Overview
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Core Technologies: Study of IIoT, artificial intelligence, machine learning, and big data analytics to transform industrial processes.
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Automation Systems: Hands-on training in PLC programming (e.g., Studio 5000), SCADA systems, HMI, and robotics.
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Smart Manufacturing: Understanding smart sensors, cloud computing, and digital twin technology for predictive maintenance and optimized production.
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Industry 4.0 Frameworks: Understanding the shift from centralized to decentralized control, cyber-physical systems, and data-driven supply chain management
Our Trainers
Er. Harshit Shukla
Mr Harshit Shukla engineer in Arist automation
Automation Engineer
B.Tech. Electrical
Modules
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Day-1: Introduction to Automation. Tools of industrial automation (SCADA, PLC, HMI, VFD): basic introduction. SCADA introduction and its software.
Day 2 Introduction of Wonderware Intouch software and designing process. Its properties and features. Button & show window property designing.
Day-3: Location, visibility, blink property, and project development with the above property (automatic car parking). Day 4: Percent fill and object size property and project based on it (bottle filling plant).
Day-5: Orientation property and project based on all above properties.
Day-6: Features of SCADA and its application. Application of scripts.
Day 7 Introduction to PLCs, types of PLCs, their working, and brands of PLCs. Introduction to Allen-Bradley PLC and its software. Day 8 This day covers basic programming concepts, the concept of ladder logic, and the programming of logic gates.
Day 9 The concept of memory bits, as well as the latching and unlatching of circuits with multiple inputs and outputs, will be covered.
Day-10 bits instruction and concept of timer and counters instruction. Programming of a star-delta starter.
Day 11 Compare and compute the instructions and programs for the pump control system.
Day-12 PLC to SCADA communication with DDE protocol, controlling of output through SCADA screen.
Day 13: Instrumentation and concept of PLC wiring at Arist Center.
Day 14: Introduction to different hardware at Arist Centre and industrial visit.
Day 15: Students' presentation on industrial automation and certificate ceremony.
Outcomes
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Understanding Industry 4.0 Fundamentals: Learners can explain the evolution of industrial revolutions, the concept of smart factories, and the core pillars of Industry 4.0.
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Advanced PLC & HMI Programming: Students develop, debug, and simulate ladder logic and structured text for industrial control, integrating human-machine interfaces (HMI) for real-time monitoring.
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IIoT and Connectivity: Participants can connect industrial sensors and actuators to cloud systems, utilizing IoT protocols to monitor data and remotely control processes.
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SCADA and Distributed Control Systems (DCS): Learners gain skills to build and manage SCADA systems for process control, data acquisition, and automation.
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Robotics and Simulation: Ability to model 3D products and demonstrate the movement and control of robotic arms for pick-and-place applications.
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Data-Driven Decision Making: Understanding how to use artificial intelligence (AI) and machine learning (ML) to enhance operational efficiency, maintenance, and productivity.
