocks.			Completed
13	5	Strength of rocks & their scales, The purposes of mining stopping operations.			Completed
14	6	Overall Factors for Mining Method Selection.			Completed
15	7	The elements of discovered Ore body with some Mining Terms: Development, Exploitation, Vein, Bedded (or Stratified) Deposits, Massive Deposits, Outcrop.			Completed
16	8	Strike of an Ore- body, Hanging Wall, Foot Wall, Mine Shaft, Drift, Cross- Cut, Levels, Winze, Raise, Stope, Tunnel, Adit, Shaft Collar.			Completed
17	9	Mine Shafts, Jobs of Mine Shafts, Selection of Shaft Site, Shape of Mine Shafts.			Completed
18	10	Sizes of Mine Shafts, Shaft Pillar, Shaft Collar, Sinking of Mine Shafts.			Completed
19	11	Shaft Sinking in Hard Rocks.			Completed
20	12	Shaft Sinking in Soft Ground: Freezing Method.			Completed
21	13	Cementation Method of Shaft Sinking, Other Methods of Shaft Sinking.			Completed
22	14	Mine Design and the Factors affecting it.			Completed
23	15	Classification of Mining Methods, Mineral Deposits and their Mining Methods.			Completed
24	16	Surface Mining Methods.			Completed
25	17	Excavation Ratio (K), The Choice between Surface and Underground Mining Methods.			Completed
26	18	Underground Mining Methods: Self-Supporting Openings.			Completed
27	19	Underground Mining Methods: Supported Openings.			Completed
28	20	Underground Mining Methods: Caving Methods, Special Mining Methods.			Completed
29	21	Mine Ventilation: Purposes, Contents of Pure Air, Harmful Gases.			Completed
30	22	Mine Ventilation: Mine Dusts, Mine Air Temperature, Air Current Velocity, Humidity of Mine Air, Air Flow System in Mines.			Completed
31	23	Equipment & Aids Used for Mine Ventilation, Lay Out of Mine Ventilation.			Completed
32	24	Natural Ventilation, Water Gauge, Horse Power of Air Current, Relation between Air Velocity & Water Gauge, Flow of Air in Ducts & Mine Roadways.			Completed
33	25	Atkinson’s Equation, Units of Friction Factor ( K ), Airway Resistance & Units, Air Power.			Completed
34	26	Air Quantity for Mine Ventilation, Distribution of Air Currents.			Completed
35	27	Explosives & Blasting of Rocks, Explosives’ Properties, Types of Explosives, Some Types of Explosives & Their Properties.			Completed
36	28	Detonation of Explosives, Storage & Handling of Explosives, Procedure for Drill & Blast Method.			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Tunneling Engineering * (Theory)			Hrs:	2
4	Teacher's name:		Shwana Braim Hassan	Course Code:	TGM5230			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: shwana2229765@gmail.com				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	References; Introduction & Course Book Presentation.			Completed	100.0%
10	2	Tunnel Construction Requirements; Types of Tunnels; Historical development of Tunneling Engineering.			Completed
11	3	Geological and Geotechnical Investigations of Tunnel Sites.			Completed
12	4	Exploration Borings; Selection of Tunnel Path (Tunnel Axis).			Completed
13	5	Nature of Stresses around Tunnels.			Completed
14	6	Primary and Secondary Stress Fields.			Completed
15	7	Interaction between Ground and Tunnel Support.			Completed
16	8	Tunnel Design Methods: Empirical Design Methods: Terzaghi's Rock Load Method.			Completed
17	9	Empirical design Methods: Application of Bieniawsky's System.			Completed
18	10	Empirical Design Methods: Application of Barton's System.			Completed
19	11	Observational Design Methods; Analytical Design Methods; Numerical Design Methods.			Completed
20	12	Rock Classification Systems: Terzaghi's Classification; Lauffer's Classification; Deer's Rock Quality Designation (RQD); Rock Structure Rating (RSR) Concept.			Completed
21	13	Bieniawsky’s Classification (or Rock Mass Rating RMR )			Completed
22	14	Barton's Classification (Q System or NGI System).			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Engineering Management * (Theory)			Hrs:	2
4	Teacher's name:		Anwar Hazim Dawood	Course Code:	ENM5231			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	3
6	Teacher's Academic Title:		Lecturer	e-mail: anwer.hazim@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Engineering Management: Introduction, Definition, concept and application of the project management.			Completed	100.0%
10	2	Project Identification / Definition			Completed
11	3	Formulation of the project aims, objectives, and deliverables, including identification of constraints with respect to time and cost.			Completed
12	4	Project conceptual framework			Completed
13	5	Project scope / specification of the work to be carried out			Completed
14	6	Identification of tasks / activities and responsibilities			Completed
15	7	Project Monitoring, Evaluation / Justification and control			Completed
16	8	Development and control of budgets			Completed
17	9	Development and control of budgets			Completed
18	10	Progress and performance measurements for time and cost (Earned Value Analysis)			Completed
19	11	Project time calculations			Completed
20	12	The requirement for effective proposal documentation			Completed
21	13	Planning			Completed
22	14	Milestone planning, Gantt chart			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Economics * (Theory)			Hrs:	2
4	Teacher's name:		Anwar Hazim Dawood	Course Code:	ECO5232			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	3
6	Teacher's Academic Title:		Lecturer	e-mail: anwer.hazim@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Economics: Interest and money time relationship: a- Simple interest. b- Compound interest.			Completed	100.0%
10	2	Cash flow diagram			Completed
11	3	Annual rate			Completed
12	4	Annual cost, calculation and future cost			Completed
13	5	Annual worth			Completed
14	6	Present worth			Completed
15	7	Future worth			Completed
16	8	Internal rate of return			Completed
17	9	Selection of alternatives			Completed
18	10	Economic life’s			Completed
19	11	Optimization			Completed
20	12	Straight line method			Completed
21	13	Cost rate method			Completed
22	14	Summation of year digit			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Rock Engineering * (Theory)			Hrs:	2
4	Teacher's name:		Hemn Muhammed Amin Omer	Course Code:	RMC5233			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: hemn.omar@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to rock engineering and references			Completed	100.0%
10	2	Index properties of rock (unit weight, porosity, permeability …) with solving problems.			Completed
11	3	Index properties of rock (PLT, durability, sonic velocity ,…) with solving problems			Completed
12	4	Description of discontinuities			Completed
13	5	Engineering classification of rocks			Completed
14	6	Engineering classification of rocks (continued)			Completed
15	7	Rock strength & failure criteria			Completed
16	8	Factors controlling behavior of rock materials			Completed
17	9	In-situ stresses in rock			Completed
18	10	Techniques of in-situ stress measurement			Completed
19	11	Applications of rock engineering to rock slope engineering			Completed
20	12	Analyses of rock slopes			Completed
21	13	Applications of rock engineering to Foundation engineering			Completed
22	14	Applications of rock engineering in engineering for underground openings			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Quantity Surveying * (Theory)			Hrs:	2
4	Teacher's name:		Bestun Jumaa	Course Code:	QTS5234			Units:	2
5	Teacher's Academic Degree:			Study System:	Course			Stage	4
6	Teacher's Academic Title:			e-mail: krikar.m-gharrib@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction			Completed	100.0%
10	2	Planning and Scheduling Introduction, Scheduling principle, Methods of scheduling, Activity-On-Arrow Method			Completed
11	3	Planning and Scheduling Activity-On-Arrow example, Activity-On-Node Method			Completed
12	4	Planning and Scheduling Bar Graph Method, examples			Completed
13	5	Estimation of Quantities in Engineering Works Introduction, types of estimate			Completed
14	6	Estimation of Quantities in Engineering Works Building works, cleaning site, excavation, examples			Completed
15	7	Estimation of Quantities in Engineering Works Example, crushed stone, Concrete works			Completed
16	8	Estimation of Quantities in Engineering Works Concrete works example, Stone works, Brick works, Block works			Completed
17	9	Estimation of Quantities in Engineering Works Steel Reinforcement			Completed
18	10	Estimation of Quantities in Engineering Works Steel Reinforcement examples			Completed
19	11	Estimation of Quantities in Engineering Works An Example including all items			Completed
20	12	Estimation of Quantities in Engineering Works Canal Earthwork, Road Earthwork			Completed
21	13	Estimation of Quantities in Engineering Works Worked Examples			Completed
22	14	Selection Construction Equipment and Equipment Cost Equipment costs			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
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3	Academic year:		2016-2017	Course Title:	Soil Improvement * (Theory)			Hrs:	2
4	Teacher's name:		Zahraa Noori Rashid	Course Code:	SIM5236			Units:	2
5	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Definition and methods of Soil improvements			Completed	100.0%
10	2	Problematic Soils. 1. Collapsible soils			Completed
11	3	Problematic Soils. 2. Swelling soils			Completed
12	4	Preloading.			Completed
13	5	Sand drains.			Completed
14	6	Sand drains (continued).			Completed
15	7	Dynamic consolidation.			Completed
16	8	Cakar-Ayam Construction System.			Completed
17	9	Vibro-compaction and Vibro-floatation.			Completed
18	10	Vibro-compaction and Vibro-floatation (continued).			Completed
19	11	Reinforced Earth.			Completed
20	12	Reinforced Earth (continued).			Completed
21	13	Grouting			Completed
22	14	Grouting (continued).			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus									Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Introduction to Geotechnical Modeling * (Theory)			Hrs:	1	Academic year:		2016-2017	Course Title:	Introduction to Geotechnical Modeling * (Practical)			Hrs:	2
4	Teacher's name:		Zahraa Noori Rashid	Course Code:	IGM5237			Units:	2	Teacher's name:		Zahraa Noori Rashid	Course Code:	IGM5237			Units:	2
5	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4	Teacher's Academic Degree:		Ph.D.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN	Teacher's Academic Title:		Lecturer	e-mail: zahraa.noori@koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment			No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Introduction to finite elements			Completed	100.0%				1	Introduction to geotechnical modeling			Completed	100.0%
10	2	Introduction to finite elements (continued).			Completed					2	Finite elements programs for geotechnical engineering over view and Introduction to Plaxis 2D.			Completed
11	3	One , Two and Three dimension elements and nods			Completed					3	Finite elements programs for geotechnical engineering over view and Introduction to Plaxis 2D.			Completed
12	4	Stiffness matrix for spring element and examples			Completed					4	Getting started: general modeling aspects			Completed
13	5	spring element examples			Completed					5	Getting started: input procedure and general setting			Completed
14	6	Stiffness matrix for truss element "Rod element"			Completed					6	Getting started: geometry model and mesh generation.			Completed
15	7	truss element "Rod element" example			Completed					7	One Dimensional flow: modeling			Completed
16	8	Application of Rod element on geotechnical engineering problems "pile"			Completed					8	One Dimensional flow: analysis			Completed
17	9	Stiffness matrix for beam element			Completed					9	Settlements of circular rigid footing on sand: modeling			Completed
18	10	Stiffness matrix for beam element (continued)			Completed					10	Settlements of circular rigid footing on sand: analysis			Completed
19	11	Beam element examples.			Completed					11	Settlements of circular flexible footing on sand: modeling			Completed
20	12	Application of beam element on geotechnical engineering problems "beam on elastic foundation"			Completed					12	Settlements of circular flexible footing on sand: analysis			Completed
21	13	Application of beam element on geotechnical engineering problems "beam on elastic foundation" (continued).			Completed					13	Submerged construction of an excavation: modeling			Completed
22	14	Beam on elastic foundation examples			Completed					14	Submerged construction of an excavation: analysis			Completed
23	15	Beam on elastic foundation examples (continued)			Completed					15	Untrained river embankment: modeling			Completed
24	16	Local and global coordinated.			Completed					16	Untrained river embankment: analysis			Completed
25	17	Local and global coordinated (continued).			Completed					17	Dry excavation using a tie back wall: modeling			Completed
26	18	Introduction to theory of elasticity.			Completed					18	Dry excavation using a tie back wall: analysis			Completed
27	19	Two dimensional elements: Plane stress and strain			Completed					19	Construction of road embankment: modeling			Completed
28	20	Two dimensional elements: energy approach			Completed					20	Construction of road embankment: analysis			Completed
29	21	Two dimensional elements: Plan element stiffness matrix part 1			Completed					21	Construction of road embankment: safety analysis			Completed
30	22	Two dimensional elements: Plan element stiffness matrix part2			Completed					22	Construction of road embankment: update mesh analysis			Completed
31	23	Plan element example			Completed					23	Settlement due to tunnel construction: modeling			Completed
32	24	Two dimensional elements: Axisymmetric stress and strain.			Completed					24	Settlement due to tunnel construction: modeling			Completed
33	25	Two dimensional elements: Axisymmetric stress and strain (continued).			Completed					25	Settlement due to tunnel construction: modeling			Completed
34	26	Examples on Two dimensional geotechnical problems			Completed					26	Settlement due to tunnel construction: out puts dissection			Completed
35	27	Examples on Two dimensional geotechnical problems (continued)			Completed					27	Settlement due to tunnel construction: effect of soil type on tunnel settlement			Completed
36	28	Examples on Two dimensional geotechnical problems (continued).			Completed					28	Settlement due to tunnel construction: effect of water table on the settlement			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Geotechnical Measurements * (Theory)			Hrs:	2
4	Teacher's name:		Shwana Braim Hassan	Course Code:	GEM5240			Units:	2
5	Teacher's Academic Degree:		M.Sc.	Study System:	Course			Stage	4
6	Teacher's Academic Title:		Assistant Lecturer	e-mail: shwana2229765@gmail.com				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Geotechnical Measurements Objectives, Monitoring Parameters ; Monitoring Cross-Sections			Completed	100.0%
10	2	Measuring Devices : A- Lining Deflection : 1- Convergence Measurement using Tape Extensometer			Completed
11	3	2- Non-Contacting Convergence Measurement, 3- Settlement Measurement of the Lining			Completed
12	4	B- Lining Stresses : 1- Hydraulic Pressure Cell			Completed
13	5	2- Shotcrete Strain Meter SSM-1			Completed
14	6	SSM-1 Strain Measurements Evaluation & 2- Strain Measurement of Steel Ribs			Completed
15	7	C- Anchor Forces : 1- Measuring Bolt ; 2- Anchor Load Cell			Completed
16	8	D- Ground Deformation : 1- Extensometer ; 2- Inclinometer			Completed
17	9	E- Ground Water : Piezometers : Observation Well ; Open Piezometer, Pneumatic Piezometer ; Electric Piezometer			Completed
18	10	F- Building Movements : 1- Settlement Measurements ; 2- Tilt meter			Completed
19	11	G- Vibration of Blasting: Seismometers; Permissible Vibration Velocity.			Completed
20	12	Filing and Interpretation of Measurement Data: Data Filing; Manual Data Filing; Computerized Data Filing; Interpretation of Measurements Data			Completed
21	13	Data Plotting			Completed
22	14	Data Plotting			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Geotechnical Drawing * (Theory)			Hrs:	2
4	Teacher's name:		Hardi Saadullah	Course Code:	GED5241			Units:	2
5	Teacher's Academic Degree:			Study System:	Course			Stage	4
6	Teacher's Academic Title:			e-mail: @koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1	Form Work Design: Criteria, Design of form in slab			Completed	100.0%
10	2	Form Work Design: Criteria, Design of form in slab			Completed
11	3	Form Work Design: Criteria, Design of form in slab			Completed
12	4	Form Work Design: Design of form in wall, Design of form in column			Completed
13	5	Form Work Design: Design of form in wall, Design of form in column			Completed
14	6	Form Work Design: Design of form in wall, Design of form in column			Completed
15	7	Tunneling: Tunnel Stability in clay, tunnel stability in sand			Completed
16	8	Tunneling: Tunnel Stability in clay, tunnel stability in sand			Completed
17	9	Tunneling: Tunnel Stability in clay, tunnel stability in sand			Completed
18	10	Tunneling: Tunnel Stability in clay, tunnel stability in sand			Completed
19	11	Tunneling: Estimating surface settlement, volume loss			Completed
20	12	Tunneling: Estimating surface settlement, volume loss			Completed
21	13	Tunneling Examples			Completed
22	14	Tunneling Examples			Completed
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1	Koya University - Faculty of Engineering - Course Syllabus
2
3	Academic year:		2016-2017	Course Title:	Earth Structures (Theory)			Hrs:	2
4	Teacher's name:		Bestun Jumaa	Course Code:	EST5243			Units:	4
5	Teacher's Academic Degree:			Study System:	Year			Stage	4
6	Teacher's Academic Title:			e-mail: @koyauniversity.org				Dept.	DGEN
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8	No.	Weekly Subject Title			Status	%Coverage	Short Comment
9	1				Completed	100.0%
10	2				Completed
11	3				Completed
12	4				Completed
13	5				Completed
14	6				Completed
15	7				Completed
16	8				Completed
17	9				Completed
18	10				Completed
19	11				Completed
20	12				Completed
21	13				Completed
22	14				Completed
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