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Chemical Engineering, BEng (Hons)

University of Southampton, United Kingdom

 
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Ranking in UK

14th
overall
Times
Chemical Engineering
6th
THE
Engineering
12th
QS
Engineering - Chemical
17th

Costs

Course fees S$52.1k / year
Entertainment, books
food & rent
S$18.5k / year
Beer S$4
MacDonalds S$13
Cinema S$20
Coffee S$6
Total S$70.6k / year

Entry requirements

A Level AAA
Diploma 3.2
International Baccalaureate 36

Scholarships

Southampton Presidential International 10K Scholarship
Up to £15000 for tuition
21 - 50 available
Southampton Presidential International 100% Scholarship
Up to 100% for tuition
10 available
Southampton Undergraduate Merit Scholarships
Up to £3000 for tuition
Unlimited quantity
Southampton Postgraduate Merit Scholarships
Up to £9000 for tuition
Unlimited quantity
British Chevening Scholarships
100% for tuition and living expenses
Limited quantity

Information

Course
Code
H800
Upcoming
Intakes
Sep 2026
Course
Website (External)
Pathway
Programmes
See pathways
University
Information
WHATSAPP
+65 9650 3225
HOTLINE
+65 6333 1300

Duration

3 years
Graduate
2029
About the course

Demand for chemical engineers skilled in designing sustainable technologies and processes is on the rise. This three-year BEng degree equips students with essential skills in sustainable chemical engineering to enhance environmental outcomes. Students may opt for an additional Industrial Placement Year. Ranked 4th in the UK by the 2024 Complete University Guide, the program offers access to state-of-the-art facilities, including chemical engineering laboratories, a dedicated computer suite, and a virtual control room for simulating real plant operations. By integrating studies from the Schools of Engineering and Chemistry, students gain the ability to address chemical challenges with innovative, sustainable designs, utilizing refurbished laboratories and extensive engineering spaces. Design is a core element, culminating in a third-year group project that applies theoretical and practical knowledge to real-world solutions, preparing graduates for stable, rewarding careers in a lucrative sector.The curriculum progresses from foundational principles in Year 1—covering engineering, chemistry, design, mechanics, and thermofluids—to advanced topics in Years 2 and 3, such as process control, reaction engineering, heat and mass transfer, and specialized modules. Assessment combines unseen written exams with coursework, including problem-solving exercises, laboratory reports, design projects, essays, and oral presentations, evaluating experimental, research, and design skills.

A local representative of University of Southampton in Singapore is available online to assist you with enquiries about this course.