Interested in Mechatronics Engineering? Then this article is for you.

Did you ever dream of having a skillset from every engineering branch that exists but know that it’s not possible to master almost all of them? If yes, then Mechatronic Engineering is the right option for you. Mechatronic Engineering covers almost all aspects of Engineering that exist.

Mechatronic Engineering involves various aspects of robotics, electronics, computer science, telecommunications, systems, control, and product engineering. It connects the separate processes of design and production into one simpler, smarter system. The expected growth in the automation and manufacturing industry is dependent upon Mechatronics Engineering.

Even though Mechatronic Engineering does not cover all the branches of Engineering in detail it does provide Engineers with information enough to design computer-controlled electromechanical systems.

Interested in Mechatronics Engineering? Then this article is for you. 1

What do Mechatronics Engineers do?

They approach every task in a multidisciplinary manner based on a systematic process to develop automated and intelligent electromechanical devices such as smartphones, 3D printers, satellite systems, etc. They combine the principles of mechanics, electronics, and computing to generate a simpler, more economical and reliable system. 

From an industrial point of view, Mechatronic Engineers are more likely to be hired than Engineers from other branches due to the various skillsets they possess therefore reducing the money organisations have to spend on paychecks.

What skills do Mechatronics Engineers require?

Mechatronic Engineers should possess a wide range of skills ranging from modelling, simulating and analysis of complex mechanical, electronic and other engineering systems to mechatronic control systems and programmable logic controllers and practical physics, including dynamics and fluid power. The following lists a few other skills required:

  • Manufacturing processes.
  • Industrial control principles, including instruments, circuits, components and control techniques.
  • Statistics.
  • Machine design elements and kinematics.
  • Process control in plant automation.
  • Computer-integrated manufacturing.

A modified version of the field

Biomechatronics is an emerging variation of this field. Its purpose is to incorporate the human body with the mechanical parts mostly in the form of an artificial removable exoskeleton. It can help in finding cures for various diseases and physical conditions such as heart transplants.

What career paths can I pursue with a mechatronics degree?

Mechatronics Engineering has a high scope in the coming future. You’ll find mechatronics degree graduates working with smart technologies and complex machines in a variety of industries. Job titles may include:

  • Agricultural technician.
  • Automotive technician.
  • Telecommunications technician.
  • Robotics technician.
  • Biomedical engineering technician.
  • Wind-turbine installer.
  • Logistics technician.
  • Control System Engineer
  • Data Logging Engineer
  • Instrumentation Engineer
  • Project Engineer
  • Software Engineer
  • Systems Engineer
  • Service Engineer

Mechatronics Engineering is a high impact job. Jobs in this sector are expected to increase drastically in the coming 10 years.