Course Overview

Advanced Certification in Industrial Automation:

Course Overview

Transform your industrial automation expertise with our comprehensive training program. Master the essential technologies shaping modern manufacturing, process control, and critical infrastructure.  Gain in-depth knowledge of Programmable Logic Controllers (PLCs), Supervisory Control and Data Acquisition (SCADA), Human Machine Interfaces (HMIs), and industrial communication protocols like OPC.  Learn to design robust field control systems, optimize processes using real-time data analytics, and ensure operational safety in compliance with industry standards. Enhance your skillset with advanced topics in electrical control panel design, LabVIEW for automation applications, and practical programming for embedded systems. Elevate your career in industrial automation and drive innovation in the world of Industry 4.0

The Growing Demand for Automation Engineers

Industrial automation is at the forefront of modern manufacturing, infrastructure development, and process control, fueled by technological advancements like the Internet of Things (IoT), Artificial Intelligence (AI), and Industry 4.0. The demand for skilled professionals in this field is soaring, as highlighted by the International Society of Automation (ISA), which estimates that 15,000 fresh automation engineers are required annually in the United States alone.

Course Curriculum:

A comprehensive introduction to industrial automation principles and applications across manufacturing and process control.

Fundamental concepts of electronics, including components like resistors, capacitors, and transistors, are essential for automation systems.

Core electrical engineering principles, such as circuit design, power distribution, and system grounding.

Key techniques for measuring and controlling physical parameters like pressure, temperature, and flow in industrial settings.

The study and application of compressed air systems for powering and controlling industrial processes.

Understanding fluid power systems for high-force applications in automation and machinery.

Configuration and integration of sensors, actuators, and field devices for real-time system control.

Configuration and integration of sensors, actuators, and field devices for real-time system control.

Designing and wiring control panels to house electrical components safely and efficiently.

Best practices to ensure personnel and equipment safety in automated environments, adhering to standards like OSHA.

Programming and operating industry-standard Programmable Logic Controllers for automation tasks.

Programming and operating industry-standard Programmable Logic Controllers for automation tasks.

Designing intuitive user interfaces to monitor and control automated systems effectively.

Developing centralized control systems for real-time data acquisition, monitoring, and process automation.

Implementing graphical programming for automation, testing, and real-time data analysis in industrial applications.

Configuring and troubleshooting networks using protocols like Modbus, Profibus, and OPC for seamless device communication.

Leveraging SQL databases to store, retrieve, and analyze data from SCADA systems for process optimization.

Job Opportunities

  • EV Manufacturing.
  • Automobile Industry.
  • Process Automation Industry.
  • Warehouse Automation.
  • Medical – Robotic surgeries.
  • Electronic Industries.
  • IT – Industries taking automation projects.

Course Eligibility

  • Electrical Science Stream: EC, EE, Instrumentation, Telecommunications,  Mechatronics.
  • Mechanical
  • Polytechnic: NTTF,  Diploma
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Course Syllabus

Syllabus framed by interacting with the channel partners of major companies like BOSCH, SIEMENS, National Instruments.

Also the syllabus is extracted from M-Tech Robotics and Automation.

EC/EE/EI/TC – Designed Customized Coding.

Practical Exposure:

  • Programmable Logic Controller [PLC]
  • Field Controls
  • Human Machine Interface
  • Supervisory Control and Data Acquisition
  • Electrical Control Panel Design
  • Industrial Safety
  • LabVIEW
  • SQL Integration with SCADA System.
  • Industrial Communication Protocols
  • OPC

To handle hands on field devices, Logical  analysis, Conceptual implementing with the coding skills.

Real time implementation with Field Devices.

Application Case Studies.

Technical Skills:

Course has designed to handle not only for service and troubleshooting purpose. Also designed for engineering level for Project development, planning, designing, material selection and Logical thinking for application programming.

COURSE BENEFITS:

  • Global opportunity to work in core Industry.
  • Automation is a multidisciplinary branch, will get knowledge on Mechanical, Electrical, Electronics, Software, Networking, Instrumentation.
  • Real time implementation with Physical Parameters.
  • Career upliftment from Field level to Design, Programming, Management Level.
  • There are plenty of job opportunities available outside India as well for experienced Automation Engineers.
  • Job Opportunities – Maintenance Engineer, Project Engineer, Project Management. [SIEMENS, BOSCH, OEM…….]
  • Industry – Manufacturing – Automobile, Pharmaceutical, Electronic…
  • Process – Oil & Gas – [ABB, Yokogawa, Honeywell, Process Plant…..] – IT – [ HCL, TCS………]
  • Salary – 2-3 Years Experience     – MNC [6Lac – 9Lac + ]

Job Opportunities

  • EV Manufacturing.
  • Automobile Industry.
  • Process Automation Industry.
  • Warehouse Automation.
  • Medical – Robotic surgeries.
  • Electronic Industries.
  • IT – Industries taking automation projects.

Course Eligibility

  • Electrical Science Stream: EC, EE, Instrumentation, Telecommunications,  Mechatronics.
  • Mechanical
  • Polytechnic: NTTF,  Diploma

Join the Innovation Revolution

If you are interested in joining us, please check out our course details and apply online. We look forward to hearing from you!