Renewable Energy Engineering MSc
About This Programme
The MSc Renewable Energy Engineering at the University of Birmingham Dubai builds a deep understanding of renewable energy technologies and how they fit into global energy systems and policy, preparing graduates for careers in a fast-changing global energy sector. It takes a multidisciplinary approach to the whole energy generation system and runs for 12 months full-time or two years part-time. The first semester covers technologies, policy and energy security, with modules on environmental impact, energy storage and energy economics; the second turns to specialised topics such as carbon accounting, decarbonising cooling and transport, energy analysis and the design of renewable energy systems. Students choose 30 credits of options and finish with a 60-credit research project, developed with academics and industry experts, on questions such as energy efficiency, environmental impact, business cases and energy security.
Course Highlights
- A multidisciplinary approach to analysing and solving problems across the whole energy generation system and its policies.
- Study of many aspects of renewable energy, with 30 credits of options to specialise, including fuel cells and the decarbonisation of transport.
- A 60-credit research project with academics and industry experts, with support for industrial and research projects.
- Teaching from specialists in energy, cooling, chemical and mechanical engineering, drawing on Birmingham's expertise in global energy technologies, and the same University of Birmingham degree as at the UK campus.
- Birmingham is ranked 68th in the QS World University Rankings 2027, in the global top 100 and among the top 10 UK universities, as stated on the course page.
What You'll Study
The course combines lectures by leading specialists, design projects, tutorials with tailored guidance and feedback, and collaborative workshops and group work, with room to specialise in chosen areas of renewable energy and flexible part-time options. Learning is assessed throughout the year through module coursework and reports, and the research project, with 1:1 supervision, develops skills in experimental design, data analysis and presenting to non-specialist audiences. Teaching staff listed on the course page are Dr Hassan Ali, Programme Director; Dr Seyed Ghaffar, Head of Engineering (Dubai), who works on 3D printing, low-carbon concrete and sustainable materials; Dr Melody Khadem Sameni, Associate Professor of Rail Transportation Engineering; Dr Archibong Eso Archibong, Associate Professor in Mechanical Engineering; Dr Renaldi Renaldi, Associate Professor in Emerging Cooling Technologies; and Dr Grant Wilson, Associate Professor in Chemical Engineering.
Semester 1
Key issues in renewable energy, covering technologies, policy and energy security, with modules designed to build knowledge of environmental impact, energy storage and energy economics.
Semester 2
Specialised topics in renewable energy, including carbon accounting, the decarbonisation of cooling and transport systems, energy analysis, and the design of renewable energy systems.
Taught modules (2026/27)
120 credits of taught modules: nine compulsory 10-credit modules and 30 credits of options, with no more than 70 credits taken in either semester.
- Advanced Technologies for Energy10 credits
- Design of Renewable Energy Systems10 credits
- Economics of Energy Markets10 credits
- Energy Data and Analysis10 credits
- Energy Storage Solutions10 credits
- Renewable Energy Systems and Policy10 credits
- Sustainable Cooling Technologies10 credits
- Sustainable Energy and the Environment (REE)10 credits
- Systems for Renewable Energy10 credits
Choose 30 credits from the following, taking no more than 70 credits in total in either semester.
- Fuel Cell Technologies (Ren Energy)10 credits
- Decarbonisation of Transport10 credits
- Research Led Option 110 credits
- Research Led Option 210 credits
Research project
An individual, research-led dissertation carried out with academics and industry experts in renewable energy, engaging with current research, policy issues and energy forecasts on challenges where technology, strategy and business models meet, such as energy efficiency, environmental impact, business cases and energy security. Students are encouraged and supported to take on industrial and research projects with industry and academia. The MSc totals 180 credits.
- Renewable Energy Research Project60 credits
Entry Requirements
Applicants must meet both the University's general entry requirements and the course's own criteria. Each application is reviewed by the course's Admissions Tutor, who decides whether to make an offer.
Careers
The course page notes that annual investment in global energy infrastructure needs to rise greatly to meet challenges in energy supply and demand, sustainability and climate change, and that career opportunities in the energy sector will grow with it; the course prepares graduates for careers in this changing global sector. The Careers Network Dubai offers information, advice and guidance.
Accreditation & Professional Recognition
Accredited by the UAE Ministry of Higher Education and Scientific Research, and listed as Active on the Commission for Academic Accreditation register as the Master of Science in Renewable Energy Engineering; the register also lists a Postgraduate Diploma in the same subject as Active.
Programme Details
Award
Master of Science (MSc)
Start Date
September 2026 (applications closed; September 2027 details to follow)
Typical Offer
2:1 Honours degree or equivalent in engineering or the physical sciences
Duration
1 year full-time; 2 years part-time
Qualification
Masters
Subject Area
Engineering
Campus
Dubai
Study Pattern
Full time, Part time
Delivery Format
In person
Tuition Fee
AED 155,483/yr
AED 155,483 a year full-time or AED 77,742 a year part-time, for September 2026 entry. The fee covers tuition, examinations and graduation and is charged for each year of study, so part-time students pay it in both years; it can be paid in full or in three instalments a year, and it does not include visa or living costs. Applications for September 2026 entry to this programme are closed, and details for September 2027 entry will be published later. Applications are made online through the University of Birmingham Dubai Admissions portal, with no application fee; postgraduate applicants upload transcripts for study completed so far, their degree certificate if available, and a CV. Decisions are usually made within 10 working days of all documents arriving. A non-returnable AED 5,000 deposit, deducted from tuition, is paid on accepting an offer. Scholarships of up to 30% are assessed from the application itself, with no separate form, and full-time students can apply for a student visa sponsored by the University.