BEng (Hons) Renewable Energy Engineering
Program Overview
Introduction to the Program
The BEng (Hons) Renewable Energy Engineering program is designed to equip students with the skills to design a sustainable energy future. By combining theory, practical labs, and industry-based projects, the program adopts an assessment method without formal exams, preparing students for influential careers in renewable energy and the global green transition.
Course Highlights
- Strong industry connections
- Prepare for an effective career in renewable energy
- Work on real-world projects
Why Choose This Course?
The BEng (Hons) Renewable Energy Engineering program provides students with the skills to shape a sustainable energy future. It combines theoretical foundations with practical, industry-oriented projects, ensuring that graduates are well-prepared for careers in renewable energy and related fields.
Key Features of the Course
- Industry Connections: The program boasts strong connections with the industry, providing students with opportunities for professional networking and practical experience.
- Practical Experience: Students gain hands-on experience with renewable energy systems in modern labs and workshops.
- Assessment Method: The program features an innovative assessment strategy that replaces traditional exams with coursework, practical work, and project-based assessments, mirroring industry practices.
- Final Year Project: Students undertake a significant individual final year project in a chosen area of renewable energy or an industry-related project, demonstrating their technical ability and independent problem-solving skills.
- Professional Placement: The final year includes a professional placement module, which can last up to 12 weeks in Semester 2, offering valuable real-world industry experience, enhancing CVs, and building professional networks before graduation.
What You Will Study
Year 1 (Level 4)
In the first year, students develop a solid foundation in engineering and renewable energy through modules like Engineering Mathematics, Core Engineering Skills and Applications, and Fundamentals of Renewable Energy Engineering. Practical competencies are built through modules such as Engineering Design and CAD, Engineering Materials and Processes, and Practical Engineering Skills, with practical workshops introducing key renewable technologies and digital tools.
Modules:
- Engineering Mathematics
- Core Engineering Skills and Applications
- Fundamentals of Renewable Energy Engineering
- Engineering Design and CAD
- Engineering Materials and Processes
- Practical Engineering Skills
Year 2 (Level 5)
In the second year, students build upon the foundation with modules such as Renewable Energy System Design, Digital Innovation in Engineering, Energy Storage and Grid Integration, and Energy Systems and Infrastructure Governance. Teamwork, design thinking, and analytical skills are developed through the Engineering Design Project, where students collaborate to solve real-world energy challenges.
Modules:
- Renewable Energy System Design
- Digital Innovation in Engineering
- Energy Storage and Grid Integration
- Energy Systems and Infrastructure Governance
- Engineering Design Project
Year 3 (Level 6)
The third year focuses on specialized and emerging fields, including Energy Modeling and Simulation, Smart Grids and Distributed Generation, and Hydrogen and Emerging Energy Technologies. The Professional Practice module enhances graduate readiness and ethical understanding. The year culminates in an individual project, allowing students to explore a renewable energy topic of personal or industrial interest, demonstrating technical capability and independent problem-solving skills.
Modules:
- Energy Modeling and Simulation
- Smart Grids and Distributed Generation
- Hydrogen and Emerging Energy Technologies
- Professional Practice
- Project
Note
Please note that the program is subject to validation at the time of writing. The course content, structure, and module titles may change before final approval.
Admission Requirements and Application
The academic admission requirements for the course are 96-112 UCAS tariff points at A-Level or equivalent, including Mathematics and Physics.
Teaching and Assessment
Our teaching approach is designed to be flexible, engaging, and centered on your success. Delivered through Wrexham University's Active Learning Framework, it combines on-campus sessions with online activities to give you the best of both worlds. You will develop key employability skills throughout your studies, with teaching that adapts to your needs and prepares you for future career requirements.
Career Prospects
Graduates of this course can pursue careers in:
- Renewable Energy Engineer
- Energy System Design Engineer
- Smart Grid Engineer
- Hydrogen and Emerging Technologies Engineer
- Power and Distribution Engineer
- Sustainability and Energy Consultant
- Energy Storage and Integration Specialist
- Offshore Wind or Solar PV Engineer
- Energy Infrastructure and Policy Advisor
- Research and Development Engineer in Clean Energy
Fees and Funding
You do not have to pay your tuition fees upfront. The fees you pay and the support available to you will depend on several factors. Full information can be found on our fees and funding pages.
Accommodation
Wrexham University offers on-campus en-suite rooms in our Wrexham Student Village. These private, fully furnished rooms are conveniently located, providing easy access to campus facilities, study areas, and social spaces. Just a 10-minute walk from the city center!
Conditional Approval
Courses listed as "conditional upon approval" are new courses undergoing completion and are subject to the validation process. Most courses in this status are approved; however, this is not guaranteed, and you will be informed by the university if the course does not proceed as planned or undergoes significant changes.
International
For information on the university's admission requirements for EU/international students, please visit the international section.
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