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Curriculum Structure
Year 1 (Level 4)
Your first year builds a strong foundation in the core sciences and engineering skills you’ll rely on throughout your career. You’ll study modules such as Mathematics & Computing for Engineers, Advanced Chemistry for Chemical Engineers, and Separation Processes. Alongside lab sessions and group work, you’ll develop the problem-solving mindset and analytical approach that define a chemical engineer.
Year 2 (Level 5)
In your second year, you’ll start applying those foundations to more complex engineering challenges. Modules such as Dynamics of Fluid & Thermal Systems and Advanced Transport Phenomena and Process Control push you to think critically about how chemical systems operate in real conditions. You’ll also gain confidence in process analysis and begin learning how to integrate sustainability into your engineering practice.
Year 3 (Level 6)
Your final year is all about preparing for professional practice. You’ll tackle the Design Project in Chemical Engineering, where you apply your knowledge to solve an industrial-scale challenge. Modules like Control Instrumentation and Communication Systems in an Industrial Environment and Process Safety, Sustainability and Environmental Protection ensure you graduate ready to take on the responsibility of designing safe, efficient, and sustainable processes.
Focus Areas
Process design, sustainability, transport phenomena, process control, and chemical engineering safety.
Learning Outcomes
By the end of the degree, you’ll be able to analyse and design chemical engineering systems, apply mathematical and scientific principles to complex processes, and work effectively in professional engineering teams.
Professional Alignment (Accreditation)
This course is accredited by the Institution of Chemical Engineers (IChemE), meaning it meets international standards and supports your journey toward becoming a Chartered Engineer.
Reputation (Employability Rankings)
Canterbury Christ Church University is steadily building its reputation in engineering education. Chemical Engineering at CCCU has gained international recognition through IChemE accreditation, ensuring your degree is valued by employers worldwide. The university itself is ranked in the top 15 in the UK for graduates in employment (Graduate Outcomes Survey 2023).
One of the best parts of studying Chemical Engineering at Canterbury Christ Church University is how much you get to put your learning into practice. You won’t just be sitting in lectures — you’ll be experimenting, designing, and testing in the £65 million Verena Holmes Building, a space created specifically for science, technology, health, and engineering. From your very first year, you’ll be working on projects that feel like real industry challenges, using the same kinds of tools, labs, and digital systems that professional engineers rely on.
Here’s what that means for you in everyday learning:
Specialist labs and workshops – Hands-on facilities for fluid dynamics, thermodynamics, and process control, where you’ll move beyond textbooks and run your own experiments.
CDIO project-based learning – Instead of only studying theory, you’ll conceive, design, implement and operate projects that mirror real-world industry practice.
Team design challenges – Work side by side with fellow students to design and test chemical engineering solutions, developing the collaboration skills employers expect.
The EDGE Hub – Connect with Canterbury’s innovation hub to get involved with industry-linked projects and meet professionals in the field.
Industry-standard software – Learn to use the same digital tools that chemical engineers depend on to design, model, and optimise processes.
Cross-discipline workshops – Access to mechanical, electrical, and control engineering spaces, so you gain broader technical skills alongside your specialism.
Augustine House Library – A modern, welcoming space where you’ll find specialist engineering resources, quiet study areas, and digital databases to support your projects.
Once you’ve completed your BEng, you could choose to deepen your expertise or branch into new areas. Options include:
Taking an MEng or Master’s in Chemical Engineering (if available), to develop advanced technical, research, and leadership skills.
Exploring a Master’s in Environmental Engineering, Sustainability, or Process Control, especially relevant given CCCU’s commitment to sustainability and industry engagement.
Pursuing a PhD or research-based pathway, potentially in collaboration with CCCU’s engineering or sustainability research centres — a great path if you're driven to innovate and contribute to cutting-edge solutions.
CBSE - Successful completion of standard 12 th with 60% average IELTS - 6.0 overall with no element below 5.5No further Information is given on curriculumsChemical engineersThe legal sectorFinancial organisationsCity transport engineeringThe manufacturing industryThe automotive and aerospace industry
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Canterbury Christ Church University
