If you’re excited by the idea of tackling climate change, building the next generation of clean energy solutions, or creating safer everyday products, Sheffield’s Chemical Engineering MEng is designed for you. The course combines a strong foundation in core engineering principles with hands-on projects and cutting-edge research, so you graduate with the knowledge and confidence to take on real-world challenges.
📚 Curriculum Structure
Year 1
Your first year is all about building the basics. You’ll study modules like Chemical Engineering Thermodynamics, Fluid & Particle Mechanics, and Heat Transfer, alongside Principles of Chemical Engineering. Laboratory classes and design challenges will help you put theory into practice right from the start.
Year 2
Now the pace picks up. You’ll explore Mass Transfer and Separation Processes, Reaction Engineering 1, and Process Control, while also starting to think like a designer in Process & Product Design. Team projects and experimental investigations prepare you for professional problem-solving, and you’ll also cover specialist areas like pharmaceutical engineering.
Year 3
This is where your learning becomes even more applied. You’ll tackle a Process Design Project, where you work in groups to design and test a full-scale process, supported by modules such as Reaction Engineering 2, Systems for Sustainability, and Transport Phenomena. It’s a chance to pull together your technical skills and creativity to solve real-world problems.
Year 4
Your final year is focused on leadership and innovation. You’ll carry out an independent Research Project, supervised by Sheffield’s experts, and dive into advanced subjects like Advanced Process Modelling, Simulation & Optimisation and Computational Modelling. This year positions you to take on high-level roles or research pathways after graduation.
Focus areas (in a string):
thermodynamics, fluid mechanics, separation processes, reaction engineering, process control, sustainability, process design, computational modelling, research.
Learning outcomes (in a string):
graduates develop a strong scientific and technical foundation, gain extensive lab and design experience, strengthen teamwork and problem-solving skills, and leave with advanced research and simulation expertise.
Professional alignment (accreditation):
The degree is accredited by IChemE and fully meets the academic requirements for Chartered Engineer (CEng) status—giving you an internationally recognised professional edge.
Reputation (employability rankings):
The University of Sheffield is ranked in the Top 10 among Russell Group universities for student satisfaction (NSS 2024) and is 8th in the UK for research quality (REF 2021)—a strong indicator of both teaching excellence and future employability.
At Sheffield, chemical engineering isn’t something you just read about in textbooks—you get to live it. From your very first year, you’ll step into spaces where industry-standard tools, real-world projects, and cutting-edge facilities bring your learning to life. The aim is simple: by the time you graduate, you’ll feel confident handling both the theory and the practice of engineering.
Here’s what that looks like in action:
Diamond Pilot Plant (DiPP) – The UK’s first university-based continuous powder processing plant. You’ll use live data, operate a control room, and explore processes like fuel production and biopharmaceuticals—experience that most students elsewhere only hear about.
Digital Innovation Zone (DIZ) – Developed with Siemens, this is a ‘living lab’ where you’ll experiment with digital twins, CAD, and live data analytics, gaining the digital skills employers want most.
Specialist Labs in The Diamond – Including:
Analytics labs with distillation, crystallisation, and chromatography equipment.
Thermodynamics and fluids labs to test energy and flow in action.
Bioanalytical labs for exploring proteins and biological systems.
Cleanroom Facilities – Perfect for projects in microengineering and precision testing.
Global Engineering Challenge & Design Week – Team-based projects where you’ll collaborate across disciplines to design and present solutions to real engineering problems—just like in industry.
All of this adds up to a learning experience that’s practical, inspiring, and designed to prepare you for the challenges of modern chemical engineering.
Studying Chemical Engineering at Sheffield opens the door to a wide range of career paths. Many graduates go on to become process engineers, research and development scientists, sustainability consultants, or even specialists in energy systems. Thanks to the strong mix of theory, hands-on lab work, and career guidance built into your degree, you’ll be well-prepared to take that next big step.
Here’s how Sheffield supports your future:
Personalised career guidance – You’ll have access to the dedicated Careers and Employability team, including one-to-one advice, CV feedback, interview prep, and networking opportunities like the annual Chemical Engineering employability conference.
Strong graduate outcomes – Around 90% of MEng Chemical Engineering graduates are in work or further study within six months, with 95% in employment or study 15 months after graduating.
Attractive starting salaries – Sheffield Chemical Engineering graduates typically earn around £32,500 within 15 months, with salaries rising to around £40,000 after five years.
Industry connections – From your time in the Diamond Pilot Plant and Digital Innovation Zone to the option of a 38+ week industry placement, you’ll gain valuable real-world experience that employers look for.
Professional recognition – The degree is fully accredited by the Institution of Chemical Engineers (IChemE), giving you a direct pathway to becoming a Chartered Engineer (CEng)—a credential respected worldwide.
Further Academic Progression:
If you decide to continue your studies, Sheffield offers excellent postgraduate and research opportunities, from PhDs to specialist MScs in areas such as sustainability, energy systems, and advanced chemical processes.



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