The B.Sc. in Energy. Renewable energy technologies, alongside traditional fossil fuel technologies are evolving rapidly. The course focus on bringing an understanding of the fundamental processes of thermal and electrical energy systems. The control, instrumentation, and digital technologies for integrated systems are also addressed. There is international demand for energy engineering professionals with a broad understanding of the existing and future energy development landscape. Across the world, growth in demand for engineers and technicians in the energy sector is predicted to triple.

This online degree program will allow you to build on the knowledge gained to obtain an Associate Degree of Engineering (Energy), and finish with a Bachelor’s Degree after another two years of university study. You will develop the business and technical skills required for a career as energy professional, developer or consultant. We will help you develop an informed, critical-thinking approach to seeking solutions to energy issues and building a better future.

Associate Degree

Semester 1

1. Basic Electrical Technology
2. Fuel & Combustion Technology
3. Engineering Mathematics – I
4. Professional Scientific Communication
5. Physics: Mechanics, Heat, Oscillations and Waves
6. Economic Growth and Development

Semester 2

1. Introduction to Environmental Engineering and Science – Fundamentals and Sustainability Concepts
2. Physics – Waves and Oscillations
3. Mathematical Methods in Engineering and Science
4. Physics :Conduction and Convection Heat Transfer
5. Industrial Instrumentation
6. Power Electronics

Semester 3

1. Physics: Numerical Methods And Simulation Techniques For Scientists And Engineers
2. Electrical Power Systems
3. Digital and the Everyday: from Codes to Cloud
4. Solar Photovoltaics Fundamentals, Technology And Applications
5. Radiative Heat Transfer
6. Sensors and Actuators

Semester 4

1. Steam and Gas Power Systems
2. Design of Photovoltaic Power Systems
3. Natural Gas Engineering
4. Introduction to Methods of Applied Mathematics
5. Energy Conservation and Waste Heat Recovery
6. Micro and Nano Scale Energy Transport

Bachelor’s Degree

Semester 5

1. Design for internet of Things in Energy
2. Sustainable Materials and Green Buildings
3. Refrigeration and Air-Conditioning
4. Wind Energy Systems
5. Power System Operation and Control
6. Non-Conventional Energy Resources

Semester 6

1. Electric Vehicles
2. Waste to Energy Conversion
3. Design and Optimization of Energy systems
4. Introduction to Smart Grids
5. Sustainable and Affordable Sanitation Solutions For Small Towns: Policy, Planning and Practice
6. Microgrids and control systems

Semester 7

1. Introduction to Research
2. Entrepreneurship Essentials
3. Nuclear Energy and Wave Energy
4. Energy Management and Scadas
5. Occupational Health & Safety
6. Energy Modelling (Restructured Power System)

Semester 8

1. Research Thesis