MSc Chemical Engineering

Course overview

This MSc focuses on advanced chemical engineering, particularly water and wastewater treatment, process optimisation, separation processes, mass and heat transfer, and complex fluids. It also includes a substantial research project.

Course details

Degree level

Master's

Duration

1 year

Intake

January 2027

Tuition fee

£27,450 / year

Initial deposit

50% of the first-year tuition fee after scholarship deductions, after Credibility Interview.

Country

Wales

Campus

Bay Campus

About this information

The details on this page have not yet been checked against the official course page by our team. Fees, intakes and requirements can change, so always confirm them on the official course page before you apply.

Not recorded here yet: Pakistan-specific requirements.

English Language Requirements

Main English Requirements

Only the tests listed here are shown as accepted for this course.

Entry requirements

General entry requirements

• Academic: First or second-class degree in Chemical Engineering or a closely related subject, with at least 55% overall. • IELTS: 6.5 overall, minimum 5.5 in each component. Equivalent English tests are accepted

Scholarships & discounts

Undergraduate – Thrive Bursary • £4,000 reduction in tuition fees for the first year • £2,000 progression bursary in subsequent years, applied as a tuition fee discount Postgraduate – International Excellence Scholarship • £5,000 tuition fee discount • A separate application is required to apply for the scholarship. (link will be shared soon)

Pre-CAS interview

Required

Yes — a Pre-CAS / credibility interview is part of the process

Stage

Before the initial deposit is paid

Format

Credibility interview

Course modules

• Engineering Business Management: Learn business and management principles for engineers. • Advanced Water Processing: Study modern technologies for water and wastewater treatment. • Chemical Engineering Design Project: Apply chemical engineering knowledge to a practical design project. • Power Generation & Energy Technologies: Explore energy generation and modern energy technologies. • Complex Fluids & Microfluidic Systems: Study the behaviour of complex fluids and microfluidic systems. • Sustainable & Societal Engineering: Explore sustainable engineering and its impact on society. • Dissertation: Complete an independent chemical engineering research project.