MEng Hons Chemical Engineering with Industrial Experience

5 Years On Campus Masters Program

Queen Mary University of London

Program Overview

If you’re curious about how to turn raw materials into useful products, or you’re interested in tackling challenges like clean energy, sustainability, and process design, this course is for you. At QMUL, Chemical Engineering combines strong scientific foundations with hands-on design projects, giving you the skills to solve real-world engineering problems while building a professional profile that employers value.

Curriculum Structure

Year 0 (Foundation Year – if required)
For students who need a boost in maths, chemistry, or physics, this year builds a strong base. You’ll study Foundations of Chemical Science, Foundations of Physical Science, Mathematics B, and Engineering Success modules, making sure you’re ready to hit the ground running.

Year 1
Your first year is all about fundamentals. You’ll explore how chemical engineers think and work through modules like Engineering Design, Fluid Mechanics & Thermodynamics, Materials Chemistry, and Experimental Design and Practice. Alongside the science, you’ll also start building professional engineering skills from day one.

Year 2
Here, theory meets application. You’ll dive deeper into processes with modules such as Heat & Mass Transfer, Chemical Reaction Engineering, Separation Processes, and Process Design & Simulation. By the end of this year, you’ll have a strong grasp of how to model, analyse, and design chemical processes.

Year 3
This is where things get more advanced and creative. You’ll work on a major Design Project while learning about Catalysis & Reaction Design, Process Safety & Loss Prevention, and Sustainability Assessment for Design. It’s a year that pushes you to think like a professional engineer, balancing innovation with responsibility.

Year 4 (MEng route)
If you continue on the integrated master’s pathway, you’ll focus on advanced topics and research. You’ll complete an Individual Research Project and study modules such as Macromolecular Engineering, Renewable Fuels, and Electrochemical Energy Storage Systems. You can also tailor your degree with options like Solar Energy Engineering or Machine Learning & AI for Engineers.

Year 5 (MEng with Industrial Experience)
The final year is a full industrial placement in a real company. It’s your chance to put everything into practice—whether that’s working on process improvements, tackling sustainability challenges, or contributing to large-scale engineering projects. By the end, you’ll graduate not just with a degree but with a year of professional experience on your CV.

Focus Areas

Process design, sustainability, energy, safety, advanced chemical technologies.

Learning Outcomes

Critical problem-solving, process modelling, design and safety analysis, teamwork, professional engineering practice.

Professional Alignment

Accredited by the Institution of Chemical Engineers (IChemE), putting you on track to become a Chartered Engineer.

Reputation

QMUL ranks 7th in the UK for Chemical Engineering (Guardian University Guide 2025) and is part of the prestigious Russell Group, known for world-leading research and strong employer links.

Experiential Learning (Research, Projects, Internships etc.)

At QMUL, studying Chemical Engineering isn’t just about sitting in lectures — it’s about rolling up your sleeves and learning by doing. From the very first year, you’ll get hands-on experience in labs, workshops, and group projects, giving you a real taste of what it’s like to work as a chemical engineer. You’ll also use industry-standard software and tools, and tackle real-world problems that prepare you for a professional career.

Some of the exciting practical experiences include:

State-of-the-Art Laboratories – Carry out experiments in wet chemistry labs, materials testing labs, and process engineering facilities.
Green Energy and Advanced Materials Facilities – Explore renewable energy processes and new materials in purpose-built, cutting-edge spaces.
Simulation and Software Tools – Learn to model and design chemical processes using professional software, often working in teams just like in industry.
Workshops and Prototyping Spaces – Build and test prototypes, gaining hands-on skills with tools and equipment.
Industry Insights and Case Studies –

Progression & Future Opportunities

Graduates from Queen Mary University of London’s Chemical Engineering program leave with the skills and confidence to take on a variety of exciting careers. Typical roles include:

Process Engineer
Chemical Safety Consultant
Energy Systems Analyst
Environmental Compliance Officer

Here’s how QMUL supports you on that journey:

Career Support Services: QMUL’s careers team offers one-on-one advice, CV and interview workshops, and opportunities to network with industry professionals. Placements and internships are encouraged to give you real-world experience.
Employment Stats & Salary: Around 93% of graduates are employed or pursuing further study within 15 months, with starting salaries averaging £34,500.
Industry Partnerships: QMUL works closely with top companies like BT, BBC, IBM, and Baxter Healthcare, giving students exposure to real projects and innovations.
Accreditation: The program is accredited by the Institution of Chemical Engineers (IChemE), which adds significant long-term value to your degree.
Graduation Outcomes: Graduates earn, on average, over £31,000 five years after finishing, showing the strong career potential of this degree.

Further Academic Progression:

After completing your degree, you could continue to postgraduate study, such as the MSc in Advanced Chemical Engineering at QMUL, to deepen your expertise. For those interested in research, the program also provides a solid foundation for pursuing a PhD or careers in academia and research institutions.

Choosing QMUL means not just earning a degree, but stepping into a community that supports your growth, connects you with industry, and opens doors to a world of opportunities.