Introduction:

Energy is one of the most demanded resources today. Engineers are looking for new methods to generate renewable energies for mechanical systems to make them more economically efficient. Energy engineers are constantly looking for ways to reduce energy consumption while also providing new methods to produce energy. In the next few decades, Energy Engineering is expected to be a top player since there is a demand for clean, renewable energy.

Coventry University:

Course available: Renewable Energy Engineering MSc

According to the Guardian University Guide, Coventry University is ranked as the 13th best university in the UK. The university boasts of high employment ratio where 97% of its graduates were employed or went into higher education within 6 months of completing the program, according to DLHE Survey 2015/16. This course deals with alternative energy systems and teaches students to apply their engineering skills to develop alternative renewable energy techniques. The course is accredited and recognised by APEL (Accreditation of Prior Experiential Learning). The University has several facilities for research. You can find more information about the research facilities here.

Cranfield University:

Course available: Energy Systems and Thermal Processes MSc

Cranfield is ranked by QS World University rankings 2019 as the 5th best university in the UK for mechanical, aeronautical and manufacturing engineering. It also ranks in the 10th place for commercial research, consultancy and professional development. The Energy Systems and Thermal Processes course at Cranfield enables engineers to understand and solve problems in the energy industry, while also being an environmentally aware professional. The course is accredited by the Institution of Mechanical Engineers (IMechE). The Research Excellence Framework (REF) rated that 81% of research at Cranfield University was internationally excellent. The EPSRC Renewable Energy Marine Structures Centre for Doctoral Training (REMS) leads energy research along with several facilities such as:

Loughborough University:

Course available: Renewable Energy Systems Technology (Full-time) MSc

Loughborough has been named as the University of The Year by The Times and Sunday Times in 2019. The course is accredited by IET, IMechE and Energy Institute. The syllabus is practical and industry relevant where the students are given a strong understanding of the theory, principle and method behind the production and distribution of renewable energy. On top of that, they also understand the economics and policies governing renewable energy methods. The Centre for Renewable Energy Systems Technology (CREST) at the University of Loughborough is one of the leading research centre in the UK for sustainable energy.

University of Surrey:

Course available: Batteries, Fuel Cells and Energy Storage Systems MSc

The University of Surrey is another top-ranked University in Britain. The university’s excellent teaching methods have earned it a TEF gold award, the highest in its order. This particular course is unique in the UK and focusses on design, knowledge management and decision making in energy storage systems and applications. You will learn about major energy storage technologies and how to handle complicated technical and economic environment. The Surrey Energy Economics Centre undertakes research in energy economics.

University of Edinburgh:

Course available: Sustainable Energy Systems MSc

Ranked as the 18th in the world by QS World University rankings, Edinburgh’s faculty and alumni include 19 Nobel laureates, 3 Turing Award laureates and 2 Pulitzer prize winners. The Masters in Sustainable Energy Systems programme provides broad and robust training for students in renewable energy systems. It is also accredited as a requisite for Chartered Engineering (CEng). Graduates who look to becoming a Chartered Engineer can consider their MSc equal to one year of Further Learning. The Institute for Energy Systems conducts research in low carbon energy systems, hydrodynamics, power electronics, controls etc.

Conclusion:

When traditional cars were first invented, they produced a lot of smoke and other pollutants. But people did not care much about it until cars became widely commercial and pollution began to take its toll. Following the rise of gas and fuel prices, the industry shifted towards electric cars to combat the rising fuel price and to decrease pollution. Today, the other industries are also looking for the same shift where they can rely on clean energy that is also readily available. Hence choosing a field like energy engineering provides you with a lot of scope for research and application.

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