Why get an Engineering Degree?

20th April 2020

Engineering is part of everyday life. Everything you do or use involves or has involved engineering at some point. Engineering is the science of machines, engines, and structures. Engineering is a complex science with many disciplines.

Engineering careers are fairly well paid, with some of them going into the higher paid bracket.

7 Highest Paid Engineering Degrees

  • Computer Science – $58,800 – $112,600.
  • Aerospace engineering -$58,000 – $107,900.
  • Electrical engineering – $55,000 – $105,000. 
  • Mechanical engineering – $52,500 – $101,600.
  • Civil engineering – $51,100 – $93,400.
  • Biomedical engineering – $50,600 to $92,200.
  • Architectural engineering – $50,000 – $90,400.

Some of the most exciting developments around the world today are being worked on by students taking engineering degrees. Kettering University Online is currently reporting on a fascinating auto-drive project undertaken by its engineering students.

What engineering degrees are there?

Software Engineering

Software engineering is part of the computer science family, and much of the coursework for the two degrees overlap. 

Computer science is the most versatile of the two degrees, but many IT companies are now looking for armies of software engineers to create, test, and fix their software. 

A software engineering degree can open a lot of doors and lead to varied careers, from software development to cybersecurity. The choice to take a software engineering degree gives a broad scope of choice for a career after graduation.

Aerospace Engineering

Aerospace engineering is a fascinating field that deals with things in flight. Whether that be airplanes, helicopters, or rockets. Aerospace engineering opens up the graduate to a vast number of careers spanning many sectors. From the history of flight to the future of aviation, aerospace engineering can lead to dream jobs, such as working for NASA, aerospace engineering provides opportunities that can lead to amazing careers.

Electrical Engineering

Electrical engineering is one of the degrees of the future. Electrical engineering covers the design, development, testing, and research of anything involved with electricity. From the first lightbulb to future lighting solutions.

Electrical engineers have a broad scope of careers on graduation, from cellphone electronics to spaceship electronics. Electrical engineers can be involved in every part of a product’s lifeline; they are responsible for the development of the power systems along with the implementation of newly designed systems. Electrical engineers specialize in electrical fields, from home and commercial electricians to marine electrics.

Mechanical Engineering

Mechanical engineering is the study, research, and testing of anything involving machines. It is one of the engineering disciplines that companies are having a hard time recruiting for. Mechanical engineers have been worried for some time that their industry may be dying, or be overtaken by the computer and software engineers, but this couldn’t be further from the truth.

As long as people still need to travel, to DIY, to move things, mechanical engineers will be in need. Mechanical engineers work on machines and robots, including cars, airplanes, and trains. Anything that uses an engine or has moving parts has been worked on by a mechanical engineer. 

At the moment, companies are finding it challenging to recruit mechanical engineers, so a mechanical engineering degree is an excellent choice for a great future.

Civil Engineering

Civil engineering is a track straight into the government sector. Anything that involves moving or holding people has exposure to a civil engineer. A civil engineer has planned, tested, and researched any issues and has worked towards solving problems that come up in simulated or real environments.

Civil engineering has a vast number of careers available on graduation, from town planning to transportation planning.

Biomedical Engineering

Biomedical engineering is described as a high paying, low stress, little regarded career path that is not widely considered, yet has enough importance to be equally as crucial as other STEM and engineering strains.

Biomedical engineers are in demand in the clinical and patient sectors. Biomedical engineers design and test medical and clinical items and equipment to help patients and clinicians in medical settings. Improved equipment leads to easier and improved recoveries. As long as people are sick, biomedical engineers will be in demand. As a varied and exciting career, a biomedical engineer is towards the top of the interest leagues, but not quite there in the glamour stakes.

Architectural Engineering

Architectural or structural engineers are responsible for designing and testing new buildings. A structural engineer combines the best of the world of architecture with the best of the world of scientific testing. An architectural engineer’s job involves designing and testing the long-term viability of building design. Think spaghetti bridges, but in real-world settings. Architectural engineering is vital to the spread of cities and towns. Without the structural engineer, new and innovative buildings cannot come into being.

Corey is an all round tech guru who has worked at some major blue chip companies. He started Poweronemedia to share his views and knowledge with the rest of the blogging world.