Chemical Engineering
Bachelor's degree
In Telford
Description
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Type
Bachelor's degree
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Location
Telford
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Duration
3 Years
Modern society relies on the work of chemical engineers, they help to manage resources, protect the environment and maintain stringent health and safety procedures, whilst all the while developing the processes that make the products we desire or depend on. Wolverhampton’s chemical engineering course provides for a deep understanding of chemical processes and also the products resulting from industrial chemical reactions.
On the course, you will learn how raw materials can be transformed into useful products in a safe and cost effective way. For example petrol, plastics and synthetic fibres such as polyester and nylon, all come from oil. Chemical engineers understand how to alter the chemical, biochemical or physical state of a substance, to create a range of products as diverse as food, cosmetics and pharmaceuticals.
The course covers energy resource exploitation and management, industrial practices and processes, chemical thermodynamics and reaction engineering, process design and control, health and safety, protection of the environment, and petroleum and chemical refining. Our course is aimed squarely at producing engineers. We will ensure you have the correct balance of underpinning science, mathematical skill and core chemical engineering to ensure that you will have second to none employment qualities and expectation. If you think you’d like to specialise a little earlier on in your studies then please see our other courses: Chemical Engineering with Chemistry (UCAS code H810) and Chemical Engineering with Pharmaceutical Science (UCAS code H81A).
Chemical Engineering is studied at City Campus in Wolverhampton.
Watch our video below featuring staff and students from Chemical Engineering here at the University of Wolverhampton.
Facilities
Location
Start date
Start date
About this course
Wolverhampton Chemical Engineering has established its self as department that is already proud of its engineering heritage. The course has been constructed to deliver Chemical Engineers into the UK and global workplaces. We strongly take the ethos that our students will leave us with a skill set to make a difference to the manufacture of world changing materials and processes. We will teach you the underpinning chemistry and thermodynamics but then we will put this knowledge into an industrial / engineering / 21st century context. We will make you ready for the final, all-important, 3rd year design project. You will be able to design the whole of a chemical manufacturing plant: you will understand the chemistry; you will understand how to control the reaction rate; you will know which are the controlling transport processes you need to monitor. But more than this, the plant you design will be efficient, it will be profitable, it will be green.
To achieve this we will ensure that right from Year 1 you have an engineer’s skill set and knowledge toolbox to call upon. We’ll provide lectures that are research and case study based and supported by tutorials which focus the understanding gained at lectures and make it relevant to contextual / industrial situations.
We will arrange seminars to enable exchange of ideas and knowledge with peers and with tutors. Experts and industrialists from across the UK and beyond will give many of these seminars. These experts in their field will show you the potential future that a degree in Chemical Engineering can give you either here in the UK or beyond..
University of Wolverhampton has just spent £1/3 million on its specialist Chemical Engineering laboratories. These, along with the brand new £25 million chemistry laboratories and our new £10 million manufacturing facilities out at Telford will develop your practical skills, information gathering and data-handling
2019 Entry
A Level minimum of BBC, including Maths with minimum grade B and Chemistry with minimum grade C.
BTEC QCF Extended Diploma grade DDM, BTEC QCF Diploma grade D*D*
Pass Access to Science HE Diploma full award (60 credits) of which a minimum of 45 credits must be at level 3 including 24 at merit of distinction
If you've got other qualifications or relevant experience, please contact The Gateway for further advice before applying.
International entry requirements and application guidance can be found here
Other Requirements
Reviews
Subjects
- Petroleum
- Engineering
- Materials
- Thermodynamics
- Design
- Chemical Engineering
Course programme
Chemical Engineering at Wolverhampton is industry focused and aims to prepare students to tackle the challenges facing the chemical and allied industries in the 21st century. The central theme of the course is to make you an engineer. To do this we have designed, along with IChemE and in consultation with some of the UK’s leading Universities and global companies, a 21st century curriculum for 21st century students and at the end of the process to produce 21st century engineers.
The teaching schedule is broadly split into three parts. We will provide the underpinning science and mathematics and give you an introduction to what chemical engineering really is and the global impact it can have. We’ll then give you a deep understanding of how chemical engineers solve problems and the vital knowledge required to make products and process raw material efficiently and cleanly. We’re then going to challenge you to design your own processes and methods of manufacture. We’re going to help you discover how the physical world works and ultimately what sort of engineer you want to be and how you get there.
The curriculum includes:
Year 1
Principles of Chemical Engineering
Principles of Organic Chemistry
Engineering Mathematics
Unit Operations
Engineering Materials
Thermodynamics and Fluids
Year 2
Transport Processes
Fluid Mechanics and Multiphase Systems
Mathematical Modelling
Unit Processes
Reaction Engineering
Petroleum Chemistry and Refining
Year 3
Design Project
Safety and Engineering Practice
Environmental Engineering
Discovery/Specialism
Process Dynamics and Control
Opportunites for team building activities.
Chemical Engineering