| UCAS code | N/A |
|---|---|
| Duration | TBC |
| Entry year | 2026 |
| Campus | |
| Discipline | Engineering |
| Contact |
| Typical offer | Gaokao: At least 80% English subject exam: At least 80% |
|---|---|
Overview
Please note: This programme is based in China and is part of the Joint Education Institute with Zhejiang University of Technology (ZJUT) and is open to ZJUT applicants only. This programme is subject to Ministry of Education approval. Applications are not currently being accepted.
Join a unique programme that brings together the academic strengths of both the UK and China. Through our partnership with the Zhejiang University of Technology (ZJUT), you can study for a University of Exeter degree without leaving China - combining the global perspective of a top UK university with the local expertise and reputation of one of China’s leading institutions.
BEng Energy and Environmental Engineering is a joint programme that offers high-quality teaching, a carefully designed curriculum and strong student support, all shaped by Exeter’s academic standards.
You’ll gain more than just a degree - you’ll develop a way of thinking that’s valued worldwide, giving you an edge whether you pursue a career in China or internationally.
Entry requirements
Students are selected based their scores from the National College Entrance Examination (Gaokao) in China.
The typical offer would be a final average grade of at least 600 out of a total 750, i.e. 80%, and at least 80% for the English subject exam.
Learning and teaching
This programme covers core modules such as:
- Science for Energy Engineering
- Fundamentals of Mechanics and Fundamentals of Materials
- Engineering Mathematics and Scientific Computing
- Fundamentals of Machine Learning.
These will prepare you to solve complex energy and environmental problems using cutting-edge tools and technologies. You'll explore sustainable technologies through modules on Renewable Energy Systems, Solar Power, Wind Energy and Marine Renewable Energy.
Advanced topics include Energy Storage Technology, Thermodynamics and Environmental and Sustainable Technologies.
Practical skills are developed through Applied Computing for Energy Studies, Modelling of Engineering Systems and a multi-disciplinary project, while topics like the Communication and Climate Crisis prepare you to lead in the global energy transition.
You'll also complete a Final Project, tackling a real-world problem where you can innovate and showcase your expertise.
Your future
Graduates are equipped for exciting roles in renewable energy design, environmental consultancy, sustainable infrastructure and energy innovation.
This programme empowers you to lead the green transition - locally and globally - with technical expertise and a commitment to sustainability at the heart of your career.
