Postgraduate Professional Diploma in Power Electronics and Control Systems for Renewable Energy

In this modern era, electricity has become important. Everything needs power to keep machines running and public places open. We rely on this energy to operate factories, homes, hospitals, and many more. Moreover, as the world moves away from fossil fuels, renewable energy like solar and wind is more crucial. However, clean energy also brings new challenges. For this reason, power electronics and control systems come in.

These smart power systems can help humans control how energy is created, stored and used. Moreover, it acts like the brain and muscles. These help manage how electricity flows, how machines run, and how power gets from the panel to homes. As industries turn to renewable energy, the demand for skilled people in this field is growing. 

People who are interested in working with renewable energy can join the Professional Diploma in Power Electronics and Control Systems for Renewable Energy. This course will help you know exactly what this subfield is and why it matters.

What is power electronics?

Power electronics is a branch of electrical engineering that deals with the conversion, control, and management of electric power using electronic devices such as diodes, transistors, and thyristors. It uses special devices to change the shape, speed, or direction of electricity. This technology is easily found everywhere. These are phone chargers, electric cars, and solar power systems. Furthermore, its existence is very important, especially in renewable energy. 

On the other hand, without power electronics, clean energy would not be as reliable or efficient. That is why people need better ways to manage energy. This system can help turn energy from the sun or wind into electricity that people can use at home, work, or in factories. 

Course Overview

The College of Contract Management prepares students with advanced courses to meet the industry needs. This diploma programme gives learners hands-on skills that companies need in today’s era. The course will teach students how to design circuits that can handle high power. Moreover, they will learn how to use real software and tools used in the industry. 

This Postgraduate Professional Diploma in Power Electronics and Control Systems for Renewable Energy course helps graduates to become specialists. By the time students finish their studies, they will be experts in the electronics of renewable energy. All the sessions will be held fully online. That is why this course is suitable for professionals who seek development while still focusing on their careers. This course lasts around  6 months. It can take longer for students to complete, depending on their schedule availability.

Course Outline

This course teaches students how to explore smart grids and how to make power systems more efficient and safe. By the end of the course, students are expected to understand how to build and troubleshoot power and control systems used in clean energy. The curriculum outline is as follows:

1. Power Electronics Basics - Learn how to control and manage the flow of electricity using electronic components like switches and diodes.
2. Renewable Energy Systems - Get an overview of how solar panels, wind turbines, and hybrid systems work and how to use them.
3. Converters and Inverters - Understand how to change electricity from AC to DC and DC to AC, which is important in solar and wind systems.
4. Motor Control and Drives - Study how to start, stop, and control the speed of electric motors used in energy systems and electric vehicles.
5. Control System Fundamentals - Learn how systems use sensors and controllers to keep machines working safely and correctly.
6. Grid Connection and Integration - Discover how to safely connect renewable energy to the main electricity grid and manage energy flow.
7. Battery and Energy Storage - Learn how batteries store energy, how to manage charging, and how storage supports clean energy.
8. Smart Grids and Microgrids - Explore how modern power electronics and networks use smart tools to share and manage energy more efficiently.
9. System Design and Simulation - Use software like MATLAB to design, test, and improve power and control systems before building them.
10. Safety and Standards - Understand the safety rules, quality standards, and best practices used in the energy industry.

Entry Requirements

Applicants must have a bachelor’s degree or a UK Level 6 in the related field before enrolling. The field includes Electrical or Electronic Engineering, Mechatronics, Energy Systems, or other similar technical subjects. Other educational background is also accepted. It can be a Level 5 or Level 6 Diploma with work experience in a related area, such as power systems or renewable energy. 

As the course will be delivered in full English, students must provide an English proficiency test as proof. This also helps the students understand the materials fully and follow the course until the end. An IELTS test with a score of 6.0 is preferred. Other English tests are also accepted, such as PTE Academic, Cambridge English, and TOEFL iBT. 

Power electronics job and career path

The Postgraduate Professional Diploma in Power Electronics and Control Systems for Renewable Energy opens doors to different jobs and related career paths. After completing this course, students will likely work in many areas. These can include energy, engineering, and technology. As this programme is designed for professionals, they will work in mid-level to senior roles. 

Potential roles are a project engineer, a senior engineer, or a systems specialist. Moreover, Glassdoor states that a Power Electronics Engineer will likely earn around £36,042 per year. This can be higher, depending on the professionals’ experience and the company's background. Here are the potential roles for the graduates:

• Power Electronics Technician/Engineer: Work on devices that control electricity in solar, wind, and EV systems.
• Control Systems Engineer/Technician: Design and manage systems that keep machines and energy systems running smoothly.
• Renewable Energy Systems Designer: Plan and design solar, wind, and hybrid energy systems for homes, businesses, or farms.
• Energy Storage Technician: Work with batteries and energy storage units, especially in solar systems.
• Electric Vehicle (EV) Systems Technician: Help design or maintain the electronics inside electric vehicles and chargers.
• Maintenance Engineer (Renewables): Inspect, repair, and manage power equipment in renewable energy projects.

Advance your career in renewable energy with CCM

Advance your career in renewable energy with CCM! Our advanced course helps students to gain job-focused training that matches industry needs. This programme opens doors to roles in renewable energy, electric vehicles, power utilities and automation. Students will learn the principles of semiconductors, converters, and inverters. They will also study how to use tools to simulate power and control systems. 

By the time graduates finish their studies, they will gain a qualified certificate as proof of their expertise. This power electronics course will also contribute to the global shift towards clean energy. Students will become experts in this field and be confident to work on the projects. Moreover, they will potentially earn competitive salaries. Join the College of Contract Management, now!

We appreciate your enthusiasm for joining this programme. The Professional Diploma in Power Electronics and Control Systems for Renewable Energy is not yet available for enrolment. Our academic team is still working on finalising the course syllabus. If you are interested in this course, please don't hesitate to contact us. For now, you can explore more of our advanced programme that may suit your preference. Any new updates regarding this training will be shared on this page.