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The Chemical Engineering BEng (H810) at Newcastle University offers a comprehensive education in chemical engineering, blending theoretical knowledge with practical application. Designed for students aiming to address global challenges in sectors like energy, pharmaceuticals, and biotechnology, the program equips graduates with the skills necessary for a successful engineering career.
Curriculum Structure
Stage 1 (Year 1):
In the first year, students are introduced to the fundamental principles of chemical engineering. Modules include:
Thermodynamics (CME1021): Understanding the principles governing energy and matter.
Transfer Processes (CME1023): Exploring the movement of mass and energy in systems.
Computing and Numerical Methods (CME1025): Applying computational techniques to engineering problems.
Data Analysis in Process Industries (CME1026): Interpreting data for process optimization.
Chemical Engineering Laboratory (CME1027): Hands-on experiments to reinforce theoretical concepts.
Stage 2 (Year 2):
The second year delves deeper into specialized topics, preparing students for advanced studies. Modules include:
Chemical Reaction Engineering (CME2021): Studying the kinetics and design of chemical reactors.
Separation Processes (CME2022): Techniques for separating components in mixtures.
Process Control (CME2023): Managing and controlling industrial processes.
Process Design (CME2024): Designing efficient and sustainable chemical processes.
Stage 3 (Year 3):
The final year focuses on integrating knowledge to solve complex engineering problems. Modules include:
Advanced Process Design (CME3021): Developing innovative solutions for industrial challenges.
Process Safety and Sustainability (CME3022): Ensuring safe and environmentally friendly operations.
Individual Project (CME3023): A research project addressing a current issue in chemical engineering.
Focus Areas:
The program emphasizes:
Thermodynamics
Process Design and Optimization
Safety and Sustainability
Learning Outcomes:
Graduates will be able to:
Apply chemical engineering principles to solve real-world problems.
Design and optimize chemical processes.
Ensure safety and sustainability in engineering practices.
Professional Alignment:
The program is accredited by:
The Institution of Chemical Engineers (IChemE)
The Energy Institute
The Institution of Measurement and Control (InstMC)
This accreditation supports progression towards Chartered Engineer status.
Reputation:
Newcastle University is consistently ranked among the top universities for engineering in the UK. The program's strong industry links and emphasis on employability enhance its reputation.
At Newcastle University, the Chemical Engineering BEng (H810) program integrates practical learning throughout the curriculum, ensuring students develop hands-on skills essential for the industry. From state-of-the-art laboratories to industry placements, the program offers numerous opportunities to apply theoretical knowledge in real-world settings.
Key facilities and experiences include:
BioLab: A state-of-the-art facility providing access to a range of small-scale unit operations and the latest equipment.
Pilot Plant Laboratory: A recently upgraded space for simulating industrial-scale processes.
Modern Bench-top Experimental Equipment: Tools for conducting various chemical engineering experiments.
Interactive Video Teaching System: A system designed to enhance the learning experience through visual demonstrations.
High-Specification Fume Cupboards: Safety equipment for handling volatile chemicals.
Dedicated Computing Suites: Two suites running specialized industry-standard computer software.
These facilities support a curriculum that emphasizes practical skills and industry readiness. Students engage in laboratory experiments, design projects, and coursework that mirror real-world challenges. Additionally, the program encourages teamwork and communication through group projects and presentations.
Graduates of the Chemical Engineering BEng (H810) program from Newcastle University are well-prepared to embark on successful careers in various industries. With a solid foundation in chemical engineering principles and practical experience, alumni often pursue roles such as:
Chemical Engineer
Process Engineer
Energy Marketing & Trading Analyst
Graduate Engineer
The program's strong industry connections and emphasis on employability ensure that students are equipped to meet the demands of the global job market.
University Support & Industry Connections:
Career Support: Newcastle University's Careers Service offers tailored advice, CV workshops, and interview preparation to help students secure employment.
Industry Partnerships: The university collaborates with leading companies such as Nestlé, Nissan, Mott MacDonald, British Steel, Procter & Gamble, Reckitt Benckiser Group, and Amec Foster Wheeler, providing students with networking opportunities and potential placements.
Accreditation: The program is accredited by the Institution of Chemical Engineers (IChemE), the Energy Institute, and the Institution of Measurement and Control (InstMC), ensuring that graduates meet professional engineering standards.
Further Academic Progression:
After completing the BEng, students have the option to pursue further studies, such as:
MEng Chemical Engineering (H813): A four-year program that provides a direct route to becoming a Chartered Engineer (CEng).
MSc Programs: Specialized master's degrees in areas like Bioprocess Engineering, Process Control, or Sustainable Engineering.
PhD Opportunities: For those interested in research, pursuing a Doctorate in Chemical Engineering or related fields is a viable option.
These pathways offer graduates the opportunity to deepen their expertise and advance in their professional careers.
ABB including Chemistry and Mathematics or Further Mathematics.IB - 32 points with Mathematics and Chemistry at Higher Level grade 6.IELTS - a minimum score of IELTS 6.0 or equivalent including 5.5 in each of the four elements of the test.TOEFL - 79 overall (with a minimum of 17 in listening, 18 in reading, 20 in speaking, and 17 in writing)AP - UK A Level requirement A B B to be considered equivalent to AP test scores 5 4 4 or AP class scores of A B B SAT - 650 in both parts of the SAT to be considered equivalent to AP test/class with a score of 4/B. 700 in both parts of the SAT to be considered equivalent to AP test/class with a score of 5/A ACT - ACT with a composite score of 26 to be considered equivalent to AP test/class with a score of 4/B. ACT with a composite score of 28 to be considered equivalent to AP test/class with a score of 5/A Analytical chemistEnergy managerManufacturing engineerMaterials engineerMining engineer
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