What Is Mechatronics?

Mechatronics is an interdisciplinary field that combines elements of engineering, machining, information technology, robotics, and electronics. It synergizes these diverse fields for the purpose of designing and field testing new and more efficient machine solutions to keep production lines and manufacturing floors working more smoothly. It began as a way to integrate pieces of machinery such as hydraulics, pneumatics, and other mechanical systems with computerized control systems.
The field has blossomed into a thriving part of the manufacturing industry with recent innovations such as responsive AI and improved UX design. A typical day for a mechatronics technologist may include checking designs for robotic solutions, helping install new systems, troubleshooting malfunctioning electronics, and maintaining equipment vital to mechanical production.

What Is Mechatronics Technology?

The new economy has been a challenge for many traditional jobs in the manufacturing sector. Are you looking for a career field that has longevity? When it comes to smart machines working together with people to create the next generation of industry, the future is now.
The professionals who work with these machines are known as mechatronics engineering technologists, and they are transforming the way that we live, work, and play. You may have many questions about this exciting career field and how it is changing the game in manufacturing. Let’s take a closer look at the technology behind mechatronics and the impact that it has had on a variety of career fields.
What Mechatronics Engineers do?
  • • Develop solutions to industrial problems by using mechanical/electronic/computer technology.
  • • Design and build new products – for example, developing robotic vehicles for underwater exploration.
  • • Introduce automation to factory production lines to improve existing processes.
  • • Improve previous industrial/manufacturing processes – for example, robotic floor cleaners.
  • • Design and develop engineering systems for the automation of industrial tasks.
  • • Apply mechatronic solutions to the transfer of material, components or finished goods.
  • • Apply control systems which are typically computer-driven.
  • • Apply electronic/mechanical processes and computers to dangerous tasks in underwater exploration, mining or forestry.
  • • Study the feasibility of new mechatronic equipment.
  • • Carry out modelling and analysis of mechanical, electronic or other systems using computers.

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