Enter OTP
4 Years On Campus Bachelors Program
Canterbury Christ Church UniversityProgram Overview:
The BEng Chemical Engineering with Foundation Year is designed to give students a strong grounding in science, mathematics, and engineering principles before progressing to a full honours degree. It’s perfect for students who want a hands-on, industry-focused approach to chemical engineering while building confidence in core technical skills.
Curriculum Structure:
Foundation Year:
In the foundation year, students develop essential skills in mathematics, chemistry, and physics to prepare for degree-level study. Key modules such as Introduction to Chemistry, Mathematics for Engineers, and Fundamentals of Physics ensure you gain the knowledge and confidence needed to succeed in the engineering pathway.
Year 1:
The first year of the degree introduces core chemical engineering principles, including Process Calculations, Thermodynamics, and Materials Science. Students learn how chemical processes work in real-world settings, combining theory with practical laboratory work to develop problem-solving skills.
Year 2:
In the second year, students delve deeper into engineering design and process analysis with modules like Fluid Mechanics, Chemical Reaction Engineering, and Heat and Mass Transfer. You will gain hands-on experience with simulations and pilot plant experiments, preparing you for industrial challenges.
Year 3:
The final year focuses on advanced engineering concepts, process design, and project management. Modules such as Process Control and Safety, Advanced Chemical Engineering Design, and a Final Year Project allow students to tackle real-world engineering problems, often with industry relevance.
Focus Areas: Process design, thermodynamics, reaction engineering, materials science, fluid mechanics, and safety management.
Learning Outcomes: Develop technical competence in chemical engineering, problem-solving, project management, practical lab skills, and industry-ready knowledge.
Professional Alignment (Accreditation): Accredited by IChemE (Institution of Chemical Engineers), providing a pathway toward Chartered Engineer status.
Reputation (Employability Rankings): Students benefit from strong industry links, placement opportunities, and graduate employability support, with many securing roles in chemicals, energy, pharmaceuticals, water treatment, and consultancy.
At Canterbury Christ Church University, you won’t just sit in lectures—you’ll get hands-on experience from day one. The program is designed so you can apply what you learn in real-world settings, using modern labs, industry-standard equipment, and collaborative projects that mirror what chemical engineers do in the workplace. Whether you’re solving problems in a lab, running simulations, or working on team projects, you’ll build practical skills that prepare you for a successful career.
Some of the key ways you’ll gain experience include:
Specialist Engineering Laboratories – Carry out experiments and research in fully equipped chemical engineering labs.
CDIO Projects – Work in teams to Conceive, Design, Implement, and Operate solutions to realistic engineering challenges.
Industry Collaboration – Take part in projects with real companies to see how theory meets practice.
Modern Engineering Workshops – Develop hands-on skills using the latest engineering tools and techniques.
Open Days and Facility Tours – Explore labs, workshops, and resources, getting a real feel for the environment you’ll study in.
Graduates from this program leave with the skills and confidence to step straight into exciting roles in chemical engineering. Many go on to become chemical engineers, process development scientists, environmental consultants, or project engineers, applying their knowledge to real-world challenges in chemicals, energy, pharmaceuticals, and sustainable industries. With a strong foundation in both theory and hands-on practice, students are well-prepared for a successful and versatile career.
These opportunities are supported by a range of university services and partnerships, ensuring you’re ready for the workplace:
Career Development Service – Get one-on-one guidance, CV support, and interview preparation tailored to engineering roles.
Futures Initiative – Connect with alumni and industry mentors to explore career pathways and build your network.
EDGE Hub – Access innovation resources and collaborate with local businesses on practical projects.
University–Industry Partnerships – Work with real companies through projects and placements, enhancing your employability.
Accreditation Benefits – The IChemE-accredited program provides a pathway toward Chartered Engineer status, adding long-term professional value.
Graduate Outcomes – Many alumni secure graduate-level jobs within months of finishing the program, stepping into rewarding careers with competitive starting salaries.
Further Academic Progression:
After completing the BEng, students can continue their studies with an MEng in Chemical Engineering or pursue postgraduate research such as an MSc or PhD, specialising in areas like process engineering, renewable energy, or pharmaceutical engineering.
IELTS - 6.0 overall with no element below 5.5CBSE - Successful completion of standard 12 th with 60% average A Level - DDENo further information is provided on requirements of curriculumchemical engineersenergy engineerspetroleum engineersprocess development scientistsplant managersproject engineersdata analystsand research scientists
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