BEng Mechanical Engineering

3 Years On Campus Bachelors Program

University of Exeter

Program Overview

The BEng Mechanical Engineering at the University of Exeter is designed for students who want to understand how machines, structures, and advanced technologies are designed, developed, and improved to solve real-world problems. The programme combines engineering theory with practical experience in areas such as mechanics, materials, thermodynamics, fluid dynamics, and sustainable engineering, with the option to complete a Year in Industry to gain valuable professional experience before graduation.

Curriculum Structure

Year 1:
The first year introduces students to the core principles of engineering and develops the mathematical, scientific, and analytical skills needed for further study. Through modules such as Engineering Mathematics and Scientific Computing, Multi-Disciplinary Group Challenge Project, Fundamentals of Mechanics, Fundamentals of Materials, Fundamentals of Electronics, and Fundamentals of Engineering, students build a strong foundation in engineering concepts while gaining practical experience in teamwork, design, and problem-solving.

Year 2:
The second year allows students to explore mechanical engineering in greater depth, focusing on how engineering systems are designed, analysed, and improved. Students study modules including Introduction to Fluid Dynamics, Modelling of Engineering Systems, Solid Mechanics, Structural Behaviour, Sustainable Design Challenge Project, Control Engineering, and Thermodynamics and Heat Transfer, developing a deeper understanding of mechanical systems, materials, energy, and sustainable engineering solutions.

Year in Industry:
Students can choose the BEng Mechanical Engineering with Year in Industry pathway, which includes a year-long professional placement before the final year of study. This opportunity allows students to apply their engineering knowledge in a workplace environment, develop practical industry skills, gain professional confidence, and build connections with engineering employers.

Final Year:
The final year focuses on advanced mechanical engineering topics and independent project work, allowing students to apply their knowledge to complex engineering challenges. Students complete the Individual Project and study modules such as Materials, Structural Dynamics, and Finite Element Analysis for High Value Manufacturing, with optional modules including Fluid Dynamics and CFD, Mechatronics, Thermodynamics and Heat Transfer, Control Engineering, and Operations Management, allowing them to tailor their studies to their career interests.

Focus Areas

Mechanical engineering design, engineering systems, structural dynamics, materials engineering, thermodynamics, fluid dynamics, mechatronics, control engineering, sustainable engineering, manufacturing technologies, computer-aided engineering, engineering research, and practical project development.

Learning Outcomes

Students develop the ability to design, analyse, and improve mechanical systems while gaining strong technical knowledge and practical engineering skills. The programme strengthens problem-solving, teamwork, project management, digital skills, and research abilities, preparing graduates to create innovative engineering solutions across a wide range of industries.

Professional Alignment (Accreditation)

The BEng Mechanical Engineering and BEng Mechanical Engineering with Year in Industry programmes are accredited by the Institution of Mechanical Engineers (IMechE). This accreditation confirms that the programme meets professional engineering standards and provides part of the academic requirements needed for progression towards Chartered Engineer (CEng) status.

Reputation (Employability Rankings)

The University of Exeter’s Mechanical Engineering programme benefits from research-led teaching, industry-focused projects, and strong links with engineering organisations. Students learn from academics involved in internationally recognised research and develop practical skills that are valued by employers across sectors such as manufacturing, energy, automotive, aerospace, and technology.

Experiential Learning (Research, Projects, Internships etc.)

The BEng Mechanical Engineering at the University of Exeter places strong emphasis on practical learning, allowing students to apply engineering theory to real-world challenges. Students develop valuable technical skills through design projects, laboratory activities, engineering experiments, and problem-solving tasks using modern facilities and specialist equipment. The programme encourages students to work on innovative engineering challenges, including design and development projects, while the optional Year in Industry pathway provides the opportunity to gain professional experience and understand how mechanical engineering is applied in industry.

Students gain practical experience through a combination of engineering projects, specialist facilities, digital tools, and industry-focused activities:

Multi-Disciplinary Group Challenge Project: Students work collaboratively on engineering design challenges, applying knowledge from different areas of engineering while developing teamwork, communication, creativity, and project management skills.
Sustainable Design Challenge Project: Students create engineering solutions that consider sustainability, efficiency, and practical application, helping them understand the role of mechanical engineering in developing future technologies.
Exeter Formula Student Project: Students can participate in the design and development of the Exeter Formula Student car, gaining hands-on experience in automotive engineering, design, manufacturing, testing, and collaborative engineering work.
Year in Industry Placement: Students can choose the Mechanical Engineering with Year in Industry pathway, completing a professional placement within an engineering or technology organisation. This experience allows students to apply their academic knowledge, develop workplace skills, and build professional networks before graduation.
Engineering Teaching Laboratories: Students benefit from modern teaching laboratories, workshop spaces, and specialist equipment that support practical learning, experimentation, testing, and engineering development activities.
Mechanical Engineering Design and Testing Facilities: Students use specialist facilities to explore areas such as mechanics, materials, thermodynamics, fluid dynamics, and mechatronics through practical sessions and laboratory-based learning.
Computer-Aided Engineering and Digital Tools: Students use digital engineering tools for modelling, simulation, analysis, and design, developing skills in technologies commonly used by professional mechanical engineers.
Materials and Manufacturing Experience: Students explore advanced materials, manufacturing techniques, and technologies such as additive manufacturing, gaining insight into how engineers develop and improve products and systems.
Mechatronics and Control Engineering Activities: Students learn how mechanical systems can be combined with electronics and control technologies, developing knowledge of automated and intelligent engineering solutions.
Research-Informed Learning: Students learn from academics involved in engineering research areas including renewable energy, marine technologies, energy systems, biofuels, wind power, photovoltaic technologies, and thermal engineering, gaining exposure to current engineering innovations.
Industry and Professional Engagement: Students benefit from industry-focused projects, placement opportunities, and practical engineering activities that help them understand professional engineering environments and prepare for future careers.

Progression & Future Opportunities

The BEng Mechanical Engineering at the University of Exeter prepares graduates with strong technical knowledge, practical experience, and problem-solving skills that are valued across a wide range of industries. Students develop expertise in mechanical design, manufacturing, materials, energy systems, and engineering innovation, preparing them for careers such as Mechanical Engineer, Design Engineer, Manufacturing Engineer, Automotive Engineer, Energy Engineer, and Project Engineer. The programme’s practical learning approach, industry experience opportunities, and professional accreditation help graduates build a strong foundation for successful engineering careers.

The programme supports students in achieving their career goals through professional guidance, industry experience, and recognised engineering standards:

Career Support Services: The University of Exeter’s Career Zone provides dedicated support through career advice, CV and application guidance, interview preparation, employer events, networking opportunities, and access to graduate vacancies. These services help students identify career pathways and prepare effectively for the engineering job market.
Year in Industry and Placement Support: Students can choose the Mechanical Engineering with Year in Industry pathway, allowing them to spend a year working in a professional engineering environment before completing their degree. This experience helps students apply their academic knowledge, develop practical workplace skills, gain industry confidence, and build valuable employer connections.
Graduate Career Opportunities: Mechanical Engineering graduates from Exeter are prepared for careers across sectors such as automotive, aerospace, manufacturing, renewable energy, robotics, technology, and engineering consultancy. The combination of technical expertise and practical project experience helps graduates adapt to a variety of professional roles.
Employment and Salary Potential: Mechanical engineering graduates benefit from strong demand for their skills across industries that require expertise in design, innovation, manufacturing, and sustainable technologies. The Year in Industry option provides additional professional experience, helping students strengthen their employability and stand out in the graduate job market.
University–Industry Connections: Students benefit from industry-focused projects, research-led teaching, and practical engineering activities. Opportunities such as the Exeter Formula Student project allow students to gain experience in vehicle design, manufacturing, testing, and teamwork, while the university’s research strengths include renewable energy, marine technologies, energy systems, and advanced engineering solutions.
Professional Accreditation Value: The BEng Mechanical Engineering programme is accredited by the Institution of Mechanical Engineers (IMechE). This recognition confirms that the programme meets professional engineering standards and provides part of the academic requirements needed for progression towards Chartered Engineer (CEng) status, supporting long-term career development.
Graduate Outcomes: Graduates leave Exeter with engineering expertise, practical project experience, analytical skills, and the ability to solve complex technical problems. These skills prepare them for opportunities in engineering organisations, manufacturing companies, energy industries, research environments, and technology-focused businesses.

Further Academic Progression:
After completing the BEng Mechanical Engineering, students can progress to the MEng Mechanical Engineering to gain advanced technical knowledge and complete the academic pathway towards Chartered Engineer status. Graduates can also continue their education through postgraduate courses in areas such as advanced manufacturing, renewable energy, robotics, materials engineering, engineering management, or research degrees including an MPhil or PhD.