4 Years On Campus Bachelors Program
The Chemical Engineering with Environmental Engineering MEng at Nottingham is designed for those passionate about creating sustainable solutions. By integrating chemical engineering principles with environmental considerations, you'll learn to design processes and products that minimize impacts on air, land, and water. This course equips you with the skills to address global challenges like waste, pollution, and water management.
Year 1: Foundations of Engineering
In your first year, you'll build a solid foundation in core engineering principles. Modules include:
Introduction to Chemical Engineering: Understand the basics of chemical processes and their applications.
Environmental Systems: Learn about environmental challenges and the role of engineering in addressing them.
Mathematics for Engineers: Develop the mathematical skills essential for engineering problem-solving.
Year 2: Intermediate Concepts and Applications
The second year delves deeper into specialized topics:
Fluid Mechanics and Heat Transfer: Study the behavior of fluids and heat in engineering systems.
Environmental Impact Assessment: Learn methods to evaluate the environmental effects of engineering projects.
Process Control and Instrumentation: Understand the control systems used in chemical and environmental processes.
Year 3: Advanced Topics and Industrial Experience
In your third year, you'll focus on advanced topics and gain practical experience:
Advanced Environmental Engineering: Explore complex environmental issues and engineering solutions.
Industrial Placement: Apply your knowledge in a real-world setting, gaining valuable industry experience.
Research Methods in Engineering: Learn how to conduct research and apply findings to engineering problems.
Year 4: Mastery and Innovation
The final year emphasizes innovation and leadership:
Sustainable Process Design: Design processes that are both efficient and environmentally friendly.
Project Management in Engineering: Develop skills to manage engineering projects from conception to completion.
Dissertation: Conduct independent research on a topic of your choice, contributing to the field of chemical and environmental engineering.
🔍 Focus Areas
Chemical Engineering, Environmental Engineering, Sustainable Design, Process Optimization, Waste Management, Water Treatment, Air Quality Control, Renewable Energy Systems.
🎯 Learning Outcomes
Upon completion, you'll be able to:
Design sustainable engineering solutions.
Assess and mitigate environmental impacts.
Apply chemical engineering principles to real-world problems.
Lead projects with a focus on sustainability and efficiency.
🏅 Professional Alignment
This program is accredited by:
IChemE (Institution of Chemical Engineers)
IOM3 (Institute of Materials, Minerals and Mining)
These accreditations ensure that the course meets the high standards required for professional practice and support your journey towards becoming a Chartered Engineer.
🌟 Reputation & Employability
Graduates of this program are highly sought after by employers in various sectors, including:
Environmental Consulting
Renewable Energy
Water Treatment
Waste Management
Chemical Manufacturing
The University of Nottingham's strong industry connections and emphasis on employability ensure that you are well-prepared for your career.
At Nottingham, chemical engineering isn’t just about theory—you’ll be putting ideas into practice from the very beginning. Whether you’re running experiments in our teaching labs, learning how to use industry-standard software, or tackling real design problems with your classmates, you’ll be building the skills that employers look for.
Here are some of the hands-on experiences that make this course stand out:
Pilot-scale engineering rigs – Work with equipment like distillation columns, fluidised beds, heat exchangers, and batch reactors. These aren’t small demonstrations—they’re large, industrial-style systems designed to give you experience that feels close to the real workplace.
Chemistry and process labs – You’ll carry out practical experiments that teach you not only the science but also how to record and analyse data like a professional engineer.
Final-year design and research projects – Bring everything together in a team project where you take on a real client-style brief, designing processes or testing innovative solutions in advanced labs with expert support.
Digital learning and simulation – Alongside the lab work, you’ll use engineering software and simulation tools to model chemical processes, helping you understand how theory translates into practice.
Dedicated study spaces – From group project rooms to the engineering computer labs and the university’s award-winning libraries, you’ll always have access to spaces that support collaboration and independent study.
A Nottingham chemical engineering degree opens up a wide range of careers. Graduates often step into roles like process engineer, research and development scientist, energy analyst, or environmental consultant—jobs where they can make a real difference in industries that shape the future. Thanks to the mix of practical experience and strong academic reputation, employers know Nottingham engineers are ready to contribute from day one.
Here’s how the university helps you take that next step:
Dedicated careers support – The Careers and Employability Service is available to you throughout your degree and even after you graduate. From CV checks and practice interviews to careers fairs and direct employer networking, you’ll have support every step of the way.
Strong employment outcomes – Around 88.7% of Nottingham chemical engineering graduates are in graduate-level jobs or further study within 15 months. The average starting salary is around £30,400, showing the high value placed on this degree.
Industry connections – Nottingham works closely with companies like BP, Pfizer, Unilever, GSK, ExxonMobil, Jacobs, Arup, and Mars. This means you’ll benefit from guest lectures, placements, and career opportunities with some of the biggest names in engineering.
Professional recognition – The course is accredited by the Institution of Chemical Engineers (IChemE) and the Institute of Materials, Minerals and Mining (IOM3), ensuring your degree is recognised worldwide and helps towards professional chartered status.
Diverse destinations – Graduates don’t just stick to one industry; they go into pharmaceuticals, energy, food and drink, environmental consultancy, and even government roles—showing how versatile the degree is.
Further Academic Progression:
If you’d like to continue your studies, Nottingham gives you an excellent springboard into further education. Many graduates progress to Master’s programmes in areas like clean energy or biotechnology, or go on to PhD research, taking their expertise even deeper.
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