Industrial Automation
Overview
Industrial Automation and application of robotics has become an integral part of all modern manufacturing processes and is constantly upgraded keeping up with the latest technological developments to ensure increased productivity with improved product quality. The key to the successful deployment of automation lies in the ability to deal with the interplay of several parts, such as sensors, PLCs, DCS, Control panels, HMI, Robotics, DCS, SCADA, Motors, Pneumatics, Hydraulics, MCCs, Motion control, Data collection, Vision besides other technical skills related to programming, planning, documentation, erection, and commissioning.
Industrial Robots applications are used in the manufacturing industry for the flexible automation, easy modification of setup changes, and produce high-quality products with continuous precision. Robots can handle the most tedious and dangerous manufacturing applications. Industries adopting robots to their production processes have seen a significant transformation in their productivity and efficiency, with higher levels of output, product quality, and flexibility amongst the many other improvements.
It is quite clear that the need for industrial automation and application of robotics will always increase. There isn’t an ongoing trend of adding more physical labour to manufacturing processes, regardless of industry vertical, but there is a trend of adding more industrial robot applications. Increased use of automation also means a requirement of engineers with adequate training in all aspects of industrial Automation, Robotics, and best manufacturing practices is highly crucial.
Keeping this in view, Indian Machine Tool Manufacturers' Association (IMTMA) is organizing an exclusive 5 weeks Hands-on training course "Foundation Course in Industrial Automation including Robotic Applications" at IMTMA Technology Centre, BIEC Bangalore for engineering graduates who want to make their career in ever-evolving Industrial Automation and also to enhance their employability.
This practical oriented Industrial automation course will cover the working principle and application of all the industrial automation elements including the application of robotics. This Industrial automation training is ideal for Engineering Graduates / Diploma holders / Engineering students (6-8 semester) from Mechatronics, Mechanical, Electrical, Electronics, and allied disciplines.
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Key Features
| Course Content | Key Take Aways |
| Basics of electrical and electronic circuits | Design and execute automation projects involving hydraulics, pneumatics, sensors controlled through PLC. |
| Selection and application of various Hydraulic and Pneumatic components | Learn PLC Hardware, PLC Programming, and Interfacing Industrial Automation elements |
| Sensors – types and applications; Integration with other elements | Understand about selection and usage of different automation elements viz. Hydraulic and Pneumatic, PLCs, Sensors, Servo and VFD for Industrial applications |
| Basics of PLC Hardware/ Software and PLC Programming | Have an overview of Industry 4.0 implementation in manufacturing |
| Hands-on practice in Design and implementing Hydraulic and Pneumatic circuits with PLC Control and sensors |
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| Simulation of Electrical and Electro-Pneumatic applications using Fluid SIM Software |
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| HMI application and HMI programming |
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| Hands-on practice for Interfacing of HMI to control Automation elements |
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| Types of Motors for industrial applications; Motor controls |
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| Motor speed control using Variable Frequency Drive |
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| Hands-on practice in using Industrial Motors, Motor controls, Variable Frequency Drives |
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| Servo Motors and Servo Drives – Applications for Motion control |
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| Hands-on practice in using Servo control, Servo Drives for single axis and multiple axes motion control |
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| Introduction to Programming and Operation of Robots |
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| Introduction to Industry 4.0 with multiple Festo Modular Production System Units. |
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| Simulation of automation circuit through CIROS software |
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Training Methodology
- Classroom sessions with industry professionals
- Practical use of Hydraulic & pneumatic elements as per illustration circuits
- Programming Practice on PLC - Ladder logic / Relay logic / I/O interface
- Application of Industrial sensors as per illustration circuits
- Hands-on Practice in Motor controls, Variable Frequency Drives, etc.
- Programming and interfacing HMI / GOT
- Hands-on Practice in interfacing Servo motor/servo drive / Motion control
- Hands-on practicals in Industrial automation - sample projects / Design - Program – Interface
- Industry visits
- Assessment and certification
Training Facilities
- PLC Programming & simulation training kits
- PLC software & Hardware
- HMI & Graphic Operation Terminal (GOT)
- Hydraulic elements & Hydraulic training kit
- Pneumatic elements & Pneumatic training kit
- Motor controlled Variable frequency drive training kit
- Motion control Servo motor/ servo drive training kit
- The industrial sensors training kit
- 5 axis and 6 axis Robots for welding and machine tending applications
- Modular Production Systems with Industry 4.0 features
- CNC Machines and other accessories
- CAD/CAM/CAE for Design thro Manufacturing
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Ongoing & Upcoming Courses
No scheduled Programmes in this category
Career Oriented Courses
The biggest Challenge the Education System faces today is Employability after engineering courses.
This course will enhance the employability amongst the graduate engineers, with the right blend of theory and practical sessions in the latest Automation processes. Thus the trainees are well prepared to serve automation other related industries right from Day One.
Our trainees are placed in
- Kennametal India
- Toyota Kirloskar Auto Parts Pvt. Ltd.
- EFD Induction
- Maini Precision Products
- AceMicromatic Manufacturing Intelligence Technologies Pvt. Ltd.
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