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ATMI BizDEC
Training Program Electrical & Mechatronics

Applied Mechatronics for Industrial Systems

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Program Description

This program develops practical competence in applying mechatronics principles to industrial systems by integrating mechanical, electrical, electronic, pneumatic, sensor, control, and automation technologies. Participants progressively develop skills from fundamental component identification and system operation to control integration, troubleshooting, and application of mechatronic systems in industrial processes.

Certification -
Duration 40 JP

Method

Instructor-led technical learning, demonstrations, and interactive discussions.
Hands-on laboratory exercises using industrial mechatronic components and control systems.
Case studies, troubleshooting activities, system integration exercises, and project-based assessment.

Requirements

Basic knowledge of mechanical and electrical systems.
Basic understanding of electrical measurements and technical diagrams.
Willingness and ability to perform practical activities in an industrial training environment.

Target Participants

Maintenance technicians and engineers.
Automation, electrical, mechanical, and production personnel.
Technical personnel preparing to work with integrated industrial automation and mechatronic systems.

Learning Output

Participants are able to identify, operate, integrate, troubleshoot, and maintain basic industrial mechatronic systems by applying mechanical, electrical, electronic, pneumatic, sensing, and control principles to practical industrial applications.

Program Advantages

The program provides an integrated and practical learning pathway that connects multiple engineering disciplines into real industrial system applications, strengthening participants’ ability to diagnose system interactions, solve equipment problems, and support reliable operation and improvement of automated manufacturing processes.

Subject Materials

  • 1. Mechatronics & Industrial System Fundamentals
  • 1.1 Mechatronics concepts and integration of mechanical, electrical, electronic, and control systems.
  • 1.2 Industrial components, actuators, sensors, and system architecture.
  • 1.3 Industrial safety and safe operation of mechatronic equipment.
  • 2. Electrical, Electronic & Pneumatic Systems
  • 2.1 Basic electrical circuits, control components, and industrial electrical devices.
  • 2.2 Sensors, actuators, relays, solenoid valves, and electronic interfaces.
  • 2.3 Pneumatic components, circuits, and practical industrial applications.
  • 3. Industrial Control & Automation
  • 3.1 Control principles, sequence control, and industrial control architecture.
  • 3.2 PLC fundamentals, input/output configuration, and basic programming.
  • 3.3 Integration of sensors, actuators, and control devices into automated systems.
  • 4. System Troubleshooting & Maintenance
  • 4.1 Systematic fault identification using diagrams, measurements, and diagnostic methods.
  • 4.2 Troubleshooting mechanical, electrical, pneumatic, sensor, and control problems.
  • 4.3 Preventive maintenance and performance verification of mechatronic systems.
  • 5. Applied Mechatronics Integration Project
  • 5.1 Design and integration of a basic industrial mechatronic control system.
  • 5.2 Testing, commissioning, troubleshooting, and system adjustment.
  • 5.3 Evaluation of system functionality, safety, reliability, and operational performance.