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Department of Electrical and Computer Engineering

Staff and Student Profile

The Department of Electrical and Computer Engineering currently has 3 staff members with Ph.D. qualifications, 25 with M.Sc. qualifications, and 14 Technical Assistants. Additionally, 7 staff members are on study leave pursuing doctoral (Ph.D.) programs, and 3 are pursuing master's (M.Sc.) programs. Currently, the number of undergraduate students Active Enrolment is 310 and Postgraduate students Active Enrolment is 16. 

Under Graduate Program and Degree Nomenclature

The Department of Electrical and Computer Engineering (established in 2005 G.C) strives for national and international excellence in teaching, research, community services and industry engagement. We are committed to producing technically proficient graduates and advancing the state-of-the-art in Electrical and Computer Engineering through impactful research and robust industry partnerships, thereby enriching our educational programs. The time duration to complete under graduate program is 5 years and 2 years for postgraduate program. Electrical and Computer Engineering Department contains four focus areas (Streams) as an undergraduate program. These four focus areas are: -


Communication Engineering Stream: 

A communication Engineering graduate can analyse, design and implement modern communication equipment & systems, manage and upgrade telecommunication Industries and many more. The degree nomenclature of this focus area is Bachelor of Science Degree in Electrical and Computer Engineering (Communication Engineering). Graduates will be hired in any one of the following companies and many more.

  • Telecommunication organisation
  • Radio and Television Companies
  • Huawei Network Companies
  • ZTE Network Companies
  • Safari-com Network companies
  • Ethiopian Electric Utility organisation
  • Defence Industry
  • Technical sales engineer
  • Commissioning engineer
  • Materials specialist
  • Industrial/product designer and many more

Power Engineering Stream: 

A power engineering graduate can analyse and design electric power systems, participate in the assessment and development of renewable energy technologies, analyse and design protection for electrical systems. The degree nomenclature of this focus area is Bachelor of Science Degree in Electrical and Computer Engineering (Power Engineering). Graduates will be hired in any one of the following companies and many more.

  • Automotive industry
  • Built environment industry
  • Defence industry
  • Marine industry
  • Materials and Metals industry
  • Oil and Gas industry
  • Pharmaceuticals industry
  • Power generation industry
  • Rail industry
  • Utilities industry and many more

Computer Engineering Stream: 

A computer engineering graduate can analyse, design and implement computer hardware and software systems for different applications and integrate hardware and computer systems. The degree nomenclature of this focus area is Bachelor of Science Degree in Electrical and Computer Engineering (Computer Engineering). Graduates will be hired in any one of the following companies and many more.

  • Software Developers, Applications
  • Software Developers, Systems Software
  • Network & Computer Systems Administrators
  • Computer Network Architects
  • Computer Network Support Specialists
  • Computer Hardware Engineers and many more

Industrial Control Engineering: 

An industrial control engineering graduate can analyze, design and implement industrial control equipment and instrumentation, analyze and design microprocessors-based control systems and algorithms. The degree nomenclature of this focus area is Bachelor of Science Degree in Electrical and Computer Engineering (Industrial Control Engineering). Graduates will be hired in any one of the following companies and many more.

  • Automotive Industries Industry
  • Construction Industry
  • Rail Industry
  • Telecommunications Industry
  • Fast moving Consumer goods (FMCG) industry
  • Manufacturing Industry
  • Oil and gas/power generation/energy Industry
  • Pharmaceutical Industry
  • Utilities Industry and many more

Postgraduate MSc. Programs

  • M.Sc. in Power Systems & Energy Engineering
  • M.Sc.in Communication Engineering

Laboratory Facilities

We are set to begin the construction of 8 standardised and modern laboratories with a 2-million-euro grant, funded by German development bank (KfW). Alongside the procurement of advanced equipment and machinery through an international tender, and furniture via a national tender for these laboratories will be scheduled to commence imminently. The respective winner of bidders for all procurement packages have been known and are ready to dive into their respective tasks. These laboratories are: -

Electrical Drives and Automation Lab

The Electrical Drives and Automation lab is all about getting hands-on with systems that turn electrical energy into mechanical energy, mainly for automation tasks. These labs provide a fantastic opportunity to put theoretical knowledge into practice in areas such as motor control, and automation systems, including programmable logic controllers (PLCs).

Microelectronics & Microprocessors Lab

Microelectronics and microprocessors are two interconnected fields that are essential to the world of electronics today. Microelectronics focuses on the design, creation, and application of tiny electronic circuits and components, primarily using semiconductor materials to produce Integrated Circuits (ICs). A significant product of microelectronics is the microprocessor, which serves as a programmable Central Processing Unit.

Instrumentation Engineering Lab

Instrumentation engineering is a unique field that zeroes in on designing, developing, implementing, and managing systems and devices for measurement, monitoring, and control. It acts as a bridge between physical processes and information systems, using tools like sensors, transducers, data acquisition systems, and control strategies (such as PLCs and DCS) to effectively manage key variables like temperature, pressure, flow, and level across various sectors, including industrial automation, manufacturing, and research. 

Digital Electronics Lab

Digital Electronics is a fascinating branch of electronics that focuses on signals represented by discrete values, usually in the form of binary digits (0s and 1s), instead of continuous analog signals. It centers around designing and applying circuits made from basic logic gates like AND, OR, and NOT, which carry out logical operations. These gates are the building blocks for more intricate components such as flip-flops, counters, multiplexers, microprocessors, and memory. 

Energy Engineering & Power Electronics Lab

Energy Engineering is a vast field that covers everything from generating energy—whether it’s from fossil fuels or renewable sources—to how that energy is transmitted, distributed, and used efficiently. The goal is to create power systems that are sustainable, reliable, and economically sound. Within this realm, Power Electronics plays a vital role. It focuses on designing and applying solid-state electronic circuits that can accurately control and convert electrical power from one form to another, like switching AC to DC or adjusting voltage levels. This technology is essential for integrating various energy sources, ensuring electric loads such as motors and EV chargers operate efficiently, and advancing smart grid technologies. 

Control Engineering Lab

A Control Engineering lab offers a dynamic, hands-on space where students and researchers dive into designing, implementing, and testing control systems for a variety of physical processes. This could mean anything from regulating motor speed and maintaining temperature to achieving precise movements with robotic arms. Participants get to work with real-world hardware like sensors, actuators, and microcontrollers, along with software tools such as MATLAB/Simulink for system modeling, controller design (think PID or state-space), simulation, and real-time data collection. This experience really bridges the gap between theory and practice, helping to develop skills in system integration and performance validation.

Communication Engineering Lab

Communication Engineering is a unique field within electrical engineering that zeroes in on how we transmit, receive, and process information through different channels, whether they’re wired or wireless. This area covers everything from designing and developing to implementing and operating communication systems, including telecommunications networks like telephony and the internet, as well as radio and television broadcasting, satellite communication, mobile networks, and optical fiber systems. It makes use of key concepts such as signal processing, modulation, coding, and network protocols to ensure that voice, data, and video are transferred efficiently, reliably, and securely.

Basic Electrical Engineering Lab

Basic Electrical Engineering is a foundational discipline that introduces the core principles governing electricity, including concepts like voltage, current, resistance, power, and energy. It covers essential laws such as Ohm's Law and Kirchhoff's Laws, and explores the analysis of both direct current (DC) and alternating current (AC) circuits, along with the characteristics of fundamental components like resistors, capacitors, and inductors. This includes experiments like verifying Kirchhoff's Laws, using network theorems, measuring power, and studying the characteristics of transformers, DC motors, and generators. This field provides the essential groundwork for understanding, analysing, and designing simple electrical systems, serving as the bedrock for more advanced studies and applications in all branches of electrical engineering.