Industrial Automation – Job Oriented Training Program
Available in Online & Offline Both Mode
Industrial Automation Overview
Comprehensive training on field devices, sensors, control panels, and automation systems used in modern industries.
Field Devices & Instrumentation
Proximity, photoelectric, pressure, temperature, level & flow sensors, encoders, solenoid valves, and actuators.
Signals & Wiring
Digital & analog signals (4–20 mA, 0–10 V), panel-to-field wiring, testing, calibration & fault diagnosis.
Industrial Control Panels
Control panel layout, power & control wiring, relays, contactors, MCC, VFD & PLC panels with safety practices.
System Integration
Real-time integration of PLC, HMI, VFD, Servo & SCADA with field devices.
Career-Focused Training
Designed to prepare candidates for roles like Automation Engineer, PLC Technician & Control Panel Engineer.
Eligibility
ITI / Diploma / B.Tech / M.Tech / Freshers / Working Professionals
Branches: EE / EN / ECE / EEE
Training Modes
• 3 Months Job-Oriented Training
• 2/4/6 Weeks Summer & Winter Training
• 6 Months Internship Training
• Fast Track & Customized Programs
• College / Corporate Training
• Weekday & Weekend Batches
PLC & SCADA Professional Automation Training
This PLC & SCADA training program is developed to deliver strong conceptual understanding along with practical exposure required in modern industrial automation environments.
The course structure is aligned with current industry practices and focuses on building logical thinking, control strategies, and system understanding used in real manufacturing and process automation projects.
Training methodology is designed around hands-on learning, guided lab practice, and real-time demonstrations to help students understand how industrial automation systems operate on the shop floor.
Learners are trained to understand control logic development, system behavior, fault identification, and operational troubleshooting through structured practical sessions conducted by experienced industry professionals.
The program also emphasizes automation system integration, industrial communication concepts, monitoring and control architecture, and best practices followed during system testing and commissioning at project sites.
Special focus is given to safety standards, documentation methods, and practical approaches used by automation engineers during installation and startup phases.
To maintain training quality and confidentiality, detailed module coverage, software platforms, project scope, and advanced practical exposure are shared only during counselling and enquiry sessions.
This ensures personalized guidance and a clear understanding of how the course aligns with individual career goals in industrial automation.
Job-Oriented Training • Limited Batch Size • Industry-Recognized Certification
Robotics & Motion Control Training
This Robotics & Motion Control training program is designed to provide strong practical exposure to modern industrial motion systems and robotic automation used in smart manufacturing environments.
The course focuses on understanding motion control fundamentals, servo-based automation concepts, and robotics integration as applied in real industrial scenarios.
Learners gain hands-on exposure to industrial servo systems, motion behavior analysis, and automation-based movement control used in production lines and robotic workstations.
Training emphasizes practical understanding of motion parameters, system coordination, and integration of motion devices with PLCs, HMIs, and automation controllers through guided lab sessions and live demonstrations.
The robotics module introduces industrial robots, their working principles, motion coordination concepts, and safety practices followed in factory environments.
Students are exposed to real-time robotic applications such as material handling, pick-and-place operations, and automated process movements through simulation and practical exercises.
To maintain training quality and competitive confidentiality, detailed hardware platforms, programming depth, and project implementation are explained during counselling and enquiry sessions.
This job-oriented Robotics & Motion Control course prepares candidates for roles such as
Robotics Engineer, Motion Control Engineer, Automation Engineer, and Industrial Robot Programmer in industrial automation and smart manufacturing sectors.
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