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Undergraduate

Bachelor of Science Honours in Engineering in Electronics and Power Systems

01

Overview

The BSc (Hons) Engineering in Electronics and Power Systems is a degree program that covers the fields of energy technologies, electronic applications, and electrical systems. The primary topics addressed in this work include industrial automation, renewable energy, control systems, electrical machinery, and power systems.

With an emphasis on technical innovation, efficiency, and sustainability, the curriculum is designed to provide students with a comprehensive understanding of contemporary energy systems and emergent technologies. Practical experience is acquired by students through hands-on instruction, laboratory work, research activities, and exposure to industry-relevant technology, which equips them to address current energy issues and contribute to the development of a robust and efficient electrical infrastructure.

Emphasis is placed on practical learning and industry engagement throughout the curriculum. Students will be provided with real-world engineering applications and research opportunities that will enable them to cultivate the technical, analytical, and problem-solving skills necessary for careers in a diverse range of industries, such as manufacturing, renewable energy, industrial automation, intelligent technologies, and power generation and distribution.They are provided with real-world engineering applications and research opportunities, which allow them to cultivate the technical, analytical, and problem-solving skills necessary for careers in a variety of sectors, such as manufacturing, renewable energy, industrial automation, electrical engineering, and smart technologies.

02

Curriculum

Semester 1

6 modules 18 credits
  • SMA1301 Intermediate Calculus Core
  • SPH1302 Applied Physics Core
  • ECS1300 Programming Fundamentals with Python Core
  • EEE1300 Fundamentals of Electrical and Electronic Engineering Core
  • EEE1301 Digital Fundamentals Core
  • EMN1300 Introduction to Principles of Management Core

Semester 2

8 modules 16 credits
  • SMA2202 Linear Algebra Core
  • SMA2201 Differential Equations Core
  • EEE1302 Analog Electronics Project Core
  • SCH0202 General Chemistry Core
  • ECS1201 Essentials of Database Core
  • EEE1304 Signals and Systems Core
  • EEE1103 Applied Circuit Analysis Core
  • EEE1105 Measurements and Instrumentations Core

Semester 1

7 modules 16 credits
  • SMA2204 Advanced Calculus Core
  • SMA2206 Probability and Statistics Core
  • SBI0202 General Biology Core
  • IHM1301 Human Behavior and Ethics Core
  • EEE2301 Embedded Systems Design Project Core
  • ECS2200 Data Structures and Algorithms Core
  • EEE2305 Power Systems I Core

Semester 2

9 modules 19 credits
  • SMA2205 Numerical Analysis Core
  • SMA2207 Discrete Mathematics Core
  • ECS2301 Software Engineering and Project Core
  • ECE4111 Introduction to Digital Arts Optional
  • ECE4109 Introduction to Music Composition Optional
  • ECE4110 Meditation & Yoga Optional
  • EEE2303 Digital Signal Processing Core
  • ECS2302 Computer Architecture Core
  • EEE2306 Electrical Power and Machines Core

Semester 1

8 modules 22 credits
  • ESC3200 Green and Sustainable Technologies Core
  • ECE3305 Project Management Core
  • EME3302 Control Systems Engineering Core
  • ICM3300 Effective Communication Core
  • EMN3300 Introduction to Principles of Economics Core
  • EEE3307 Power Electronics and Energy Storage Technologies Core
  • EEE3201 Electromagnetics Elective
  • EEE3208 Electrical Installations Elective

Semester 2

11 modules 29 credits
  • ECS3300 Artificial Intelligence and Computer Vision Core
  • EMN3101 Industrial Law Core
  • EEE3102 Occupational Health and Safety Core
  • EEE3305 Engineering Research Project Core
  • EEE3309 Electrical Machines and Drives I Core
  • EEE3310 Power Systems II Core
  • EEE3306 Internet of Things Elective
  • ECS3301 Big Data Elective
  • ECS3302 Cloud Computing Elective
  • EME3307 Robotics Engineering Elective
  • EME3306 Modern Control Systems Elective

Semester 1

16 modules 46 credits
  • EHM4200 Engineering Ethics and Public Policy Core
  • EEE4800 Final Year Project Core
  • EEE4601 Industrial Training (NGPA) Core
  • EEE4303 High-Voltage Engineering Core
  • EEE4302 Digital Systems Design Elective
  • EEE4304 ASICS and VLSI Design Elective
  • EEE4305 Bionics Elective
  • EEE4309 System Analytics Elective
  • EMA4300 Operational Research Elective
  • EEE4310 Nanotechnology Elective
  • EEE4311 Biomedical Instrumentation Elective
  • EME4203 Maintenance Management Elective
  • EME4204 Intelligent Control Systems Elective
  • EEE4323 Electrical Machines and Drives II Elective
  • EEE4327 Advanced Power Electronics Elective
  • EME4301 Factory Automation Elective

Semester 2

13 modules 39 credits
  • SHM4201 Sociology and Ethics for a Technological Society Core
  • EEE4800 Final Year Project Core
  • EEE4601 Industrial Training (NGPA) Core
  • EPH4300 Solid State Physics Elective
  • EPH4301 Quantum Mechanics Elective
  • EMN4301 Marketing Management Elective
  • EMN4302 Human Resource Management Elective
  • EMN4303 Technopreneurship Elective
  • EEE4324 Smart Electrical Grids Elective
  • EEE4325 Power Systems Control and Protection Elective
  • EEE4326 Electrical Designs for Modern Building Technologies Elective
  • EEE4314 Renewable Energy Systems Elective
  • EMN4300 Organizational Behaviour Elective
03

Entry Requirements

  1. At least three (03) simple passes for Combined Mathematics, Physics, Chemistry in one and the same sitting at the G.C.E. (Advanced Level) Examination conducted by the Department of Examinations of Sri Lanka or an equivalent qualification.
    AND
  2. A simple pass (S) in English at the G.C.E. (Ordinary Level) Examination.
    OR 

    A simple pass (S) in General English at the G.C.E. (Advanced Level) Examination, conducted by the Department of Examinations of Sri Lanka or an equivalent qualification.

04

Career Pathways

Graduates of the BSc (Hons) in Engineering in Electronics and Power Systems can pursue diverse career opportunities across the energy, electrical, electronics, manufacturing, and automation sectors. Potential career pathways include:

  • Power Systems Engineer – Design, analyse, operate, and maintain electrical power generation, transmission, and distribution systems.
  • Electrical Engineer – Work on electrical system design, installation, testing, maintenance, and project implementation.
  • Renewable Energy Engineer – Develop and manage solar, wind, and other renewable energy systems and energy solutions.
  • Power Generation Engineer – Support the operation, maintenance, and optimisation of conventional and renewable power generation facilities.
  • Control & Automation Engineer – Design and implement industrial control, instrumentation, PLC, and automation systems.