The University of Nottingham offers a BEng (Hons) Environmental Engineering, a program designed to address some of the most pressing global challenges, from climate change and renewable energy to sustainable urban development and waste management. The course provides a solid foundation in engineering principles while equipping students with the skills to develop innovative solutions that protect and improve the natural environment.
The program is carefully structured across three years:
Year 1: Students begin with the fundamentals of engineering and the environment. This includes mathematics, mechanics, fluid dynamics, and introductory environmental modules such as water and soil systems. Practical laboratory sessions and fieldwork are also introduced to help students connect theory with real-world applications.
Year 2: The focus shifts to more advanced environmental and civil engineering concepts. Modules typically cover hydrology, geotechnical engineering, pollution control, environmental modelling, and sustainable design. At this stage, students also develop key skills in project management, teamwork, and data analysis. Field trips and design projects help to enhance applied learning.
Year 3: The final year allows students to specialize and apply their knowledge through a major independent project. Topics can range from renewable energy systems to water treatment or sustainable construction solutions. Students also engage in advanced modules such as climate change mitigation strategies, environmental risk assessment, and advanced water and waste engineering. The capstone project provides the opportunity to showcase problem-solving and research skills, often in collaboration with industry partners.
Curriculum Structure:
The Environmental Engineering program blends theoretical learning with practical applications. Students gain:
• A strong grounding in mathematics, science, and core engineering.
• Knowledge in environmental systems, including air, water, and soil.
• Technical expertise in design, modelling, and environmental impact assessment.
• Hands-on experience through laboratory work, field studies, and industry-led design projects.
The course is accredited by the Joint Board of Moderators (JBM) on behalf of the Engineering Council, meeting high professional standards and contributing towards Chartered Engineer (CEng) status.
Campus Location:
The program is taught at the University Park Campus in Nottingham, UK, which is one of the most beautiful campuses in the country. It offers state-of-the-art engineering laboratories, environmental test facilities, and access to multidisciplinary research centres focused on sustainability, renewable energy, and climate science.
The University of Nottingham places strong emphasis on practical and applied learning:
• Industrial Placements and Internships: Students are encouraged to take up year-long placements or summer internships with companies involved in engineering consultancy, construction, energy, and environmental management. These provide invaluable industry experience.
• Research Opportunities: Students can work alongside academics on projects related to clean water technology, renewable energy, or environmental monitoring systems.
• Fieldwork: Regular field trips allow students to study rivers, soils, and environmental infrastructure firsthand.
• Student Societies: Joining societies such as the Engineering Society or the Sustainability Society allows students to collaborate with peers on projects, events, and competitions.
• Global Opportunities: Through Nottingham’s global exchange programs, students can spend a semester studying abroad in partner universities across Europe, Asia, or North America, gaining an international perspective on environmental engineering challenges.
The University of Nottingham supports students with a dedicated Careers and Employability Service, offering:
• Personalised career counselling and planning.
• CV, LinkedIn, and application workshops.
• Interview preparation and employer networking events.
• Access to graduate recruitment fairs featuring top engineering and sustainability companies.
Employability:
Graduates of Environmental Engineering are in high demand, especially as industries and governments prioritise sustainable development. Career pathways include:
• Environmental and civil engineering consultancy.
• Renewable energy and sustainability project management.
• Water and waste treatment engineering.
• Climate change and environmental policy advisory roles.
• Construction and infrastructure development with a focus on green solutions.
Further Academic Progression:
Many graduates continue their studies at the postgraduate level, pursuing MSc or PhD degrees in Environmental Engineering, Renewable Energy, Climate Change Science, or Sustainable Development. Others branch into fields such as Environmental Policy, Business and Sustainability (MBA), or Data Analytics for Environmental Systems.
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