Top Master’s in Chemical Engineering in the UK

Master’s in Chemical Engineering in the UK

After earning an undergraduate degree, students can choose to continue their education by pursuing a Master’s in Chemical Engineering. This level of education is intended to provide benefits to your career that would be impossible with just a bachelor degree. It is possible to enter certain higher positions, rather than advance to them, essentially giving your career a jump start. The UK is an especially appealing country to study chemical engineering, or any branch of the field of engineering, due to the Chartered Engineers system. While chemical engineering is itself a subcategory, it is still possible to specialise further while studying. Doing so is wise and will help you focus your career upon graduation.

What is a Master’s in Chemical Engineering in the UK?

Most engineering programs in the UK require students to study for four years. Keep in mind that it is only possible to enroll in a master’s program after completing four years in a bachelor program. Some universities add a fifth year in order to incorporate industry work as well. You should decide whether that option is appealing to you when researching different schools’ programs. Typically, chemical engineering programs incorporate:

  • Lecture-based courses and seminars
  • Broad examinations
  • Minor courses in other fields of engineering, especially those related to chemistry
  • Workshops to provide hands-on experiences.

While it is possible to use a Master’s in Chemical Engineering for multiple applications, those that earn this degree typically enter a career turning raw materials into products. Chemical engineering is unique in that it does not frequently incorporate machines or general mechanics. It certainly is possible to focus on machinery if you choose to. Other areas of engineering include computer science, architecture, city planning, manufacturing, and aerospace applications. With so many different options available, it is especially important that you take the time to decide how you want to apply your degree. While studying, find ways to focus your courses to be as beneficial as possible to your future career.

What Are the Benefits of Getting a Master’s in Chemical Engineering in the UK?

The biggest benefit that engineering students that choose to study in the UK enjoy is the Chartered Engineers system. In the UK, the Engineering Council registers qualified engineers to become Chartered Engineers. This prestigious recognition makes it easier to enter into certain more advanced careers. This system also has more than 180,000 international registrants, so it also has certain global benefits. In order to be registered as a Chartered Engineer, you must work for four years after graduating.

Beyond the Chartered Engineer system engineering students in the UK also benefit from:

  • Improved number of options for careers
  • Higher salary upon entering a position
  • Excellent international study programs
  • Many of the best engineering schools to choose from, including Imperial College London, University of Edinburgh, and University of Cambridge

Finally, earning a Master’s in Chemical Engineering qualifies you to continue your education further. After a master’s degree, it is also possible to earn a doctor in engineering, which allows you to enter some of the very most advanced positions.

What Kind of Career Can You Expect with a Master’s in Chemical Engineering in the UK?

There are three primary fields that chemical engineers can pursue. The first deals mostly on the development of different substances. These can range from cosmetics to medicine to food or beverages. If you choose to enter this field, your job title will likely be chemical product engineer. These professionals have a greater focus on chemistry and a lesser focus on traditional engineering concepts.
The second option focus much more on machinery and different mechanisms. In many ways, those that end up in this area are no different than mechanical engineers. They will design, implement, analyse, and maintain different machines that are used to create the products that chemical product engineers develop. While there is greater attention to mechanics, a firm knowledge of chemistry is also required in order to enter this career choice.
Finally, there is a third option that is far more theoretical than the other two. It is possible to enter research and development careers that deal with the creation of new technologies. These professionals may be involved with the design of fuel cells, nanotechnology, hydrogen power, and other innovations. Of course, there are also other career choices that mix elements from any of these three options.

 

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