PANIMALAR ENGINEERING COLLEGE
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
NOTE: Total Number of Questions: 52
Students are advised to provide suitable answers to all the questions provided in the following seven parts
FORM - ECS (END OF COURSE SURVEY)- IV Semester
The Purpose of this survey is to analyze the effectiveness of teaching and learning process suggestions may help us to attain the objectives of the program and improve the quality of education.
Name of the student *
Your answer
Register Number *
Your answer
PART-I COURSE EFFECTIVENESS
1. The course stimulates self interest *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
2. The course was delivered as outlined in the syllabus. *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
3.The syllabus was explained at the beginning of the course. *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
4. Well organized presentations . *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
5. Given good examples and illustrations . *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
6.Gained an understanding of fundamental Concepts and other important ideas relevant to the course. *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
7.Encouraged questions and class participation . *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
8. Learned new techniques and methods from this Course. *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
10.Course assignments and lectures complemented each other for design development / projects *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
11.Course will help to appear in any competitive examination *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory
12.The objectives of the course mapped with its outcomes. *
Strongly Agree
Agree
Neutral
Disagree
Strongly Disagree
MG6451- Probability and Random Processes
EC6401 - Electronic Circuits II
EC6402 - Communication Theory
EC6403 - Electromagnetic Fields
EC6404 - Linear Integrated Circuits
EC6405 - Control System Engineering
EC6411 - Circuits and Simulation Integrated Lab
EC6412 - Linear Integrated Circuit Laboratory
EC6461- Electrical Engineering and Control System Laboratory