MEng Engineering and Management

4 Years On Campus Bachelors Program

University of Exeter

Program Overview

MEng Engineering and Management at the University of Exeter combines advanced engineering knowledge with management skills, preparing students to take on leadership roles in technical and industrial environments. The programme allows students to develop expertise in engineering systems while gaining valuable skills in leadership, business strategy, innovation and project management, making it suitable for students who want to combine technical problem-solving with managerial responsibilities.

Curriculum Structure

Year 1
The first year introduces students to the fundamentals of engineering and provides a strong foundation across different engineering disciplines. Students 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, developing essential technical knowledge while working on collaborative engineering challenges.

Year 2
In the second year, students begin integrating engineering knowledge with management and business principles. Modules including Leadership and Management: Fundamentals of Practice, Manufacturing Systems, Entrepreneurship 2, Modelling of Engineering Systems, Solid Mechanics, Introduction to Economics and Company Finance, and the Entrepreneurship and Management Challenge Project help students understand how engineering projects are planned, managed and delivered in professional environments.

Year 3
The third year focuses on applying engineering and management skills to complex industrial situations. Students study modules such as Operations Management, Decision Making Systems and Decision Theory, Industrial Awareness and Problem Solving, Management and Leadership, Quality Control and Improvement, Introduction to Design for Sustainability, and the Entrepreneurship and Management Design and Build Projects, allowing them to develop practical solutions through research, design and teamwork.

Year in Industry (Optional)
Students can choose the MEng Engineering and Management with Year in Industry option, which includes a professional placement year. This provides valuable workplace experience, allowing students to apply engineering and management principles in real organisations, develop professional skills and build industry connections before graduation.

Final Year
The final year allows students to explore advanced engineering management concepts and complete a major individual project. Students undertake the MEng Individual Investigative Project and study Sustainable Manufacturing, alongside specialist modules such as Agile, Lean and Competitive Enterprise, Smart Production Systems, Supply Chain Quality Management, Modelling, Simulation and Machine Learning for Operations Management, Sustainable Operations and Supply Chains, and Intellectual Property for Engineering Innovation.

Focus Areas

Engineering Management, Leadership and Management, Manufacturing Systems, Engineering Design, Operations Management, Sustainable Engineering, Innovation Management, Entrepreneurship, Industrial Problem Solving, Decision-Making Systems, Quality Improvement, Supply Chain Management, Engineering Project Management

Learning Outcomes

Develop advanced engineering knowledge, apply management principles to engineering challenges, lead technical projects, understand manufacturing and operational systems, analyse engineering decisions, develop sustainable solutions, improve quality and efficiency, apply entrepreneurial thinking, manage multidisciplinary teams, communicate effectively in professional environments

Professional Alignment (Accreditation)

The MEng Engineering and Management programme is accredited by the Institution of Engineering and Technology (IET) and meets the academic requirements for progression towards Chartered Engineer (CEng) status. This professional recognition demonstrates that the programme meets industry standards and provides graduates with a strong foundation for long-term engineering careers.

Reputation (Employability Rankings)

The programme combines engineering expertise with management skills, preparing graduates for leadership roles across sectors such as manufacturing, technology, transport, communication, environmental industries and engineering consultancy.
Students benefit from Exeter’s research-led teaching environment, where learning is connected to current engineering developments, emerging technologies and real-world industry challenges.
Practical project work is a key part of the programme, helping students develop skills in engineering design, teamwork, decision-making, project management and professional problem-solving.
The combination of technical knowledge and management ability prepares graduates for careers in engineering leadership, operations management, manufacturing, consultancy and technology-focused industries.

Experiential Learning (Research, Projects, Internships etc.)

MEng Engineering and Management at the University of Exeter provides students with a practical learning experience that combines engineering expertise with management skills. Students gain the ability to apply technical knowledge to real industrial challenges through hands-on projects, design activities, laboratory work and industry-focused learning. The programme gives students access to modern engineering facilities, specialist equipment and digital tools that support experimentation, innovation and the development of professional engineering skills.

Students build practical engineering and management skills through projects, specialist facilities, digital tools and industry-focused activities:

Multi-Disciplinary Group Challenge Project: In the first year, students work collaboratively on an engineering project where they apply fundamental engineering concepts to practical challenges. This helps develop teamwork, communication, project planning and problem-solving skills needed for engineering management roles.
Entrepreneurship and Management Challenge Project: Students take part in project-based activities that combine engineering knowledge with management approaches. These projects help students understand how engineering solutions are planned, developed and delivered in professional and commercial environments.
Engineering design and build projects: Students participate in practical projects where they design, develop and evaluate engineering solutions. These activities help them understand the complete engineering process while developing skills in innovation, teamwork and technical decision-making.
Engineering laboratories and workshops: 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 facilities allow students to test designs, conduct experiments and apply engineering theories in practical settings.
Fabrication and prototyping facilities: Through the Fabrication Laboratory (FabLab), students can create and test prototypes using modern manufacturing equipment. This supports product development, innovation and the practical application of engineering ideas.
Engineering software and digital tools: Students use specialist engineering software and digital tools to support modelling, simulation, design and analysis. Depending on their project requirements, students work with tools such as MATLAB, SIMULINK, ANSYS, LUSAS, COMSOL and CAD-based design software used in professional engineering environments.
Structures and engineering analysis facilities: The Structures Laboratory provides students with opportunities to work with advanced testing and analysis equipment. Students gain experience applying engineering analysis techniques used in industry and research environments.
Electronics and digital systems facilities: Students can use the Electronics Laboratory for practical electronics and digital engineering activities. The facility supports learning through specialist equipment and software tools used for circuit design, programming and system development.
Research-led learning opportunities: Students benefit from Exeter’s research environment, where teaching is connected to current engineering developments and emerging technologies. Project work allows students to explore real engineering challenges linked to industry and research applications.
Industry-linked projects and employer engagement: Students work on projects that reflect real engineering challenges and develop an understanding of professional engineering practice. These activities help students build confidence in applying engineering and management principles in workplace situations.
Year in Industry opportunity: Students can choose the Year in Industry option to gain professional experience within an engineering or business organisation. This placement allows students to apply their knowledge in a real workplace, develop professional skills and build valuable industry connections.

Progression & Future Opportunities

Graduates of the MEng Engineering and Management programme at the University of Exeter develop a valuable combination of advanced engineering knowledge, leadership skills and management expertise, preparing them for careers across technical, industrial and business sectors. The programme enables students to manage engineering projects, improve processes and contribute to innovation within organisations. Typical career pathways include engineering project manager, project engineer, aerospace engineer and mechanical engineer.

Students benefit from career support, industry engagement and professional development opportunities that help them successfully move into the workplace:

Career support through Exeter’s Career Zone: Students receive guidance with career planning, CV development, interview preparation and employability skills. The university also provides access to career events, employer connections and resources that help students identify suitable graduate opportunities.
Employer engagement and networking opportunities: Students can connect with engineering professionals and employers through career events, industry activities and professional development sessions. These experiences help students understand different career options and prepare for recruitment processes.
Industry experience through Year in Industry: Students can choose the Year in Industry option, which provides professional placement experience within an engineering or business organisation. This allows students to apply engineering and management knowledge in real workplace environments, gain practical experience and build professional networks.
Strong graduate outcomes: Engineering graduates from the University of Exeter progress into a wide range of specialist and management-focused roles due to their strong technical knowledge, analytical abilities and problem-solving skills. The programme’s combination of engineering and management prepares students for opportunities across engineering, technology and industrial sectors.
University–industry connections: Exeter Engineering maintains links with industry through collaborations, research activities and employer engagement in areas such as manufacturing, technical services, transport, communication, environmental sectors and engineering innovation. These connections help students gain insight into current industry practices and challenges.
Professional accreditation value: The MEng Engineering and Management programme is accredited by the Institution of Engineering and Technology (IET) and meets the academic requirements for progression towards Chartered Engineer (CEng) status. This recognition provides long-term professional value and supports graduates seeking internationally recognised engineering careers.
Leadership and management career opportunities: The programme prepares students for roles that require both engineering expertise and leadership ability. Graduates can pursue careers in engineering management, operations, project delivery, manufacturing, consultancy and technology-focused industries.
Graduate career opportunities: Graduates can progress into roles such as Aerospace Engineer, Civil Engineer, Electronics Engineer, Engineering Project Manager, Project Engineer, Mechanical Engineer, Software Developer, Programmer, Information Technology Professional and Engineering Consultant.
Career growth and earning potential: Engineering graduates benefit from strong demand for technical and management skills across multiple industries. The combination of an MEng qualification, professional accreditation and practical experience can support long-term career progression and access to higher-level engineering and management positions.

Further Academic Progression:
After completing the MEng Engineering and Management degree, students can continue their studies through postgraduate programmes such as MSc or PhD degrees in areas including Engineering Management, Advanced Engineering, Sustainable Engineering, Manufacturing Systems, Renewable Energy, Operations Management, Innovation and Technology Management. Further study can help graduates specialise in advanced technical fields, move into research and development, pursue academic careers or progress towards senior leadership roles within engineering and industry.