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Study Chemical Engineering, Why & How To Study

Chemical Engineering provides lucrative opportunities due to its different applications and great graduate prospects. Discover more with our guide.

Group of chemistry students working together in laboratory

CONTENTS

  1. What’s Chemical Engineering?

  2. What Chemical Engineering degrees can you study?

  3. What do you need to get onto a Chemical Engineering degree?

  4. What topics does a Chemical Engineering degree cover?

  5. How will you be assessed?

  6. Why study Chemical Engineering?

  7. What do Chemical Engineering graduates earn?

  8. What jobs can you get as a Chemical Engineering graduate?

  9. What are the postgraduate opportunities?

  10. Similar subjects to Chemical Engineering

  11. Have any questions?

What’s Chemical Engineering?

Chemical Engineering combines physical sciences (physics and chemistry) with life sciences (biology). It also incorporates mathematical, engineering and mechanical elements.

Chemical engineers transform raw materials into useful items. They work with the design and operation of chemical processes across various industries. Think pharmaceuticals, food and drink, textiles, electronics and various more.

During a Chemical Engineering degree, you’ll be taught a range of topics. Areas include fluid mechanics, nanotechnology, bioengineering, thermodynamics and reaction engineering.

Take a look at the university league table for Chemical Engineering.

What Chemical Engineering degrees can you study?

Undergraduate degrees in Chemical Engineering usually come with a BEng (Bachelor of Engineering). Many have integrated master’s as part of the course, where you can earn an MEng (Master of Engineering).

As well as straight courses in Chemical Engineering, other examples of degrees are:

Biochemical Engineering

This degree focuses on chemical processes that involve biological materials and organisms. Areas you’ll cover include biotechnology, pharmaceuticals and microbiology.

Search for Biochemical Engineering courses.

Energy Engineering

Interested in areas like renewable energy and environmental engineering? You can centre your studies on energy use and production.

Find Energy Engineering courses.

Other options

You can often find university courses that include:

  • Integrated foundation year
  • Industrial placement year
  • Study abroad opportunities

What do you need to get onto a Chemical Engineering degree?

Entry requirements for a Chemical Engineering degree range from 96–165 UCAS points. This could include the qualifications below:

  • A Levels: A*A*A–BBC
  • BTECs: D*D*D*–MMM (or in combination with A Levels)
  • Scottish Highers: AAAAA–BBBB (Advanced Highers: AAB–AA)
  • International Baccalaureate: 42–26
  • Universities will usually ask that you have studied an A Level (or equivalent) in maths. Plus chemistry and/or physics

Other good subjects to have studied include:

  • Further maths or STEP (Sixth Term Examination Paper) is sometimes required
  • General subjects at A Level may be excluded

Experience that would look good on your application:

  • Extra reading on the subject, such as from the websites of the New Scientist, the Chemical Engineer journal, or WhyNotChemEng
  • Work experience or shadowing. If eligible, check out Industrial Cadets, Nuffield or In2scienceUK STEM placements
  • Taking part in STEM challenges or competitions
  • Online courses such as Insight into University, Smallpiece Trust or MOOCs
  • Learning coding such as Python
  • If eligible, summer schools such as UNIQ or Sutton Trust

Other requirements for this subject include:

  • Pass in the practical element of science taken at A Level
  • Interviews and admissions tests are required by some universities

What topics does a Chemical Engineering degree cover?

Typical modules for courses in this subject include:

  • Chemical engineering design
  • Chemistry and processes
  • Electrical and information engineering
  • Engineering computation
  • Fluid mechanics, mass and heat transfer, thermodynamics
  • Introduction to biochemical engineering
  • Practical skills in chemical engineering
  • Programming skills for engineers
  • Structures, materials and dynamics

How will you be assessed?

Courses are assessed in a variety of ways, depending on the module:

  • Coursework
  • Essays
  • Reports
  • Design and research projects
  • Presentations.
  • Exams at the end of each semester for almost all courses

Why study Chemical Engineering?

You'll gain detailed knowledge of chemistry, engineering, materials science and IT. You’ll also learn about the economics, management and safety of modern science.

Career-specific skills:

  • Principles and practices of chemical engineering
  • Professional skills in engineering, including research, process design and management
  • Placements could give you industrial experience for your CV

Transferable skills:

  • Data analysis
  • Numeracy and IT skills
  • Organisation
  • Problem solving and creative thinking
  • Resource management
  • Team working
  • Working under pressure

Professional accreditation:

  • Degrees may be accredited by the Institution of Chemical Engineers (IChemE). Accreditation provides a route towards registration as a Chartered Chemical Engineer (MIChemE)
  • Degrees may also be accredited by IOM3 (Institute of Materials, Minerals and Mining) or the Institute of Measurement and Control
  • They may include registration as an Incorporated Engineer (IEng), and partial registration as a Chartered Engineer (CEng)

What do Chemical Engineering graduates earn?

Chemical Engineering graduates enjoy good starting salaries of between £22,000–£30,000.

As your career progresses, you could earn £30,000–£65,000 depending on the stage of your career and the sector you work in. Chartered chemical engineers are at the higher end of this scale, with the potential for an income of up to £90,000 as a principal process engineer.

What jobs can you get as a Chemical Engineering graduate?

A degree in Chemical Engineering is highly vocational. If you decide not to continue as an engineer, opportunities can be found in management or analytical roles. For instance, in supply chain, risk management or finance.

  • Biotechnologist
  • Chemical engineer
  • Consultant engineer
  • Design engineer
  • Energy coordinator
  • Geochemist
  • Nuclear engineer
  • Product development scientist
  • Project manager
  • Risk management
  • Senior Process Engineer

Read our guide on how to become an engineer.

What are the postgraduate opportunities?

If you have a first degree in a related discipline you could pursue postgraduate study in Chemical Engineering. Examples of taught master’s and research degrees at postgraduate level include:

  • Advanced Process Integration and Design MSc
  • Chemical Engineering and Biotechnology MSc/MPhil
  • Chemical Engineering MPhil/PhD
  • Formulation Engineering EngD

Similar subjects to Chemical Engineering

Other subject areas that might appeal to you include:

Search undergraduate courses in Chemical Engineering now!

Have any questions?

Do you have questions about studying Chemical Engineering? You can email our experts at ask@thecompleteuniversityguide.co.uk. We’ll be happy to hear from you!

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