MEng Engineering

4 Years On Campus Bachelors Program

University of Exeter

Program Overview

MEng Engineering at the University of Exeter is designed for students who want to explore a wide range of engineering disciplines while developing the skills needed to solve real-world challenges. The programme provides a strong foundation in areas such as mechanical, civil, electronic and manufacturing engineering, combining academic learning with practical projects, teamwork and research-led teaching to prepare students for diverse engineering careers.

Curriculum Structure

Year 1
The first year introduces students to the core principles of engineering and provides an overview of different engineering disciplines before choosing a specialist pathway. You will study 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, helping you build essential technical knowledge while developing teamwork, communication and problem-solving skills through practical activities.

Year 2
In the second year, students begin to shape their engineering pathway by choosing a specialist area such as Civil Engineering, Engineering and Entrepreneurship, Electronic Engineering, Engineering and Management, or Mechanical Engineering. You will develop deeper knowledge in your chosen field through specialist modules, design activities and practical learning that strengthen your understanding of engineering systems and applications.

Year 3
The third year focuses on advanced topics within your chosen engineering pathway, allowing you to apply your knowledge to more complex engineering challenges. Through specialist modules, design projects and research-informed activities, you will develop stronger technical abilities, analytical skills and the confidence to create innovative engineering solutions.

Final Year
The final year allows you to further specialise through advanced engineering study and an individual investigative project. You will explore specialist topics related to your chosen pathway while developing independent research, technical analysis and professional engineering skills through a major project.

Focus Areas

Engineering Design, Mechanical Engineering, Civil Engineering, Electronic Engineering, Materials Engineering, Manufacturing Engineering, Engineering Systems, Engineering Mathematics, Digital Engineering, Research and Innovation, Sustainable Engineering, Multidisciplinary Engineering, Project Management, Engineering Technology

Learning Outcomes

Develop broad knowledge across different engineering disciplines, apply mathematical and computational methods to engineering problems, design and analyse engineering systems, develop practical problem-solving skills, work effectively in multidisciplinary teams, complete engineering projects, apply research techniques, evaluate sustainable engineering solutions, communicate technical concepts clearly, prepare for professional engineering careers

Professional Alignment (Accreditation)

The MEng Engineering programme develops the technical knowledge, practical experience and transferable skills required for professional engineering careers. By allowing students to specialise in different engineering pathways and gain experience through projects and industry placements, the programme provides strong preparation for future professional recognition and accreditation opportunities within the chosen engineering discipline.

Reputation (Employability Rankings)

The programme offers a flexible engineering education that allows students to explore different areas of engineering before selecting a specialist pathway, making it suitable for students who want a broad understanding of the field.
Students benefit from research-led teaching, practical design projects and opportunities to develop teamwork, communication and problem-solving skills that are highly valued by employers.
The optional Year in Industry provides students with professional experience and helps strengthen their employability by allowing them to apply their engineering knowledge in real workplace settings.
Graduates are prepared for careers across a wide range of sectors, including engineering design, manufacturing, infrastructure, electronics, energy, technology and consultancy.

Experiential Learning (Research, Projects, Internships etc.)

MEng Engineering at the University of Exeter offers students a practical and flexible learning experience by combining engineering theory with hands-on projects, laboratory activities and industry-focused learning. The programme allows students to explore different areas of engineering before specialising, giving them the opportunity to apply their knowledge through design challenges, experiments, digital modelling and collaborative problem-solving. With access to specialist facilities, engineering software and research-led environments, students develop the technical and professional skills needed to succeed in modern engineering careers.

Students gain practical experience through specialist facilities, engineering tools, group projects and industry-focused learning opportunities:

Multi-disciplinary engineering projects: Students participate in the Multi-Disciplinary Group Challenge Project, where they work in teams to design and develop engineering solutions. This helps them build teamwork, communication, project management and problem-solving skills while experiencing how engineers from different disciplines collaborate.
Engineering laboratories: Students have access to specialist facilities including the Engineering Laboratory, Electronics Laboratory, Fabrication Laboratory (FabLab), Materials Laboratories, Structures Laboratory, and Thermodynamics and Fluid Dynamics facilities. These spaces support practical experiments, engineering testing, prototype development and research activities.
Electronics and digital engineering tools: Students working with electronic engineering concepts gain practical experience using tools such as Multisim for circuit simulation, Ultiboard for PCB design, MATLAB for modelling and analysis, MPLAB IDE for microcontroller programming, FPGA programming tools and Arduino development software.
Engineering design and simulation software: Students develop experience with professional engineering tools used for modelling, analysis and simulation, including software such as ANSYS, LUSAS, MATLAB, SIMULINK, COMSOL and CAD-based design tools, depending on their chosen engineering pathway.
Fabrication and prototyping experience: Through the Fabrication Laboratory and Makerspace, students can turn engineering ideas into physical prototypes using facilities such as 3D printers, 3D scanners and laser cutting equipment. These resources support innovation, creative design and practical experimentation.
Research-led engineering activities: Students engage with projects connected to Exeter’s engineering research strengths, including areas such as renewable energy, robotics, advanced materials, sustainable engineering and digital technologies.
Mechanical engineering workshops and practical manufacturing: Students can use engineering workshop facilities equipped with industry-style machinery and tools, allowing them to gain practical understanding of manufacturing processes, component development and engineering production methods.
Robotics and digital systems learning: Students benefit from access to digital engineering facilities and equipment that support learning in areas such as automation, robotics, simulation and advanced engineering systems.
Industry experience opportunities: Students can choose the Year in Industry option, gaining professional experience through a workplace placement. This allows them to apply engineering knowledge in a real professional environment, develop workplace skills and build valuable industry connections.
Engineering research facilities and institutes: Students benefit from Exeter’s wider engineering research environment, with opportunities to engage with areas such as sustainable energy, advanced materials, robotics and emerging engineering technologies through research-led teaching and projects.

Progression & Future Opportunities

Graduates of the MEng Engineering programme at the University of Exeter develop strong technical knowledge, practical engineering experience and problem-solving skills that prepare them for careers across a wide range of industries. The programme’s flexible structure allows students to explore different engineering disciplines while gaining experience through projects, research-led learning and industry-focused activities. This prepares graduates for roles such as aerospace engineer, civil engineer, electronics engineer and mechanical engineer.

Students benefit from career support, employer engagement and professional development opportunities that help them successfully move into graduate roles:

Career support through Exeter’s Career Zone: Students receive support with career planning, CV preparation, interview skills, employability development and access to resources that help them identify suitable graduate opportunities.
Employer engagement and networking opportunities: Students can connect with engineering professionals and employers through industry events, employer sessions, networking activities and career workshops. These opportunities help students explore different engineering pathways and understand the skills required by employers.
Industry experience opportunities: Students can choose the Year in Industry option, gaining valuable workplace experience through a professional placement. This allows them to apply engineering knowledge to real projects, develop practical skills and build professional relationships before graduation.
Strong graduate outcomes: The University of Exeter reports that 96% of Engineering graduates were in or due to start employment or further study 15 months after graduation according to HESA Graduate Outcomes data (2022/23). The broad engineering skills developed through the programme support graduates in accessing opportunities across technical and professional sectors.
University–industry connections: Exeter Engineering works closely with industry through research collaborations and professional partnerships in areas such as renewable energy, advanced materials, manufacturing, water and environmental engineering, and civil and structural engineering. These connections help students gain insight into current industry challenges and emerging technologies.
Professional accreditation value: The programme provides students with the technical foundation and practical skills required for professional engineering careers. Students who specialise in areas such as civil, electronic or mechanical engineering can progress towards professional recognition through relevant engineering institutions and accreditation routes.
Wide range of career opportunities: The programme prepares graduates for roles including aerospace engineer, civil engineer, electronics engineer, mechanical engineer, engineering project manager, project engineer, software developer, programmer and technology specialist.
Engineering reputation and learning environment: Students benefit from Exeter’s research-led engineering environment, specialist laboratories, modern facilities and industry-focused teaching, which support innovation and career development.

Further Academic Progression:
After completing the MEng Engineering degree, students can continue their studies through postgraduate programmes such as MSc or PhD degrees in specialist areas including Mechanical Engineering, Civil Engineering, Electronic Engineering, Renewable Energy, Materials Engineering, Robotics, Engineering Management and Sustainable Engineering. Further study can help graduates develop advanced expertise, move into research and innovation roles, pursue academic careers or progress into senior engineering positions within industry.