The academic objective of the Electrical & Electronics Engineering is to produce high caliber Electrical Engineers capable of making immediate contribution to industry and take responsibility of the development, design, construction, application and operation of devices and systems.
At present, it offers Undergraduate Degree in Electrical & Electronic Engineering to cater to the ever challenging needs of technical excellence in all areas of electrical engineering such as Power Electronics and Drives, Power System Engineering and Power & Energy Systems. The laboratory facilities and the infrastructure are regularly upgraded to meet the issues and challenges of recent trends in Electrical Engineering.
🎓 Bachelor of Science in Electrical & Electronic Engineering (B.Sc. in EEE) Curriculum
Program Duration: 4 Years
Total Semesters: 8
Total Credits: ~160
🧱 Year 1: Foundation in Science and Engineering
📘 Semester 1
Mathematics I (Calculus & Linear Algebra)
Physics I (Mechanics & Heat)
Basic Electrical Engineering
Computer Fundamentals & Programming (C Language)
English Communication Skills
Electrical Engineering Lab I
Programming Lab
📘 Semester 2
Mathematics II (Differential Equations)
Physics II (Electricity & Magnetism)
Electronic Devices & Circuits I
Engineering Drawing
Digital Logic Design
Electronic Devices Lab
Digital Logic Lab
⚙️ Year 2: Core Electrical and Electronics Knowledge
📘 Semester 3
Mathematics III (Complex Variables & Transforms)
Network Analysis
Electronic Devices & Circuits II
Signals and Systems
Electrical Machines I
Circuits & Machines Lab
📘 Semester 4
Control Systems Engineering
Power Systems I
Analog Electronics
Microprocessors and Interfacing
Electrical Machines II
Microprocessor & Analog Electronics Lab
⚡ Year 3: Specialization and Application Focus
📘 Semester 5
Power Electronics and Drives
Communication Engineering
Power System Protection & Switchgear
Electromagnetic Fields and Waves
Power Electronics Lab
Communication Lab
📘 Semester 6
Renewable Energy Systems
Instrumentation and Measurement
High Voltage Engineering
VLSI Design (or elective)
Measurement & Instrumentation Lab
Mini Project I
🚀 Year 4: Advanced Topics and Industry Exposure
📘 Semester 7
Power System Operation & Control
Industrial Automation & PLC
Elective I (IoT in Power, Electric Vehicles, Smart Grid)
Project Phase I (Thesis/Design)
Industrial Training/Internship (Summer)
📘 Semester 8
Elective II (AI in Electrical Systems, Energy Management)
Engineering Economics & Ethics
Project Phase II (Final Year Project)
Viva Voce & Technical Presentation
📌 Suggested Electives (Optional Courses):
Smart Grid Technologies
Internet of Things (IoT) for Energy Systems
Electric Vehicle Technology
Machine Learning in Power Systems
Biomedical Instrumentation
Embedded Systems
🧪 Laboratories & Practical Training
Power System Simulation Lab (ETAP/PSCAD)
Control Systems Lab (MATLAB/Simulink)
Renewable Energy Lab
PCB Design & Fabrication Lab
Robotics and Automation Lab
🎯 Soft Skills & Non-Technical Courses
Technical Report Writing
Innovation & Entrepreneurship
Project Management
Career Development & Ethics
Jorge Overall
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