Training on Mechatronics for Electrical Engineers
Training on Mechatronics for Electrical Engineers
Pertecnica Engineering offers a specialized Mechatronics Training Program designed for Electrical Engineers who want to build careers in automation, robotics, manufacturing systems, intelligent machines, and Industry 4.0 technologies. The program focuses on industrial applications, hands-on tools, interdisciplinary engineering, and skill assessment with certification, making it perfect for learners aiming to enter or grow in modern automation industries.
Who Can Join?
B.Tech / M.Tech / Diploma (Electrical / Electronics / EEE / Instrumentation / Mechatronics)
Working professionals in industrial automation, electrical maintenance, robotics, and manufacturing
Engineers looking to upgrade skills for Industry 4.0 and certification-based career growth
Professionals with experience but lacking formal certification in mechatronics
Topics Covered
Introduction to Mechatronics
Role of mechatronics in automation and smart manufacturing
Integration of electrical, electronics, mechanics, and programming
Sensors, actuators, machine control, and drive systems
Electrical Drives and Motion Control
AC/DC drives and servo systems
Stepper motors, servo motors, BLDC motors
Speed control, torque control, position control
PID control for precision motion systems
Sensors and Industrial Instrumentation
Proximity, vision, temperature, torque, pressure, force sensors
Data acquisition systems
Signal conditioning and sensor interface circuits
PLC, SCADA, and Industrial Control
PLC logic programming for automation
SCADA monitoring and supervisory control
Interfacing sensors, actuators, motors with PLCs
Real-time machine control
Robotics and Automation
Basics of industrial robots and kinematics
Robot control, programming, simulation
Pick-and-place systems, robotic welding, material handling
Autonomous systems and smart robotic applications
Microcontrollers & Embedded Systems for Mechatronics
Embedded control using ARM/PIC/Arduino
Real-time control implementation
Integration of embedded systems with industrial units
Industry 4.0 and IIoT Applied to Mechatronics
Cyber-physical systems
IoT integration with machines
Smart factory implementation
Predictive maintenance using sensors and data
Hands-On Training
PLC-based automation setup
Motor drive configuration and performance testing
Sensor interfacing & data acquisition
Robot simulation and control exercises
Learning Outcomes
After completing the course, learners will be able to:
Design and integrate electrical systems with robotic and automation elements
Configure drives, motors, sensors, and control circuits for mechatronic systems
Program PLCs and implement industrial control logic
Implement IIoT solutions for modern industry applications
Troubleshoot, maintain, and optimize automated processes
Career Opportunities
Certification opens opportunities as:
Mechatronics Engineer
Automation & Controls Engineer
Robotics Technician/Engineer
Electrical Maintenance Engineer (Automation Industry)
Motion Control & Drives Engineer
IIoT & Smart Manufacturing Specialist
Skill Assessment and Certification
Participants receive:
Mechatronics Certification for Electrical Engineers
Skill Assessment Scorecard & Gap Identification
Practical Project-Based Certificate (Automation/Robotics)
Why Choose Pertecnica?
Focus on industry application, skill assessment, and certification
Training linked to latest industrial automation and Industry 4.0 technologies
Ideal for experienced professionals without certification
Hands-on training using real industrial tools, drives, robots, and control systems
Supports career transition into high-paying automation roles