1. Electric Circuit Theory
Introduction To EKT101
Electric Circuit Theory

2. Course Session Lecture Session : 3 hours (2+1)
Day – Time (2 hours): Location
Day – Time (1 hour): Location
Lab /Tutorial Session : 2 hours
Day – Time (2 Hours) : Location

3. Lecturers Computer Engineering RK20: Communication Engineering RK53:
Dr. ABDUL RAHMAN BIN KRAM
Communication Engineering RK53:
IR. ROSDISHAM ENDUT
Computer Network Engineering RK93:
Dr. ONG BI LYNN/SUHAIZAL ABU HASSAN

4. Chapters (7) Variables and Circuit Elements Resistive Circuit
Method of Circuit Analysis
Inductance and Capacitance
First Order and Second Circuit
Steady State Sinusoidal Analysis
Steady State Sinusoidal Power Calculation

5. Course Outcome (3)
Ability to DERIVE important equations to SOLVE problems in DC circuits (Chapter 1-4)
Ability to ANALYZE the first and second order circuits containing passive elements, DC sources and switches using differential equations. (Chapter 5)
Ability to CALCULATE circuit’s parameters containing sinusoidal steady state sources using complex impedances and phasor representations. (Chapter 6-7)

6. Course evaluation Final Examination – 50%
Tests (Test I and Test II) – 20%
Laboratory (Report and Test) – 25%
Quizzes/Assignments – 5%
Total =100%

7. Electric Circuits Fundamentals 7Th Edition – FLOYD
Reference Materials
Fundamentals of Electric Circuits 4th Edition – Alexander Sadiku (Textbook)
Electric Circuits Fundamentals 7Th Edition – FLOYD
Basic Engineering Circuit Analysis 9th Edition – J.David Irwin & R.Mark Nelms

8. Need to buy:
Multimeter for LAB