Mechatronics word is made from the combination of words mechanics and electronics, so it is a field of science which mainly includes mechanical and electronic engineering.

Mechatronics word is made from the combination of words mechanics and electronics, so it is a field of science which mainly includes mechanical and electronic engineering. It also includes computer engineering, control engineering, systems engineering, and telecommunications engineering. It is basically application of various technical fields to find more reliable product design and manufacturing solutions.

It was first coined by Tetsuro Mori, a Japanese engineer. The best example of Mechatronics is an industrial robot.

Mechatronics has large scope for engineers of all fields. Robotics Engineer, Electro-mechanical Engineer, Simulation Engineer, Mechanical Design Engineer, Electronics Technician, Project Engineer, and Systems Engineer are some positions students can take up later in their careers

THE IMPORTANCE OF MECHATRONICS:

? Mechatronics is important because it enhances functionality and features.

? It brings more efficiency. Mechatronics adds intelligence to design of the system, by which efficiency of the system improves.

? It reduces cost. Mechanical solutions are expensive when compared to mechatronics solutions, which lowers cost.

? A mechatronic solution improves design time, product size and reliability. It is also more user-friendly and safer to use.

? Mechatronic uses microcontroller, by which precision, position, speed, flow rate, and variables can be controlled.

? Using mechatronic solution increases reliability. Mechanical designs get damaged over time whereas mechatronic design is more reliable. An example is the odometer present in the cars.

? Studying mechatronic has a good career scope. The demand of nanotechnology, biomechatronics, and robotics in increasing day by day in developing countries. Also, the salary package offered to mechatronic engineers is very high.

REAL LIFE APPLICATIONS OF MECHATRONICS:

? Mechatronic is widely used in our day to day lives. Be it contact-free magnetic bearings, digitally controlled combustion engines, robots, automated guided vehicles or other machine tools, mechatronics is present everywhere.

? It is used in home appliances such as dish washer and washing machines.

? It is used in laser optical systems. It is part of the image and sound processing devices such as sound operators and automatic focusing device.

? Mechatronic is also used in intelligent measuring devices like calibration devices, measuring and testing of sensors.

? Mechatronic is used in the medical field as well. Many medical applications such as magnetic resonance, ultrasonic probes, arthroscopic devices use mechatronics.

? It is used in automation like automatic air conditioning systems, security system, automatic door systems. It is also used in pressure, heat and position control systems.

? It is widely used in aeronautics engineerings for unmanned aerial vehicles and automatic pilots. In the defence industry it is used for automatically guided vehicles and mine detection robots.

" />

Mechatronics word is made from the combination of words mechanics and electronics, so it is a field of science which mainly includes mechanical and electronic engineering.

Mechatronics word is made from the combination of words mechanics and electronics, so it is a field of science which mainly includes mechanical and electronic engineering. It also includes computer engineering, control engineering, systems engineering, and telecommunications engineering. It is basically application of various technical fields to find more reliable product design and manufacturing solutions.

It was first coined by Tetsuro Mori, a Japanese engineer. The best example of Mechatronics is an industrial robot.

Mechatronics has large scope for engineers of all fields. Robotics Engineer, Electro-mechanical Engineer, Simulation Engineer, Mechanical Design Engineer, Electronics Technician, Project Engineer, and Systems Engineer are some positions students can take up later in their careers

THE IMPORTANCE OF MECHATRONICS:

? Mechatronics is important because it enhances functionality and features.

? It brings more efficiency. Mechatronics adds intelligence to design of the system, by which efficiency of the system improves.

? It reduces cost. Mechanical solutions are expensive when compared to mechatronics solutions, which lowers cost.

? A mechatronic solution improves design time, product size and reliability. It is also more user-friendly and safer to use.

? Mechatronic uses microcontroller, by which precision, position, speed, flow rate, and variables can be controlled.

? Using mechatronic solution increases reliability. Mechanical designs get damaged over time whereas mechatronic design is more reliable. An example is the odometer present in the cars.

? Studying mechatronic has a good career scope. The demand of nanotechnology, biomechatronics, and robotics in increasing day by day in developing countries. Also, the salary package offered to mechatronic engineers is very high.

REAL LIFE APPLICATIONS OF MECHATRONICS:

? Mechatronic is widely used in our day to day lives. Be it contact-free magnetic bearings, digitally controlled combustion engines, robots, automated guided vehicles or other machine tools, mechatronics is present everywhere.

? It is used in home appliances such as dish washer and washing machines.

? It is used in laser optical systems. It is part of the image and sound processing devices such as sound operators and automatic focusing device.

? Mechatronic is also used in intelligent measuring devices like calibration devices, measuring and testing of sensors.

? Mechatronic is used in the medical field as well. Many medical applications such as magnetic resonance, ultrasonic probes, arthroscopic devices use mechatronics.

? It is used in automation like automatic air conditioning systems, security system, automatic door systems. It is also used in pressure, heat and position control systems.

? It is widely used in aeronautics engineerings for unmanned aerial vehicles and automatic pilots. In the defence industry it is used for automatically guided vehicles and mine detection robots.

" />
First Community Portal for K-12