6 Interdisciplinary Engineering Degree Careers You Can Study for in 2019

The world will always need engineers. Who else could design the things that improve and make our lives easier? But with such a wide range of technical specialisations, it’s probably hard to decide which Engineering degree would be the best for you.

The good news is that in some cases your Engineering specialisation doesn’t tie you down to a single industry because the skills and knowledge you’ll gain will be valuable in various engineering sectors. That's why finding the most interdisciplinary Engineering degrees can be a great decision for your career. Let’s see which Engineering Master's degrees will help you with a versatile Engineering career path.

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6 Engineering degrees with high interdisciplinary potential

Usually, Engineering Master's degrees allow you to find multiple job opportunities after graduation. Moreover, some Engineering specialisations overlap or are highly connected between one another. Here are some examples:

1. Environmental Engineering works great with Chemical Engineering

Why become an environmental engineer? Because you get to develop alternative energy resources, design and build sustainable ecosystems to combat global warming and basically be smart about making the world a much nicer place to live in. 

And since a lot of chemical substances can also have a potentially hazardous effect on the environment, environmental engineers are often an asset for companies and organizations in the chemical industry. You’ll have the right skills to find ways to turn pollutants into harmless materials, to make the soil fertile, to clean contaminated water and design clean alternative fuels.

Check out great destinations for studying Environmental Engineering:

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2. Civil Engineering degree work with energy, transport, and water industries

During a Civil Engineering degree, you’ll learn to design and manage construction projects for buildings, roads, bridges, tunnels, railways, etc. while taking into consideration factors such as the purpose of the project, natural disasters, and others. Since Civil Engineering is concerned with anything related to structures, you can also be involved in the following sectors: 

  • work with energy and power engineers to design, test and maintain power distribution networks and power plants)
  • work with transportation engineers to design infrastructure like highways, airports, railways, etc.
  • work with water engineers to design water networks and provide clean water to buildings

Here are some great destinations for studying Civil Engineering: 

3. Biomedical Engineering degrees are useful with Chemical Engineering

During a Biomedical engineering degree, you’ll combine knowledge from biology and medicine to prepare you to develop new treatments for diseases and improve human health.

This means that you will also acquire extensive knowledge in chemistry, so you can always find work opportunities as a chemical engineer.  You can research new medicine, figure out how medical equipment reacts to the human body, or design revolutionary materials used to build prosthetics, to help in dentistry, or with various implants and devices.

Here are some top destinations for studying Biomedical Engineering: 

4. Electrical Engineering mixes well with Embedded Technology

During Electrical Engineering studies, you will learn to find innovative and practical solutions for building and designing intelligent utility networks, wireless networks, and advance nanotechnology and biochips. 

Embedded Technology deals with creating hardware and software components that are meant to produce a repetitive task and can be found inside all electronic systems (automobiles, spaceships, smartphones, video cameras etc.). Thus, in many cases, embedded technology is a significant part of Electrical Engineering.

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Go for study programmes in Electrical Engineering in countries like: 

5. Mechanical Engineering degrees are useful in Aerospace, Automotive, Marine or Transportation

Mechanical Engineering applies principles of physics in the analysis, design, manufacturing and maintenance of mechanical systems. The main duties of mechanical engineers are to design, create, and test any type of equipment and machinery that is meant to move.

Mechanical engineers use principles such as heat, force, the conservation of mass and energy to design vehicles, aircraft, heating and cooling systems, industrial equipment, and machinery. That makes them great colleagues and potential candidates for careers in the Aerospace, Automotive, Marine and Transportation Engineering industries.

 Check out great destinations for studying Mechanical Engineering:

6. Energy and Power Engineering blends well with Electrical and Environmental Engineering

During an Energy and Power Engineering degree, you’ll learn to design, build, assess or remodel systems that produce and supply energy.

Because you’ll have skills related to sustainable energy systems, such as wind turbine farms, or study the environmental impact of energy conversion, you won’t be a stranger to Environmental Engineering expertise.

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Electrical systems are part of the energy delivery systems and electrical engineers create and test the electrical components of turbines involved in creating electricity like motors or generators. So it's not rare that energy engineers and electrical engineers cross paths.

Check out great destinations for studying Power Engineering:

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