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The BEng Chemical Engineering degree at the University of Hull is designed for those passionate about transforming raw materials into essential products like food, energy, pharmaceuticals, and more. With strong industry links and a curriculum accredited by the Institution of Chemical Engineers (IChemE) and the Engineering Council, this program equips students with the skills and knowledge needed to excel in the chemical engineering field.
Curriculum Structure
Year 1: Foundations of Engineering
In the first year, students build a solid foundation in chemical engineering principles. Core modules include:
Mathematics for Engineers (20 credits): Develops analytical and problem-solving skills essential for engineering applications.
Fundamentals of Engineering (20 credits): Introduces key concepts in mechanical and electrical engineering, covering topics like digital electronics and basic stress analysis.
Process Safety and Hazard Awareness (20 credits): Provides an understanding of safety protocols and hazard identification in chemical processes.
Year 2: Intermediate Chemical Engineering
Building upon the foundation, the second year delves deeper into chemical engineering topics. Modules include:
Fluid Mechanics (20 credits): Explores the behavior of fluids in motion and at rest, crucial for designing process systems.
Thermodynamics for Chemical Engineers (20 credits): Applies thermodynamic principles to chemical processes, aiding in system optimization.
Chemical Reaction Engineering (20 credits): Focuses on the design and analysis of chemical reactors, emphasizing reaction kinetics and reactor design.
Year 3: Advanced Topics and Industry Engagement
The final year prepares students for professional practice with advanced modules and industry collaboration:
Process Control and Instrumentation for Chemical Engineers (20 credits): Covers mathematical techniques used to model and control dynamic systems, introducing Laplace and Fourier transform techniques.
Design Project (40 credits): A comprehensive project sponsored by industry leaders like Croda, Cristal, INEOS, Vivergo, and BP Acetyls, allowing students to apply their knowledge to real-world challenges.
Sustainable Process Design (20 credits): Focuses on designing processes that minimize environmental impact and enhance sustainability.
Focus Areas
Process Safety and Hazard Awareness
Fluid Mechanics and Thermodynamics
Chemical Reaction Engineering
Process Control and Instrumentation
Sustainable Process Design
Learning Outcomes
Graduates of this program will be able to:
Apply fundamental principles of chemical engineering to solve complex problems.
Design and optimize chemical processes with a focus on safety and sustainability.
Utilize advanced tools and techniques for process control and instrumentation.
Collaborate effectively in multidisciplinary teams to address engineering challenges.
Professional Alignment (Accreditation)
This degree is accredited by the Institution of Chemical Engineers (IChemE) and the Engineering Council, ensuring that the curriculum meets the high standards required for professional practice. Graduates are well-positioned to pursue Chartered Engineer status.
Reputation (Employability Rankings)
Ranked 4th out of 34 institutions for student satisfaction in chemical engineering.
95.2% employability rate for Chemical Engineering graduates (UK domicile full-time first degree leavers; Higher Education Graduate Outcomes statistics, for the academic year 2021/22).
Ranked joint 1st out of 28 institutions in the UK for Value Added in the Guardian University Rankings 2025.
At Hull, learning chemical engineering is all about getting hands-on. From day one, you’ll be working with real equipment, tackling practical challenges, and experiencing what it’s like to operate in the chemical industry. The program is designed to help you build confidence, develop professional skills, and apply theory in real-world settings.
Here’s how you’ll gain practical experience:
CATCH Training Facility – In your first year, you’ll take part in process safety training at CATCH, one of the UK’s leading centers, where you’ll handle real equipment and learn to identify and manage hazards safely.
Virtual Control Room ‘Digital C’ – Practice running a chemical plant in a 3D virtual environment, making decisions just like a real operator.
Industry-Sponsored Design Project – In your final year, work on a project supported by companies like Croda, Cristal, INEOS, Vivergo, and BP Acetyls, applying your knowledge to solve real engineering problems.
Specialized Labs – Use mass spectrometry and elemental analysis laboratories to gain practical experience in experiments and analyses crucial to chemical engineering.
Brynmor Jones Library – Access journals, databases, and study spaces that support your learning and research.
All of these opportunities are designed to bridge the gap between classroom learning and real-world practice, making sure you graduate ready to take on the challenges of a chemical engineering career.
Graduating from Hull’s BEng Chemical Engineering program opens the door to a wide range of exciting career opportunities. With a solid grounding in both theory and practical skills, you’ll be ready to step into roles such as:
Process Engineer – designing and optimizing industrial processes to make them safer, more efficient, and sustainable.
Project Manager – leading engineering projects from start to finish, coordinating teams and resources.
Field Supervisor – overseeing operations in manufacturing or processing plants to ensure smooth running.
Product Development Specialist – helping innovate and improve chemical products that make a real-world impact.
Here’s how Hull helps you turn your degree into a career:
Industry Connections – strong links with companies like BP, Total, Phillips 66, Smith & Nephew, Reckitt, INEOS, and Croda provide networking, internships, and potential employment opportunities.
Professional Accreditation – the degree is accredited by the Institution of Chemical Engineers (IChemE) and the Engineering Council, giving you a head start toward Chartered Engineer status.
Graduate Outcomes – Hull is ranked joint 1st out of 28 UK institutions for Value Added (Guardian University Rankings 2025), showing the impact the course has on your career prospects.
Careers Support – mentorship programs, CV workshops, and interview preparation from Hull’s Careers and Employability Service ensure you’re fully supported in finding your first role.
Further Academic Progression:
If you want to continue your studies, Hull offers a seamless route to an MEng degree, letting you deepen your expertise in chemical engineering. Alternatively, you could specialize in areas like Advanced Chemical Engineering, Renewable Energy, or Engineering Management through postgraduate programs, opening doors to senior roles or research opportunities.
With these options, Hull ensures that whether you want to jump straight into industry or pursue further academic excellence, you’ll have the skills, support, and recognition to succeed.
CBSE Standard XII (India Senior School Certificate) with a minimum grade of 70% from top 4 subjects averageGCSE maths at grade 4 or C Minimum 6.0 score for IELTSIB Diploma: 32 points including 6 in HL MathsSAT (post 2016) 1190 out of 1600ACT with a composite score of 24A Level in Maths at Grade B or above.Design EngineersProject EngineersResearch and Development Engineersand Operations Engineers
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University of Hull
