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InstitutionProgram

Institution

University of Strathclyde Glasgow

Currency

€

Program Level

MSc

Program

Renewable Energy & Decarbonisation Technologies

Summary

Our MSc Renewable Energy & Decarbonisation Technologies course aims to provide students with detailed knowledge of the technology required to ensure future energy transition in industry. It will give both a theoretical and practical grounding for future managers and engineers of energy-based projects. Where possible, the final individual project is carried out in industry, providing an opportunity for personal research and giving a deeper insight into particular energy transition future.

This programme will provide a solid basis for future engineers entering the energy transition industries. It will focus on the challenging problems related to industry decarbonisation, state-of-the-art technologies and future technologies that will support this process on a significant scale.

Renewable Energy & Decarbonisation Technologies will provide an opportunity for graduate engineers to develop advanced skills and knowledge in this vital area. The programme aims to equip graduates with the required skills, knowledge and understanding necessary to find employment in the energy sectors, or to undertake research in a specialised energy, decarbonisation-related field.

In addition to developing transferrable skills and preparing graduates for wide-range employment opportunities, the programme will develop critical and analytical problem-solving skills in several specialist areas dealing with the specification, design, investigation, operation and maintenance of future power networks, and sustainable energy systems infrastructure.

Learning outcomes

Studying our Renewable Energy & Decarbonisation Technologies Masters degree you'll:

• have a comprehensive understanding of the scientific principles of energy transition and related disciplines
• have an awareness of developing technologies and standards related to energy transition technology
• have a comprehensive knowledge and understanding of mathematical and computer models relevant to energy transition engineering applications and an appreciation of their limitations
• understand concepts from multidisciplinary engineering and management areas, and the ability to apply them effectively in smart grid technology projects
• understand the environmental and socio-economic impacts of the energy transition technology
• have a comprehensive knowledge of emerging technologies required to design, build, operate and maintain energy transition systems; these relate to automation and control, renewable energy and power electronics, and management

Tuition Fees

28700.00

Duration

Year

Application Fee

0.00

Living Costs

0.00

CertificateName

MSc Renewable Energy & Decarbonisation Technologies

Intake

January,September

Month Length

0

Year Length

1

Program Length

1 years

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