CS_CompBio_2324PS.xls

	A	B	C	D	E	F	G	H
1	Stanford University s School of Engineering
2	Computer Science
3	Computational Biology Track
4	2023-2024 Program Sheet
5	Final version of program sheet is due to the department one month prior to the last quarter of senior year.
6	Follow all requirements as stated for the year of the program sheet used.
7		Name:		SUID #:
8		Phone:		Email:
9		Today's Date:			Month/YrB.S. expected:
10
11	Mathematics and Science Requirement
12	Dept	Course	Title	Transfer/AP Approval by SoE			Unit	Grade
13	Dept	Course	Title	P if Transfer	SoE Initials	Date	Unit	Grade
14	Mathematics (20 units minimum)			P if Transfer
15	MATH	19	Calculus (see note 1)
16	MATH	20
17	MATH	21
18	CS	103	Mathematical Foundations of Computing
19	CS	109	Introduction to Probability for Computer Scientists
20						Mathematics Unit Total (20 units minimum)
21
22	Biology (12 units minimum; take BIO or HUMBIO sequence)
23	BIO	Any 3 of 82, 83, 85, 86	Genetics/Biochem & Mol Biol/Evolution/Cell Biology
24	OR
25	HUMBIO	2A, 3A, 4A	Genetics, Evolution & Ecology/Cell & Dev/Human Org
26						Science Unit Total (12 units minimum)
27			(32 units min. Math/Sci combined)
28
29	Technology in Society Requirement (1 course req'd; see note 7 for WIM options)
30			A TiS course must be on the SoE-approved list the year you take it.
31
32	Engineering Fundamentals (8 units minimum)
33	CS	106B	Programming Methodology
34			Elective (see note 2)
35						Engineering Fundamentals Total (8 units minimum)
36
37	NOTES
38	*	All courses listed on this form can be included under only one category. There is no double-counting.
39	*	All courses listed on this form must be taken for a letter grade (unless taken Spring 2019-20, and Aut-Sum 2020-21)
40	*	This printed form must be signed by the departmental representative. Changes must be petitioned (see UGHB, Petitions page) and initialed in ink.
41	*	Minimum Grade Point Average (GPA) for all courses in Engineering Fundamentals and Computer Science Depth (combined) is 2.0.
42	*	Students without prior programming experience should first take CS106A. The major otherwise requires at most 95 units, so even with CS106A,
43		the BSCS major adheres to the university's 100-unit cap on all undergraduate majors.
44	*	Transfer and AP credits in Math, Science, Fundamentals, & TIS must be approved by the SoE Dean's Office: https://ughb.stanford.edu/transfers-ap-exceptions in UGHB for
45		approval process. Transfer credits in Computer Science Core, Depth and Senior Project must be approved by the Computer Science office.
46	*	Courses must be taken for the number of units on the Program Sheet. CS 103, 106B, 107, 109, 111 and 161 must be taken for 5 units.
47	( 1 )	MATH 19/20/21 or equivalent (10 units AP BC, or transfer, with placement into MATH 51/CME 100) is acceptable. If 6-8 units AP or IB credit are used, must take Math 21
48		(21 may not be skipped using Math Diagnostic Placement results). AP must be approved by SoE; see https://ughb.stanford.edu/transfers-ap-exceptions in UGHB.
49	( 2 )	One course required; may not be any CS 106. See ENGR Fundamentals Courses list at ughb.stanford.edu
50
51		CS Computational Biology Track Program Sheet (continued)
52		CS Computational Biology Track Core, Depth, and Senior Project (43 units minimum)
53		Be advised: no course may be listed twice on the sheet; no double-counting.
54	Dept	Course	Title	Transfer/Deviation Approval by Dept			Unit	Grade
55	Dept	Course	Title	P if Transfer	Dept Initials	Date	Unit	Grade
56	Core (15 units minimum)			P if Transfer
57	CS	107 or 107E	Computer Organization and Systems
58	CS	111	Operating Systems Principles
59	CS	161	Design and Analysis of Algorithms
60	Depth (25 Units minimum)
61	CS	173A	Foundations of Computational Human Genomics
62	CS	221	Artificial Intelligence: Principles and Techniques
63	CS	145 or 246	Databases, Mining Massive Datasets
64	CS	142, 147L, or 448B	Web Applications, Data Visualization
65			Restricted Elective (see note 3) Comp Bio
66	CS		Restricted Elective (see note 4) AI
67			Restricted Elective (see note 5) Quant Tools
68			Restricted Elective (see note 6) Application Areas
69	Seior Project (3 Units Minimum)					Total depth units (25 minimum)
70	CS		At least 3 units of 191, 191W, 194, 194H, 194W, 210B, or 294 (see note 7)
71						Computer Science Core and Depth Total (43 units minimum)
72
73
74	Program Approvals
75
76	Departmental
77	Printed Name:				Date:
78
79	Signature:
80
81	School of Engineering (No action required-office use only)
82	Printed Name:				Date:
83
84	Signature:
85
86
87	NOTES (continued from page 1)
88	( 3 )	One course selected from CS 279, 371; BIOMEDIN 210, 214, 215, 217, 219, 220, 222, 260, 273B; IMMUNOL 207
89	( 4 )	Pick one course from:
90		Area I) AI Methods: 224R, 224W, 228, 229, 229S, 234, 238; Area II) Natural Language Processing: CS 124, 224N,
91		224V; Area III) Vision: CS131, 231N
92	( 5 )	One course selected from: CS 147, 148, 154, 166, 168, 185, 230, 248A, 353; BIO 183, 187; BIOC 241; BIOMEDIN 248; EE 263, 364A;
93		MS&E 152, 252; STATS 141, 202, 203, 205, 206, 211, 315A, 315B; ChemEng 150; AppPhys 294;
94		or a class from: CS 142, 147L, 448B, note 3, or a distinct area from note 4
95	( 6 )	One course selected from: BioE 220; ChemEng 150, 174; GENE 211; ME 281; AppPhys 294; Bio 81, 82, 83, 84, 85, 86,
96		112, 214, 230; Chem 31A, 31B, 31M, 33, 141, 143, 171; BIOC 241; Dbio 210; Surg 101, or a class from note 3
97	( 7 )	The WIM requirement may be met by taking CS 181W or 182W as a Technology in Society course or through the Senior Project course (191W, 194W, or 210B only).
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