Mechanical Engineering at university: A highly versatile degree

To this day, most people associate mechanical engineering with engines, factory assembly lines and a complex arrangement of gears. While these are undeniably key aspects of the field, mechanical engineering can open doors to a far wider scope of fields, due to its combination of analytical reasoning, first principles problem solving and critical thinking.

From a technical aspect, students develop an understanding of mechanics, thermodynamics, materials science, simulation modelling etc. as well as developing skills in data analysis, project management, and collaboration.

While these skills serve as the building blocks of what makes a good mechanical engineer, they’re also qualities that are highly sought after by employers in adjacent fields such as aerospace, energy, construction, food, tech and manufacturing. You’ll see Mechanical Engineers involved in everything from the design of the body of your laptop, to the creation of the machines that help make your favourite chocolate bar.

But these skills aren’t just sought after by mechanical engineering-adjacent roles; Mechanical Engineering graduates are often sought after in consulting, finance, economics, and management roles due to their ability to break down and solve complex problems, their strong background in mathematics, as well as their unique ‘system-level’ perspective.

With an ever-growing push for sustainability across all industries, the mathematically rigorous, first-principles approach is in high demand, as companies push to develop innovative solutions that meet today’s demands.

Choosing a degree can sometimes feel like picking a narrow path that you have to follow. But with the versatility and flexibility that a Mechanical Engineering degree gives you, the options are endless!