Industrial Electronics Course for Electrical Engineers
Industrial Electronics Course for Electrical Engineers
Industrial Electronics plays a critical role in modern manufacturing, automation, motor drives, power conversion, robotics, and energy systems. This industry-focused course is designed to give practical knowledge of electronic components, sensors, power electronic converters, industrial controllers, and communication systems used in electrical and automation industries.
The course provides hands-on understanding of industrial-grade power electronics, control circuits, instrumentation, protection methods, and real-time interfacing for automation, motor control, and energy applications.
Who Should Attend?
Electrical & electronics engineering students and professionals
Instrumentation and industrial automation engineers
Technicians working in manufacturing, robotics, or power systems
Professionals interested in motor drives, PLC/SCADA, and energy systems
Learning Outcomes
Participants will learn to:
Design and analyze industrial electronic circuits
Understand sensors, actuators, and power semiconductor devices
Interface industrial drives, controllers, and converters
Build protection and control circuits for electrical machines
Integrate industrial electronics with PLC, SCADA & IoT systems
Troubleshoot industrial electronic devices & power converters
Topics Covered
Fundamentals of Industrial Electronics
Types of electronic components used in industries
Control, automation, instrumentation electronics
Signal conditioning and noise reduction techniques
Power Semiconductor Devices
SCR, TRIAC, IGBT, MOSFET, GTO, BJT
Characteristics, switching behavior, losses & gate control
Selection criteria for industrial power applications
Industrial Sensors & Actuators
Temperature, pressure, flow, level, position, proximity sensors
Relays, solenoids, industrial motors, stepper & servo systems
Calibration, interfacing and fault diagnosis
Power Electronic Converters
AC-DC, DC-DC, DC-AC, AC-AC converters
Rectifiers, choppers, inverters, cycloconverters
Harmonic reduction & electromagnetic interference (EMI) control
Motor Drives & Industrial Control
VFD (Variable Frequency Drives)
Soft starters and servo drives
Closed-loop control, PID controllers and tuning
Industrial protection circuits for motor drives
Industrial Power Supplies & UPS Systems
SMPS design principles
Industrial UPS systems, battery backup and reliability
Isolation transformers and earthing systems
Instrumentation & Protection Circuits
Overload, short-circuit, thermal & surge protection
Current and voltage measurement using CT/PT
Ground fault detection and insulation monitoring
Industrial Communication & Interfaces
RS485, Modbus, CAN, Ethernet-IP
Interfacing with PLC, SCADA, and IoT platforms
Data acquisition systems & industry 4.0 connectivity
Troubleshooting & Maintenance of Industrial Electronics
Fault diagnosis in drives, sensors, converters & controllers
Practical testing tools and troubleshooting techniques
Maintenance planning to avoid industrial downtime
Career Opportunities
Industrial Electronics Engineer
Automation & Control Engineer
Motor Drive & Power Electronics Engineer
Instrumentation & Maintenance Engineer
SCADA & Industrial IoT Integration Specialist
Electrical Testing & Commissioning Engineer