BEng Hons Chemical Engineering (with Integrated Foundation Year)

The BEng (Hons) Chemical Engineering with Integrated Foundation Year at the University of Bradford is a comprehensive five-year program designed to equip students with the essential knowledge and skills for a successful career in chemical engineering. The integrated foundation year ensures that students without traditional qualifications in mathematics and science receive the necessary preparation to excel in their studies.

Curriculum Structure

Foundation Year (Year 0)

The foundation year provides a solid grounding in the core principles of engineering, focusing on developing essential skills and knowledge in science, technology, engineering, and mathematics (STEM). Core modules include:

• Introduction to Computing: Develops fundamental computing skills essential for engineering applications.

• Foundation Physics: Introduces key concepts in physics relevant to engineering contexts.

• Foundation Mathematics: Covers essential mathematical techniques and problem-solving methods.

• Fundamentals of Materials: Explores the properties and applications of engineering materials.

• The Effective Learner: Focuses on developing effective learning strategies and study skills.

• Computer Skills and Application: Enhances proficiency in using computer software for engineering tasks.

Year 1

Building upon the foundation year, Year 1 delves deeper into the fundamental principles of chemical engineering, with an emphasis on understanding the core concepts and their applications. Core modules include:

• Introduction to Chemical Engineering: Provides an overview of the chemical engineering profession and its role in society.

• Fluid Mechanics: Introduces the study of fluids in motion and their behavior in engineering systems.

• Thermodynamics: Explores the principles governing energy and heat transfer in chemical processes.

• Material Science: Examines the relationship between the structure and properties of materials.

• Process Principles: Introduces the basic principles underlying chemical processes and operations.

Year 2

Year 2 focuses on applying the fundamental principles learned in Year 1 to more complex chemical engineering problems, emphasizing design and analysis skills. Core modules include:

• Process Design: Covers the principles and practices involved in designing chemical processes.

• Process Dynamics and Control: Introduces the concepts of process dynamics and the control of chemical processes.

• Reliability and Safety Engineering: Focuses on ensuring the reliability and safety of chemical engineering systems.

• Chemical Engineering Design Project: Provides hands-on experience in designing chemical engineering solutions.

Year 3

Year 3 emphasizes the application of advanced chemical engineering principles to real-world problems, with a focus on practical skills and industry-relevant knowledge. Core modules include:

• Advanced Process Design: Explores advanced techniques and methodologies in process design.

• Separation Processes: Covers the principles and applications of various separation techniques in chemical engineering.

• Reaction Engineering: Focuses on the design and analysis of chemical reactors.

• Sustainable Engineering Practices: Introduces concepts and practices for sustainable engineering solutions.

Year 4

The final year of the program focuses on integrating and applying the knowledge and skills acquired throughout the course to complex chemical engineering challenges. Core modules include:

• Chemical Engineering Design Project: A capstone project that involves the design of a chemical engineering system or process.

• Process Optimization: Focuses on techniques for optimizing chemical processes for efficiency and sustainability.

• Advanced Process Control: Explores advanced methods for controlling chemical processes.

• Professional Development: Prepares students for professional practice in the chemical engineering field.

Focus Areas

Chemical Engineering, Process Design, Thermodynamics, Fluid Mechanics, Material Science, Process Dynamics, Safety Engineering, Sustainable Practices

Learning Outcomes

Upon successful completion of this program, students will be able to:

• Apply fundamental principles of chemical engineering to solve complex problems.

• Design and analyze chemical processes and systems.

• Implement safety and reliability measures in engineering practices.

• Integrate sustainable practices into engineering solutions.

• Demonstrate effective communication and teamwork skills in professional settings.

Professional Alignment (Accreditation)

The BEng (Hons) Chemical Engineering with Integrated Foundation Year is accredited by the Institution of Chemical Engineers (IChemE). This accreditation ensures that the program meets the academic requirements for registration as a Chartered Engineer (CEng) under the UK-SPEC framework.

Reputation (Employability Rankings)

The University of Bradford is renowned for its strong industry links and emphasis on employability. The chemical engineering program has a track record of graduates securing positions in leading companies within the chemical, pharmaceutical, and energy sectors.

Graduating from the BEng (Hons) Chemical Engineering with Integrated Foundation Year at Bradford opens doors to exciting and varied career paths. Many of our students go on to work as:

• Process Engineers – designing and optimizing chemical processes in industries like pharmaceuticals, petrochemicals, or food production.

• Safety Engineers – making sure chemical operations run safely and meet industry standards.

• Project Managers – leading engineering projects from start to finish.

• Environmental Consultants – helping companies reduce environmental impact and implement sustainable practices.

The program doesn’t just give you academic knowledge—it equips you with real-world skills and professional experience:

• Career and Employability Services – get personalized guidance on CVs, interviews, and job searches to help you land your first role.

• Industrial Placement Opportunities – take part in a 12-month placement to gain hands-on experience and build industry connections.

• Professional Development Programs – workshops and sessions to boost communication, teamwork, creativity, and leadership skills.

• Strong University–Industry Partnerships – collaborate with leading companies through placements and project work to gain practical insights.

• Accreditation by IChemE – ensures your degree meets professional standards, helping you move toward Chartered Engineer status.

Graduates leave Bradford with the confidence, experience, and technical skills that employers value, giving them a head start in a competitive job market.

Further Academic Progression:

After your BEng, you can take your studies further:

• MSc in Chemical Engineering – gain advanced expertise and prepare for leadership roles.

• MSc in Advanced Chemical and Petroleum Engineering – focus on cutting-edge technical skills and sustainable practices.

• PhD in Chemical Engineering – pursue research in specialized areas and contribute to innovation in the field.

These options give you the flexibility to specialize, enhance your career prospects, and continue growing in the chemical engineering world.