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Types of Mechanical Engineering

Are you interested in working with engines and cars? Still not sure whether to become a mechanic or an engineer?

In case you didn’t know, there is a difference between mechanical engineering and automotive repair. The two are different in training, salary, and jobs. Are you still wondering what to do with your life?

Not sure what you want to do? Good news, you came to the right place. Keep reading to learn more about the different types of mechanical engineering.

1. Aerospace

This requires specialists with a strong understanding of the principles of aerodynamics. Specialists within the aerospace engineering field are responsible for aircraft and spacecraft.

These mechanical engineering fields must thoroughly understand all the engineering mathematics and physics. This includes working on the mechanical components. It also includes designing and constructing satellites and space probes.

2. Acoustics

Acoustic engineers plan, design, and develop systems to reduce unwanted noise, including soundproofing and noise control systems. These can be used in various settings, such as factories, schools, offices, and residential facilities.

Standard tools used in noise reduction. The tools used to reduce noise in a space may vary depending on its purpose and the type of noise being addressed. These are just a few examples of how acoustics can be used to reduce noise and improve the overall acoustics of a space.

3. Automation

Automation can involve using robots, automated machines, and other computer-controlled systems to complete various tasks. Some typical functions in the field of mechanical engineering include the following:

  • design of engines
  • robots
  • another mechanical device
  • repair maintenance
  • testing of devices

Automation in mechanical engineering can include computer-aided design (CAD) tools. Automating these processes can save time and costs.

This also provides higher-quality products and improved safety standards. This is a beneficial and cost-effective way to increase a company’s productivity.

4. Composites

Composites are used to create components that are strong and lightweight. Composites are materials made from two or more predefined materials. These materials are combined to have better specific properties than the individual components.

The materials used in composites are usually brought together through a heating process. They are used to create suitable structural characteristics.

Mechanical engineering helps ensure the composite materials used for the job are correctly formulated. It also provides fabrication techniques applied that are up to standard.

5. Automotive

On a basic level, mechanics within the automotive sector can be broken down into four key categories. These are the powertrain, chassis and suspension, steering and braking, and body engineering.

Powertrain focuses on designing and implementing the parts that power the vehicle. Chassis and suspension relate to the vehicle’s dynamics- its components are responsible for its ride and handling.

Steering and braking look at the devices that allow a driver to control the vehicle. Body engineering deals with the vehicle’s body. If you want some help with your engineering equipment, visit

Understanding the Types of Mechanical Engineering

Mechanical engineering is a vast field with a broad array of job opportunities. With all the types of mechanical engineering available, there is something for everyone to pursue.

Research and reflect on them all when deciding your career path. Start today by reaching out to industry professionals to learn more!

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