University of Nottingham
Chemical Engineering with Environmental Engineering including an Industrial Year
England, United Kingdom · UCAS H8HD
Level
Bachelor
Duration
5 years
Campus
University Park Campus
Intl. Tuition
£33,500 (2027-28)
Home Tuition
£10,050 (2027-28)
Intake
September 2027
UCAS code
H8HD
See how your grades stack up for this course
With an Ascenda account you get your fit and admit odds for every programme, a shortlist you can compare, and your deadlines and applications in one place.
Course Overview
Chemical Engineering with Environmental Engineering including an Industrial Year at University of Nottingham in England, United Kingdom is a bachelor programme designed to give you both rigorous academic grounding and exposure to current practice in the field.
- Study with academics who are active researchers and industry practitioners, with regular contact through seminars, tutorials, and project work.
- Develop core knowledge in your first year before specialising through optional modules in later years tailored to your interests and career goals.
- Build practical, transferable skills — analysis, communication, teamwork, and project delivery — that employers across sectors actively look for.
- Access dedicated employability support including internships, placements, alumni mentoring, and a careers service that connects students to graduate roles.
- Join a global student community with extracurricular societies, sports, volunteering, and study-abroad opportunities to round out your university experience.
The University at a Glance
Student Population
36,460
Staff Ratio
14.0:1
International
21.0%
Career Prospects
Employment Rate
78.0%
of graduates employed
Avg Starting Salary
£34,760
First-year earnings
Costs & Living
City & Location
Mid-size city (200k-499k inhabitants)
Course Curriculum
Year 1
- Foundations of Chemical Engineering with Environmental Engineering including an Industrial Year
- Academic and Research Skills
- Quantitative Methods
- Introduction to Theory and Practice
- Optional language or breadth module.
Year 2
- Intermediate Chemical Engineering with Environmental Engineering including an Industrial Year topics
- Applied Methods and Tools
- Group Project
- Two optional pathway modules
- Career and Industry Insights.
Year 3
- Advanced Chemical Engineering with Environmental Engineering including an Industrial Year
- Independent Dissertation or Capstone Project
- Two specialist optional modules aligned with your interests
- Employability and Professional Development.
Entry Requirements
Subjects
- Geology
- Chemistry
- Engineering
- Chemical engineering
- Pollution
- Pollution control
- Environmental engineering
Source: UCAS course listing, 2027 entry (retrieved September 2026). Always confirm the current requirements with the university.
Assessment Methods
Assessment is varied across the programme and may include: Written examinations across foundational modules; Coursework essays and analytical reports; Group and individual projects with presentations; Practical lab, studio, or fieldwork assessments where relevant; A final-year dissertation or capstone project that lets you specialise in a topic of your choice.
Campus & City Life
Student Population
36,460
Total students
Staff Ratio
14:1
Students per staff
International Students
21%
Of student body
Campus at a Glance
City Size
Mid-size city (200k-499k inhabitants)
Climate (indicative)
Cool temperate
Safety Index (indicative)
7.2/10
Transport
Moderate (coach or indirect connections)
Social Scene
Friendly community | Academic / intellectual | Professional / career networks
University Stats
Career & Outcomes
Graduate Employment
78%
Employed after graduation
Avg Starting Salary
£34,760
Average first-year salary
Costs & Living Expenses
Total Programme Cost
£167,500
For full 5 years
Estimated Annual Costs
Contains HESA data (Discover Uni), licensed under CC BY 4.0.