MSc Advanced Chemical Engineering

At Imperial, this MSc isn’t just about lectures and textbooks — it’s all about getting your hands dirty (figuratively and sometimes literally!) with real chemical engineering challenges. You’ll gain practical skills in cutting-edge labs, work with industrial-scale equipment, and tackle projects in teams, so you leave with experience that’s directly relevant to industry or research.

Here’s what that looks like in practice:

• Hands-on Design Projects: You’ll work in teams to design chemical engineering systems, from reactors to process plants. It’s a great way to apply theory in a real-world context while building teamwork and problem-solving skills.

• Industrial-Scale Pilot Plant Experience: You’ll get to operate Imperial’s four-storey Carbon Capture Pilot Plant, complete with a real ABB control room and over 200 instruments. It’s like a mini-industry in the heart of the university.

• Modern Software & Digital Tools: You’ll use industry-standard software and modeling tools, plus Python for advanced modules like Machine Learning for Chemical Engineers, giving you tech skills employers really value.

• Laboratory Practical Work: Imperial’s teaching labs are modern, fully equipped, and safe — perfect for exploring experiments and learning lab techniques first-hand.

• Independent Research Project: You’ll carry out a major research project with one of Imperial’s expert research groups. You can choose a topic that fits your interests, whether it’s computational modeling or hands-on experimental work.

• Analytical & Technical Support: You have access to a wide range of analytical instruments, and technicians are on hand to guide you, so you get real experience using tools that industry professionals use every day.

• Mechanical Workshop Access: Imperial’s workshop lets you build prototypes and experiment with equipment — a great place to bring your designs to life.

• Research Groups & Institutes: You can join groups like the Clean Energy Processes Laboratory, exploring everything from fluid flow to energy conversion, and learn directly from experts at the cutting edge of chemical engineering.

• Professional Development: Imperial supports your growth beyond technical skills, offering training in leadership, communication, and career planning so you leave ready for the next step.

cutting-edge sectors like green energy and biotech. Many go on to roles where they can make a real impact, such as:

• Process or Plant Engineer

• Research & Development Engineer

• Sustainability Consultant

• Technical or Strategy Consultant

Imperial makes sure you’re not just qualified but also career-ready:

• Career Support: Imperial’s Careers Service helps you craft CVs, ace interviews, and connect with alumni. You’ll also benefit from seminars, guest lectures, and research projects that bring you face-to-face with industry professionals.

• Employment Stats & Salary: Around 83% of graduates from this program are employed within 15 months of finishing, with typical starting salaries around £39,000 (ranging £31,000–£65,000 depending on the role).

• Industry Connections: Through partnerships with global companies like ExxonMobil, AstraZeneca, IBM, Deloitte, and Amazon, you’ll gain exposure to real-world challenges and networking opportunities.

• Accreditation Value: This MSc is IChemE-accredited, which is your pathway to becoming a Chartered Chemical Engineer (MIChemE) and, eventually, a Chartered Engineer (CEng). This professional recognition opens doors to leadership roles worldwide.

• Graduation Outcomes: You’ll finish with advanced technical skills, hands-on research experience, and the ability to tackle real engineering problems—making you highly attractive to employers in energy, pharmaceuticals, chemicals, and consulting.

Further Academic Progression:
After completing the MSc, you could:

• Pursue a PhD or doctoral research in Chemical Engineering, energy, materials, or biotech, either at Imperial or other top universities.

• Join postgraduate research projects at Imperial to work on innovative areas like low-carbon technology or sustainable processes.

• Use your IChemE accreditation to progress toward becoming a Chartered Engineer, marking long-term professional growth and leadership in the field.