4 Years On Campus Bachelors Program
The University of Nottingham offers the BEng (Hons) Environmental Engineering including an Industrial Year, designed to address today’s pressing environmental challenges through engineering innovation. The program blends strong technical foundations with a focus on sustainability, preparing students to design solutions for clean water, air quality, waste management, renewable energy, and sustainable infrastructure. By combining scientific knowledge with practical engineering skills, the course equips students to make a real difference in creating a greener and more resilient world.
Curriculum Structure:
The Environmental Engineering program integrates scientific, technical, and applied learning over three years of study, with an additional Industrial Year that provides invaluable work experience.
Year 1: Students begin with the fundamentals of engineering science, mathematics, materials, and environmental processes. Topics such as hydrology, geoscience, and sustainability principles are introduced, building a strong base for advanced study. Practical labs and design projects help translate theory into real-world applications.
Year 2: The focus shifts to applied engineering and specialist environmental modules. Students explore water treatment technologies, solid and hazardous waste management, energy systems, and geotechnical engineering. Fieldwork and team-based design projects encourage collaboration, while software training enhances technical capability.
Year 3 (Industrial Year): Students undertake a paid industrial placement with an environmental consultancy, engineering firm, or government organisation. This year provides first-hand experience of working on live projects, developing professional networks, and applying classroom knowledge to complex environmental challenges.
Final Year: Advanced study in environmental systems, risk assessment, air pollution control, and sustainable infrastructure design. Students also complete a major individual project, often linked with their industrial placement, allowing them to specialise in an area of interest and showcase independent research and problem-solving skills.
Accreditation:
The course is accredited by the Joint Board of Moderators (JBM), which includes the Institution of Civil Engineers (ICE) and Institution of Structural Engineers (IStructE). This ensures the program meets the professional standards needed for a career in engineering and supports progression towards chartered status.
Campus Location:
The University of Nottingham is based in a vibrant campus environment with world-class laboratories, modern teaching facilities, and a strong research community. Students benefit from being part of a globally recognised institution with an excellent reputation in engineering and sustainability.
Practical experience is at the heart of this program. Students have multiple opportunities to engage in hands-on and applied learning:
Industrial Year Placement: A defining feature of the course, giving students exposure to real-world challenges in environmental engineering and building professional confidence.
Laboratory and Fieldwork Activities: From testing water samples to conducting environmental surveys, students gain first-hand experience in tackling environmental issues.
Design Projects: Group projects simulate consultancy-style work, requiring students to propose innovative, practical, and sustainable engineering solutions.
Student Societies and Competitions: Nottingham has active engineering and sustainability societies, where students can collaborate on projects, attend networking events, and participate in international competitions.
Study Abroad Options: Opportunities exist to spend part of the degree overseas, expanding global perspective on environmental issues and sustainable practices.
The University of Nottingham provides tailored career support through its Careers and Employability Service, which includes personalised guidance, employer networking events, and mock interviews to prepare students for professional success.
Employability:
Graduates are highly sought after in sectors such as environmental consultancy, water management, renewable energy, waste and resource management, construction, and infrastructure development. Employers include engineering consultancies, government agencies, NGOs, and international organisations focused on climate resilience and sustainability.
Further Academic Progression:
Graduates can pursue advanced study in areas such as MSc Environmental Engineering, MSc Sustainable Energy Engineering, MSc Water and Wastewater Engineering, or related fields. Some also choose to pursue management or business-focused postgraduate programs, combining technical expertise with leadership skills.
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