What can you do with a Mechanical Engineering Degree?

The whole concept of Mechanical Engineering covers the design and manufacturing of everything from small and individual parts to large systems. Mechanical Engineering deals with engineering, physics, engineering, mathematics, and materials science principles to design, analyze, manufacture, and maintain mechanical systems. Mechanical engineering is one of the oldest and broadest of the engineering disciplines.

If all of the above subjects appeal to you, a degree in Mechanical Engineering would probably be your best choice. Find more information about the Mechanical engineering course, possible career paths and specializations by reading the article below.

Table of Contents

What is a Mechanical Engineering Degree?

Perhaps one of the main contributors to modern technology are mechanical engineers. Why? They contribute to the fields of statics and dynamics, thermodynamics, fluid dynamics, stress analysis, mechanical design and technical drawing.

Its close relatives in engineering are civil and structural engineering, electrical engineering, and aeronautical engineering.

What are the requirements for a Mechanical Engineering Degree?

Each university has its own set of requirements, depending on the program offered. A strong academic background in mathematics and physics is also required, along with the sciences such as Chemistry. Thus, all engineering degrees require applicants who have a strong background in mathematics and physics.

Find the best universities for a Mechanical Engineering degree here.

What are the key skills for Mechanical Engineering?

A strong candidate for a Mechanical Engineering degree must possess these skills:

  • Technical expertise
  • Data analysis
  • General IT skills
  • Analytical and problem-solving skills
  • Very strong numeracy skills

Types of Mechanical Degree Programs & Specializations

Mechanical Engineering is a 4 to 5- year undergraduate course. During the first year, students will have an overview of the basic concepts in mechanical engineering. Then, students can choose which specialization they prefer.

Nanotechnology

Nanotechnology is concerned with the development of new devices and structures that are well below the 1-micron size scale.

Robotics

Robotics integrates disciplines including electronics, mechatronics and real-time simulation to work towards the development of ever-more sophisticated robots.

Manufacturing

Another major area for mechanical engineers, you will be involved with design and operation of machinery used in industrial production lines.

Transportation systems

Mechanical engineers are responsible for the design, improvement and of transportation systems – including systems that operate on the road, rail, water, and in the air.

Combustion

Students will learn about the uses of combustion in various sectors, including energy generation, heating, and lighting, waste disposal, engines and manufacturing.

Career Options for Mechanical Engineering Majors

The manufacturing and industry, healthcare, food processing, communications and media, energy production, transport, and defense, are just some of the industries where a Mechanical Engineer is required. If you’re keen to pursue a degree in Mechanical Engineering, you will most likely be working in these fields:

Defense

Incorporated engineers specialize in the day-to-day management of engineering operations. You will take a role in involving planning, researching and developing new ideas, and streamlining management methods.

Rail travel

Rail engineering technicians will help design, build, and service the mechanical and electrical systems used in train engines and other types of rolling stock.

Consulting

More experienced mechanical engineers may choose to pursue consulting roles, working either as part of a consultancy or as an independent contractor.

Automotive sector

Automotive engineers focus on research and development, design, production processes or testing.

Aeronautics

Mechanical engineering graduates can become specialized aerospace engineers, who are responsible for the design and construction of new aircraft and spacecraft, including missiles and rockets.

Healthcare technologies

You will be involved in developing and improving the cutting-edge technologies used in healthcare.

Robotics

You will be responsible for designing improved robots for existing systems or repairing and maintaining industrial robots.

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