Goals and objectives  Course Outcomes  

1.  The students learn the concept of electromagnetism 
A1

2.  The students learn electric and magnetic fields 
A1

3.  The students learn DC circuits and AC circuits 
A1

4.  The students practically learn to design an analog circuit 
A1

5.  The students understand the derivation of Maxwell’s equations from basic laws of electricity and magnetism and realize the result of light as electromagnetic waves 
A1

Class schedule  HW assignments (Including preparation and review of the class.)  Amount of Time Required  

1.  What is electromagnetism? Electric Charge and Electric Field Week 1 to Week 7 classes taught by Dr. Dita 
Reading Chapter 21 of the textbook  200分 
Exercise  200分  
2.  Gauss’s Law and Electric Potential  Reading Chapter 22 and 23 of the textbook  200分 
Exercise  200分  
3.  Capacitance, Dielectric, Electric Energy Storage  Reading Chapter 24 of the textbook  200分 
Exercise  200分  
4.  Electric Currents and Resistance  Reading Chapter 25 of the textbook  200分 
Exercise  200分  
5.  Magnetism, Electromagnetic Induction and Faraday’s Law  Reading Chapter 27 and 29 of the textbook  200分 
Exercise  200分  
6.  Inductance, Electromagnetic Oscillations, and AC Circuits  Reading Chapter 30 of the textbook  200分 
Exercise  200分  
7.  Midterm and discussion on the solution  Exercise  200分 
Discussion  200分  
8.  DC circuits Week 8 to Week14 classes taught by Dr. Uma 
Study using PPT slides uploaded to Scomb  200分 
Problem solving and Designing simple circuits  200分  
9.  Analog Discovery  Learn to use Implementation Kit and practice  220分 
.Preparation for demonstration in class  200分  
10.  Formulation of Maxwell  Revising the basic laws Gauss and Biosavart with handout material on Scomb  200分 
Prepare for presentation on Faraday and Lenz laws  200分  
11.  Application of Maxwell to a simple problem of infinite slab  Study application of Maxwell to a simple problem of infinite slab with handout material on Scomb  200分 
Workout problems  180分  
12.  Application of Maxwell formulation in practice & visiting Technoplaza to understand the application of Maxwell formulation  Study application of Maxwell formulation in practice with handout material on Scomb  200分 
Prepare for presentation  200分  
13.  Application of Maxwell formulation in practice  Application of Maxwell formulation in practice with handout material on Scomb  200分 
Prepare for presentation  100分  
14.  Quantum and relativity concepts will be introduced with focus given to the application the concepts in real life; students will be given a final assignment as part of the course on applications of EM theory in the modern world and are required to submit a detailed report including a 5 minute video presentation for evaluation.  Final report preparation and submission through Scomb  200分 
Total.      5300分 
Inclass activity  midterm  final exam  Total.  

1.  5%  5%  10%  20% 
2.  5%  5%  10%  20% 
3.  5%  5%  10%  20% 
4.  5%  5%  10%  20% 
5.  5%  5%  10%  20% 
Total.  25%  25%  50%   
Work experience  Work experience and relevance to the course content if applicable 

N/A  N/A 