BEng (Hons) Renewable Energy Engineering

What you will study

Year 1 (Level 4)

In year one, you will build a solid foundation in core modules including engineering maths and fundamentals of renewable engineering. Practical engineering skills will be gained through hands-on workshops introducing key renewable technologies and digital tools.

Modules:

• Engineering maths: To provide a foundation of mathematical knowledge and develop the application of mathematical principles in the solution of engineering problems, including use of computer modelling software
• Core engineering skills and application: This module combines conceptual teaching with guided practical work to strengthen your understanding of fundamental principles. You will explore how theoretical knowledge connects with real-world practice through structured experimentation and applied tasks. It provides the core skills and knowledge for a foundation in engineering. 
• Fundamentals of renewable engineering: You will learn the fundamental principles of renewable energy engineering, and build an understanding of basic solar, wind, and hydro energy systems and the key factors influencing their design.
• Engineering design and CAD: You will be encouraged to experiment, reflect, and draw connections between observed results and underlying principles. This module develops your ability to apply engineering design principles using industry-standard CAD tools and engineering design methodologies, to help create precise 2D drawings and 3D models while integrating theory with practical design applications.
• Engineering materials and processes: You will learn the principles of engineering materials and manufacturing processes by introducing different types of materials, their properties and manufacturing processes, to enable informed and sustainable material selection for real world engineering solutions.
• Practical engineering skills: Through practical exploration, you will learn about core concepts and gain practical engineering skills through hands-on workshop and laboratory activities.

Year 2 (Level 5)

In year two, you will build on this foundation with applied modules. Teamwork, design thinking, and analytical skills are developed through the engineering design project, where you will collaborate with peers to solve real-world energy challenges.

Modules:

• Renewable energy system design: To learn the fundamental principles of renewable energy system design, with emphasis on system integration, performance evaluation, component selection, and optimisation to achieve technical effectiveness alongside environmental and economic sustainability.
• Digital innovation in engineering: Explores an understanding of the application of modern digital technologies within an engineering context, looking at both the opportunities and limitations associated with these technologies, with a focus on their role in enhancing engineering systems and processes. 
• Energy storage and network integration: To introduce the principles and technologies of energy storage systems and their integration within electrical networks. It develops understanding of system design, operation, and optimisation to enhance stability, reliability, and efficiency in modern power systems.
• Energy infrastructure systems and governance: To explore the technical, regulatory, policy, and governance frameworks that underpin modern energy infrastructure systems, with emphasis on system integration, sustainability, and resilience.
• Engineering design project: You will enhance your technical proficiency and analytical reasoning by carrying out investigations, recording data, and interpreting outcomes. The emphasis on active exploration is preparation for independent and specialised study at the next level. This module enables you to design, develop, and implement a solution to a partially defined engineering problem.

Year 3 (Level 6)

In year three, the degree focuses on specialist and emerging areas including energy modelling and simulation. The year ends in an individual project, where you explore a renewable energy topic of personal or industrial relevance, demonstrating your technical ability and independent problem-solving skills.

Modules:

•       Energy modelling and simulation: You will learn the principles, methods, and tools of energy modelling and simulation, so you are able to analyse, predict, and optimise the performance of energy systems under realistic and dynamic operating conditions
•       Smart grids and distributed generation: You will gain advanced knowledge and skills in smart grid technologies and distributed generation, to be able to analyse, design, and evaluate modern power systems. There will be particular emphasis on system efficiency, reliability, sustainability, and the integration of renewable energy sources within complex electrical networks.
•       Hydrogen and emerging energy technologies: To develop critical understanding of hydrogen technologies, broader emerging energy systems, so you are able to analyse, evaluate, and design engineering solutions that support the transition towards net-zero energy systems.
•      Professional practice: This module is delivered through a complex engineering project that fosters creativity, innovation, and the development of business awareness. You will learn to understand their impact and position within industry and society
•      Project: To design and execute experiments or technical tasks that test and refine complex theories. This module will teach you to apply and extend the knowledge acquired in taught modules through the completion of a professional engineering project. In doing so, it develops practical engineering skills, research capability, and industry-relevant experience, preparing students for progression into professional practice.

The information listed in this section is an overview of the academic content of the programme that will take the form of either core or option modules. Modules are designated as core or option in accordance with professional body requirements and internal academic framework review, so may be subject to change.

Entry requirements & applying

The academic requirements for the course are 96-112 UCAS tariff points at GCE A-level or equivalent, including Maths or Physics.

Teaching & Assessment

Our teaching approach is designed to be flexible, engaging, and focused on your success. Learning is delivered through Wrexham University’s Active Learning Framework, blending on-campus sessions with online activities to give you the best of both worlds. You’ll develop key employability skills throughout your studies, with teaching that adapts to your needs and prepares you for the demands of your future career.

• Face-to-Face Learning: You will engage in lectures, seminars, and workshops in various settings, incorporating case studies and problem-based learning. In some instances, sessions maybe be recorded for later access via the Virtual Learning Environment (VLE)
• Virtual Learning: Delivered through the VLE and Microsoft Teams, virtual learning includes asynchronous tasks (videos, quizzes, readings, virtual visits) and synchronous activities (discussions, case studies, simulations). Sessions will be recorded where appropriate
• Tutorials: Delivered both in person and online, tutorials promote active participation through individual and group engagement. They are designed to encourage critical thinking, reflective practice, and student-led learning, supporting creativity, independence, and a deeper understanding of subject knowledge and professional practice
• Assessment Strategy: The degree has an innovative assessment strategy with no formal exams, replacing them with coursework, practical work, and project-based assessments that mirror industry practice. This approach, combined with access to modern facilities and strong employer input, ensures graduates are well-prepared for employment or further study in the sector

Teaching and Learning

We offer workshops and support sessions in areas such as academic writing, effective note-making and preparing for assignments.

Students can book appointments with academic skills tutors dedicated to helping deal with the practicalities of university work. Our student support section has more information on the help available.

In terms of particular needs, the University’s Inclusion Services can provide appropriate guidance and support should any students require reasonable adjustments to be made because of a recognised prevailing disability, medical condition, or specific learning difference.

Career prospects

Our dedicated Careers and Employability team is committed to helping you achieve your professional goals. They provide personalised advice, useful resources, and extracurricular employability events to prepare you for the job market.

Graduates of this course can pursue careers in: 

• Renewable Energy Engineer 
• Energy Systems 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

Additionally, you may choose to further your expertise through postgraduate studies. Explore our postgraduate courses for more information.

Fees & funding

You do not have to pay your tuition fees upfront.

The fees you pay and the support available will depend on a number of different factors. Full information can be found on our fees & finance pages. You will also find information about what your fees include in the fee FAQs.

All fees are subject to any changes in government policy, view our undergraduate fees.

For international students looking to study this course please see our international fees.

Accommodation

At Wrexham University, we offer on-campus en-suite rooms within our Wrexham Student Village. These private, fully furnished spaces are conveniently located, providing easy access to campus facilities, study areas, and social spaces. Plus, you’re just a 10-minute walk from the city centre!

With all bills included, free Wi-Fi, 24/7 security, and large social areas, you’ll find everything you need for a great student experience.

Explore our student accommodation options to find your perfect home away from home.

International

This course is open to international students, for information about the university’s entry requirements for EU/international students, please visit our international section.