MEng Environmental Engineering

The MEng Environmental Engineering at the University of Exeter is designed to help students move beyond theory and truly experience what it means to be an engineer. From the start, students are immersed in practical work that mirrors the real challenges faced by environmental professionals today. The course combines field activities, laboratory sessions, and design projects, allowing students to apply classroom learning to real environmental problems. Collaboration and innovation are central to this experience, helping students develop the skills needed to deliver creative, sustainable solutions.

Students learn in modern, purpose-built engineering spaces located at the Penryn and Streatham campuses. These facilities are equipped with advanced technology and tools that make learning dynamic, hands-on, and industry relevant. Throughout the program, students gain valuable experience through research projects, field visits, and group-based design challenges that strengthen both technical expertise and professional confidence.

Here are some of the key experiential learning opportunities available in the program:

• Specialist Engineering Laboratories: Students get hands-on experience using state-of-the-art facilities, including the Civil and Environmental Engineering and Renewable Energy labs. Here, they explore areas such as fluid mechanics, water treatment, and sustainable energy systems.

• Fieldwork and Site Visits: Regular field trips allow students to visit engineering and environmental sites, offering real insight into the complexities of designing and managing sustainable projects.

• Team Design Projects: Working in small groups, students take on design challenges that mirror industry practice — developing teamwork, problem-solving, and leadership skills.

• Research and Industry Collaboration: Opportunities to work with Exeter’s renowned research centres, such as the Centre for Water Systems and the Environment and Sustainability Institute, give students exposure to real-world environmental innovation.

• Digital Tools and Software Training: Students are trained in professional tools like MATLAB, AutoCAD, and GIS — essential for modelling, data analysis, and engineering design.

• Professional Practice Modules: Through modules such as Professional Practice and Engineering Management, students build communication, leadership, and project management skills that are vital for their careers.

The University of Exeter’s strong focus on practical learning ensures that graduates leave not only with theoretical knowledge but also with the confidence and technical ability to thrive in a fast-evolving engineering world.

Graduates of the MEng Environmental Engineering at the University of Exeter are well-prepared to shape a more sustainable future through innovative engineering solutions. This degree equips students with the technical expertise and practical experience needed to tackle global challenges such as climate change, water scarcity, and renewable energy development. Career paths are diverse, with graduates often moving into roles such as environmental consultant, water and wastewater engineer, sustainability specialist, and infrastructure design engineer.

The University of Exeter’s strong focus on employability and professional development ensures students have the skills and connections to succeed beyond graduation. Here’s how the university supports their progression:

• Career Zone Support: Exeter’s dedicated Career Zone offers one-on-one career advice, interview preparation, networking opportunities, and employer events to help students connect directly with leading engineering and environmental organizations.

• Industry Engagement: The program benefits from close ties with organizations such as the Environment Agency, engineering consultancies, and renewable energy firms, giving students valuable insight into how environmental engineering is applied in real-world contexts.

• Graduate Outcomes: According to the Graduate Outcomes Survey, more than 80% of Exeter graduates are in professional employment or further study within 15 months of finishing their degree — a reflection of the program’s strong reputation among employers.

• Accreditation Value: This MEng degree is accredited by the Institution of Civil Engineers (ICE), the Institution of Mechanical Engineers (IMechE), and the Institution of Engineering and Technology (IET). This accreditation not only assures academic quality but also provides a clear route toward becoming a Chartered Engineer (CEng), a highly respected professional qualification.

• Research and Innovation: Students participate in advanced research and project-based learning that focuses on sustainable engineering, renewable energy systems, and environmental resilience, allowing them to apply their knowledge to contemporary global issues.

• Graduate Success: Many Exeter graduates go on to work with top engineering firms and environmental organizations, contributing to projects that drive sustainability, protect ecosystems, and develop cleaner technologies around the world.

Further Academic Progression:
After completing the MEng Environmental Engineering, graduates can continue their academic journey by pursuing a PhD in Environmental or Civil Engineering, or by taking specialized postgraduate programs in areas such as renewable energy, sustainable infrastructure, or climate adaptation. Professional development courses and certifications are also available for those aiming to deepen their expertise and advance into leadership or consultancy roles in the field.