Electrical Engineering
Discover our cutting-edge curriculum and research opportunities in electrical engineering.
The Electrical Engineering Department at Shaggar Institute of Technology (SIT) is dedicated to advancing cutting-edge research and education in key areas of modern electrical engineering. Our department offers a comprehensive curriculum and hands-on research opportunities across five specialized subject areas. With a strong emphasis on research, industry collaboration, and innovation, SIT's Electrical Engineering Department prepares students and researchers to tackle real-world challenges and shape the future of technology in Ethiopia and beyond." teaching methodology. Our 120-credit curriculum emphasizes research and innovation, with students spending nearly half their time in practical exploration and experimentation.
Students engage in cutting-edge research and practical applications across five key focus areas:
Electronics and Microelectronics: Focusing on analog and digital circuit design, semiconductor devices, VLSI systems, and embedded technologies.
Electromagnetics and RF Engineering: Covering antenna design, electromagnetic wave theory, microwave engineering, and RF circuit design for wireless communication.
Instrumentation and Measurement: Advancing sensor technology, precision measurement systems, and industrial instrumentation for various applications.
Nanotechnology and Quantum Engineering: Exploring nanoelectronics, nanomaterials, quantum computing, and emerging nanoscale energy solutions.
Control Systems: Driving innovation in automation, robotics, process control, and mechatronics for industrial and technological advancements.
Program Duration
Quarter-based system with three quarters per year, each spanning 12-13 weeks
Learning Approach
50% hands-on exploration and experimentation through research and innovation
Program Objectives
Our program prepares graduates to analyze, design, and implement creative solutions to electrical engineering challenges while developing effective teamwork and communication skills.
Strong foundation in traditional and emerging electrical engineering
Hands-on experience through apprenticeship programs
Focus on innovation and research
Development of leadership and communication skills
Expected Outcomes
Upon graduation, our students will demonstrate:
Apply fundamental and advanced electrical engineering principles to real-world challenges
Design, analyze, and optimize electronic and electrical systems
Develop and implement embedded systems, automation, and control solutions
Utilize modern tools and software for circuit design, simulation, and testing
Conduct research and contribute to innovation in emerging technologies
Solve complex engineering problems with a strong emphasis on sustainability and efficiency
Work effectively in multidisciplinary teams and communicate technical concepts clearly
Uphold ethical and professional standards in engineering practice
Empowering future engineers with the knowledge and skills to transform tomorrow's technology landscape
Curriculum Overview
Graduation Requirements
- 120 credit hours within four years
- 94 credit hours of subject area classes and electives
- Minimum GPA of 2.5
- Final score of PASS is mandatory
Research Requirements
- 20 credit hours of apprenticeship
- 6 credit hours of research thesis with successful defense
- Research at SIT's incubation or approved organizations
Humanity Electives
- English I & II
- Technical Writing and Communication
- History of Ethiopia's Technological Progress
- Physiology
- Economics
- Business and Entrepreneurship
- Leadership
Engineering Electives
- Calculus I, II, & III
- Physics I & II
- Chemistry for Engineers
- Introduction to Computer Science
- Python Programming
- Introduction to Digital Logic Design
- Capstone Design Project
- Engineering Ethics and Professionalism
Core Electrical Engineering
- Circuit Analysis I & II
- Electronics I & II
- Signals and Systems
- Introduction to Microelectronics
- Semiconductor Devices
- Microelectronics Fabrication
- Electromagnetic Fields
- Control Systems
- Communication Systems
- VLSI Design
- Analog Integrated Circuits
- Digital Integrated Circuits
- Embedded Systems
- Computer Architecture
- RF and Microwave Engineering
- Optoelectronics
- Introduction to Nanotechnology
Apprenticeship Credits
- Apprenticeship I
- Apprenticeship II
- Apprenticeship III
- Apprenticeship IV
Shape the Future of Technology
Join our research-driven electrical engineering program