INTRODUCTION TO MECHATRONICS ENGINEERING
Course code :MCE 101
Department: Mechanical/Mechatronics engineering
Level:100 level
Semester: First semester
1. Definition of mechatronics
Mechatronics is a multidisciplinary field that integrates mechanical engineering, electronics, computer
science, control engineering, and system thinking in the design of smart products and systems.
It involves the synergistic combination of these disciplines to create advanced machines and automated
systems that are intelligent, reliable, and efficient.
2. History and origin
The term mechatronics was first coined in Japan by Tetsuro Mori, an engineer at Yaskawa Electric
Corporation in the 1960s. Initially, it described the integration of mechanical and electronic systems, but
it has since evolved to include computing and control as well.
3. Importance of Mechatronics
Enables the development of intelligent products (e.g; smart cars, drones)
Improves accuracy, control , and automation.
Reduces human error and labor in repetitive tasks.
Enhances flexibility in manufacturing processes.
Forms the foundation of robotics and automation.
4. Applications of Mechatronics
1. Robotics — Industrial robots, humanoid robots, robotic arms.
2. Automotive Systems — ABS (Anti-lock Braking System), cruise control, parking sensors.
3. Home Automation — Smart lightning, thermostats, security systems.
4. Medical Devices — Surgical robots, prosthetics, diagnostic machines
5. Manufacturing — CNC machines, automated assembly lines.
6. Aerospace — Fly-by-wire control systems, autonomous drones.
Course code :MCE 101
Department: Mechanical/Mechatronics engineering
Level:100 level
Semester: First semester
1. Definition of mechatronics
Mechatronics is a multidisciplinary field that integrates mechanical engineering, electronics, computer
science, control engineering, and system thinking in the design of smart products and systems.
It involves the synergistic combination of these disciplines to create advanced machines and automated
systems that are intelligent, reliable, and efficient.
2. History and origin
The term mechatronics was first coined in Japan by Tetsuro Mori, an engineer at Yaskawa Electric
Corporation in the 1960s. Initially, it described the integration of mechanical and electronic systems, but
it has since evolved to include computing and control as well.
3. Importance of Mechatronics
Enables the development of intelligent products (e.g; smart cars, drones)
Improves accuracy, control , and automation.
Reduces human error and labor in repetitive tasks.
Enhances flexibility in manufacturing processes.
Forms the foundation of robotics and automation.
4. Applications of Mechatronics
1. Robotics — Industrial robots, humanoid robots, robotic arms.
2. Automotive Systems — ABS (Anti-lock Braking System), cruise control, parking sensors.
3. Home Automation — Smart lightning, thermostats, security systems.
4. Medical Devices — Surgical robots, prosthetics, diagnostic machines
5. Manufacturing — CNC machines, automated assembly lines.
6. Aerospace — Fly-by-wire control systems, autonomous drones.
