M.Tech. Power System Engineering

Master of Technology (M.Tech.) in Power System Engineering programme at Koforidua Technical University is designed to provide advanced knowledge, technical expertise, and practical skills in the design, analysis, operation, control, and management of modern electrical power systems.

Offered through the Department of Electrical and Electronic Engineering under the Faculty of Engineering (FoE), the programme focuses on contemporary developments in electrical power generation, transmission, distribution, renewable energy integration, power system protection, and sustainable energy management.

The programme combines advanced engineering principles with applied research and practical problem-solving to equip graduates with the competencies required to address emerging challenges in the energy sector.

Particular emphasis is placed on power system reliability, energy efficiency, smart grid technologies, power quality, and the integration of renewable energy sources into existing electrical networks.

Graduates are expected to develop the analytical, research, and professional competencies necessary to contribute to the development and modernisation of electrical power infrastructure in Ghana and beyond.

Programme Objectives

The programme seeks to:

1. Develop advanced knowledge and technical competencies in electrical power systems engineering.
2. Equip students with the skills to analyse, design, operate, and optimise electrical power networks.
3. Strengthen expertise in power system protection, stability, control, and reliability.
4. Promote the application of renewable energy technologies and sustainable power solutions.
5. Develop research and innovation capabilities to address industrial and national energy challenges.
6. Prepare graduates for specialised engineering, consultancy, research, and technical leadership roles.

Applicants seeking admission into the M.Tech. in Power System Engineering programme are generally expected to possess relevant undergraduate qualifications from recognised tertiary institutions.

Applicants may be considered with the following qualifications:

1. Bachelor of Technology (B.Tech.) in Electrical Engineering, Electrical and Electronic Engineering, or a closely related discipline.
2. Bachelor of Science (B.Sc.) in Electrical Engineering, Electrical and Electronic Engineering, or a relevant engineering discipline.
3. Equivalent Qualifications: Other recognised qualifications in relevant engineering fields, subject to assessment and approval by the University.

Graduates of the M.Tech. in Power System Engineering programme may pursue specialised technical, managerial, research, and consultancy careers in the electrical power and energy industries.

Career opportunities include:

1. Power System Engineer: Design, analyse, operate, and maintain electrical power generation, transmission, and distribution systems.
2. Power System Protection Engineer: Develop and maintain protection schemes for electrical networks and equipment.
3. Electrical Design Engineer: Design electrical power installations, substations, and industrial electrical infrastructure.
4. Renewable Energy Engineer: Develop and manage renewable energy generation and grid integration projects.
5. Power Distribution Engineer: Plan, operate, and optimise electricity distribution networks.
6. Energy Management Specialist: Implement energy efficiency strategies and improve electrical energy utilisation.
7. Power System Consultant: Provide technical advisory services on power infrastructure, energy projects, and electrical network performance.
8. Smart Grid Engineer: Support the development and implementation of intelligent electrical networks and automation systems.
9. Researcher or Academic: Contribute to applied research, technical education, and innovation in electrical power engineering, subject to applicable professional and academic requirements.
10. Engineering Project Manager: Coordinate electrical infrastructure, energy, and industrial power engineering projects.

Employment Sectors

Graduates may find opportunities in:

1. Electricity generation, transmission, and distribution companies.
2. Renewable energy and sustainable energy organisations.
3. Engineering consultancy and construction firms.
4. Manufacturing and industrial facilities.
5. Energy regulatory and public sector institutions.
6. Research and higher education institutions.
7. Electrical infrastructure and automation companies.

The programme also provides a foundation for further academic research and professional development in electrical power engineering and related disciplines.