BEng Chemical Engineering with a Foundation Year

5 Years On Campus Bachelors Program

The University of Sheffield

Program Overview

The Chemical Engineering with a Foundation Year program at the University of Sheffield is designed for students who may not have the traditional scientific or mathematical background. The foundation year equips you with essential skills in mathematics, physics, chemistry, and engineering, ensuring you’re fully prepared to move into the main degree. From there, you’ll explore the exciting world of chemical engineering, gaining hands-on experience and knowledge that prepares you for careers in energy, pharmaceuticals, biotechnology, and sustainable engineering.

Curriculum Structure

Foundation Year – Building Essential Skills
Your journey begins by building a strong base in core subjects: Mathematics, Physics, Chemistry, and Introduction to Engineering. This year includes laboratory work and project-based learning, helping you gain practical experience while developing the confidence and skills needed to progress into the main degree.

Year 1 – Core Chemical Engineering Concepts
The first year of the main degree focuses on fundamental chemical engineering principles. Modules like Chemical Engineering Principles, Material and Energy Balances, Fluid Mechanics, and Thermodynamics help you understand how processes work in real industrial settings.

Year 2 – Advanced Topics and Applications
In the second year, you’ll deepen your knowledge with modules such as Reaction Engineering, Process Control, Separation Processes, and Materials Science. Here, you start applying theory to solve more complex engineering problems.

Year 3 – Industrial Placement Year (Optional)
This optional year allows you to gain real-world experience in industry. You’ll apply your knowledge in professional settings, enhance your employability, and gain insight into how chemical engineers work in practice.

Year 4 – Specialization and Research
Your final year focuses on advanced topics and independent research. Modules include Advanced Process Design, a Research Project, and a selection of specialist electives, allowing you to tailor your studies toward your career interests, such as renewable energy or pharmaceuticals.

Year 5 – Advanced Studies and Specialisation (MEng only)
For MEng students, the fifth year is all about taking your knowledge further and preparing for a professional career. You’ll undertake a major Research Project, study advanced modules like Advanced Process Design, and select specialist electives to focus on your preferred area. By the end of this year, you’ll be ready to step into industry or pursue professional accreditation as a Chartered Engineer.

Focus Areas: Sustainability, Process Optimization, Environmental Impact, Renewable Energy, Pharmaceutical Engineering

Learning Outcomes: Ability to design and optimize chemical processes, proficiency in computational and analytical methods, understanding of environmental and sustainability issues, strong teamwork and communication, preparation for Chartered Engineer status

Professional Alignment (Accreditation): Accredited by the Institution of Chemical Engineers (IChemE), meeting the educational requirements for Chartered Engineer status

Reputation (Employability Rankings): Sheffield is recognised for producing highly employable graduates, with a strong emphasis on practical skills, sustainability, and real-world applications in chemical engineering

Experiential Learning (Research, Projects, Internships etc.)

Studying Chemical Engineering at Sheffield is all about taking what you learn in class and making it real. You won’t just read about chemical processes—you’ll design them, test them, and see them come alive in some of the UK’s most advanced engineering facilities. From your very first year, you’ll spend time in specialist labs, use industrial-scale equipment, and build the digital skills that top employers are looking for.

Here’s where your learning gets hands-on:

Diamond Integrated Pilot Plant (DiPP) – Think of this as a “mini chemical factory” on campus. You’ll get to experience the full scale of industrial processes, from pharmaceutical tablet production to sustainable fuels, while working in a control room with live simulations.
Digital Innovation Zone (DIZ) – Developed with Siemens, this is where you’ll learn the digital side of modern engineering. You’ll experiment with tools like CAD, live data analysis, and even digital twins, preparing you for the industries of the future.
Diamond Building laboratories – These labs are equipped for everything from crystallisation and distillation to thermodynamics and bioanalysis. It’s where your scientific knowledge turns into real problem-solving skills.
Cleanroom facilities – Few undergraduates get this kind of access. You’ll gain experience working in ultra-clean environments used for sensitive processes such as sensor fabrication and microfluidics.
Industrial Placement Year (optional) – If you want to test your skills in the workplace, Sheffield gives you the chance to spend a year in industry. You’ll graduate with both a degree and genuine work experience on your CV.

Progression & Future Opportunities

Starting your journey with Sheffield’s Chemical Engineering Foundation Year sets you up for a wide range of career directions. As you move through the degree, you’ll build the technical expertise, problem-solving skills, and hands-on experience that employers are looking for. Many graduates go on to roles such as Process Engineer, Research & Development Scientist, Sustainability Consultant, or Energy Systems Engineer.

To help you get there, Sheffield provides strong career development support and valuable industry links:

Personalised career guidance – From CV writing and interview coaching to networking events and placements, Sheffield’s Careers Service and departmental advisors work with you to shape your career path.
Strong graduate outcomes – Around 9 out of 10 graduates are employed or in further study within 15 months, with most working in skilled, professional roles.
Competitive salaries – Graduates typically start with salaries of £27,000–£32,000, which can rise to around £40,000+ within five years.
Industry experience – Through the Diamond Pilot Plant (DiPP) and the Digital Innovation Zone, plus optional placement years, you gain the kind of real-world skills that give you an edge in the job market.
Professional recognition – The program is accredited by the Institution of Chemical Engineers (IChemE), meaning your degree puts you firmly on the pathway to becoming a Chartered Engineer (CEng)—a qualification respected worldwide.

Further Academic Progression:
If you’d like to continue studying after your BEng or MEng, you’ll have the option to pursue advanced qualifications like a master’s degree or a PhD in areas such as sustainable engineering, biotechnology, or energy systems. These routes can open doors to high-level research, academia, or leadership positions in industry.