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4 Years On Campus Bachelors Program
University of WolverhamptonThe BEng (Hons) Chemical Engineering with Foundation Year at the University of Wolverhampton is perfect for students who want to build a career in chemical engineering, even if they don’t meet the standard entry requirements. You’ll gain the knowledge and practical skills to design, analyze, and improve chemical processes, with a strong focus on sustainability and real-world applications.
Curriculum Structure:
Foundation Year:
The foundation year helps you get up to speed with the basics, giving you a solid start. You’ll study Foundation Mathematics I & II to build essential math skills, explore computing through Fundamentals of Computing, and improve your academic writing and research with Communication and Study Skills.
Year 1:
In your first year, you dive into the core of chemical engineering. You’ll cover Principles of Chemical Engineering to understand processes, Fundamentals of Organic Chemistry to explore molecules and reactions, and strengthen your analytical skills with Engineering Mathematics II. Engineering Materials teaches you how different materials behave and how to select the right ones for a project.
Year 2:
The second year builds on your foundation with more advanced concepts. You’ll study Fluid Mechanics to understand fluid behavior, Thermodynamics for energy and process analysis, and Process Control to see how chemical systems are monitored and managed. Heat and Mass Transfer introduces the movement of energy and materials, a key part of real-world chemical engineering.
Year 3:
Your final year focuses on applying what you’ve learned and preparing for your career. Process Design and Simulation gives you hands-on experience designing chemical processes, Environmental Engineering explores sustainable solutions, and Industrial Practice connects you with real-world engineering challenges.
Focus Areas: Sustainable Chemical Engineering, Process Optimization, Environmental Impact Reduction
Learning Outcomes: Process Design and Analysis, Fluid Dynamics, Thermodynamics, Material Selection, Environmental Impact Assessment
Professional Alignment: Accredited by the Institution of Chemical Engineers (IChemE), helping you move toward Chartered Engineer status.
Reputation: The University of Wolverhampton is known for its strong industry connections and practical approach, helping graduates enter the workforce confidently.
At the University of Wolverhampton, this program is all about learning by doing. You won’t just be sitting in lectures—you’ll get plenty of hands-on experience that brings chemical engineering to life. From running experiments in well-equipped labs to using industry-standard software and working on real-world projects with your classmates, you’ll develop the practical skills employers are looking for. The course also gives you the chance to visit industrial sites, take part in research projects, and get comfortable applying theory to real engineering problems:
Specialized Laboratories – Modern labs with equipment for experiments in chemical processes.
Industry-Standard Software – Learn simulation and modeling tools used in real chemical engineering work.
Collaborative Projects – Team-based projects that mimic real industry challenges, helping you develop teamwork and problem-solving skills.
Field Trips – Visits to industrial sites to see chemical engineering in action.
Research Opportunities – Engage in projects to explore areas of personal interest and build practical expertise.
These experiences are designed to help you confidently bridge the gap between the classroom and a professional engineering career.
Future Progression & Opportunities:
Graduates from this program leave ready to step confidently into the chemical engineering industry. Many go on to roles such as Process Engineer, Chemical Plant Operator, Environmental Consultant, or R&D Engineer. Thanks to the program’s practical focus, industry connections, and accreditation, you’ll be well-equipped for a variety of career paths:
University Careers Support: The University of Wolverhampton offers one-to-one career guidance, CV and interview workshops, and job search support to help you land your first role.
Industry Partnerships: Collaborations with companies like Jaguar Land Rover and involvement in Knowledge Transfer Partnerships give you insights into real-world engineering challenges and applied projects.
Graduate Networks: Access to employer connections and talent pools helps graduates secure positions across the chemical and process engineering sectors.
Accreditation Benefits: The program is IChemE-accredited, aligning with Chartered Engineer requirements—boosting your long-term career prospects.
Employment Prospects: Graduates often find work in chemical manufacturing, environmental consultancy, energy, or research and development, with competitive starting salaries and opportunities for rapid progression.
Further Academic Progression:
After completing this degree, students have the option to continue their studies with a Master’s in Chemical Engineering or related fields such as Process Engineering, Environmental Engineering, or Energy Systems. This can further enhance your expertise and open doors to senior technical or managerial roles in industry.
A Level minimum of BBC. One A Level must include Maths at grade B or above. Chemistry should also be passed wth grade B or C.GCSE English and Maths at grade C+/4No information is given for Language Requirements and other Curriculum in websitePharmaceuticalsEnergyWaterFood and drinkMaterialsMining and mineralsOil and gasProcess plant and equipmentBiotechnologyBusiness and management Consultancy
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