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Electrical Instrumentation and Controls Program

Course Description

This integrated program trains E&I engineers in control system architecture, instrumentation calibration, automation technologies, and SCADA systems critical for modern industrial production facilities.

What you'll learn in this Course?

The Electrical Instrumentation and Controls Program trains participants in instrumentation, control systems, and process plant monitoring. It introduces instrumentation, basic concepts, process variables, the role of instrumentation, and safety awareness. Field instruments include pressure, temperature, flow, and level instruments, with calibration basics. Control systems fundamentals cover open/closed loop control, PID control, control valves, and actuators. PLC and DCS basics include PLC components, I/O modules, basic logic, and DCS overview. Electrical wiring and cabling cover signal and power cables, earthing, shielding, and termination practices. Installation and commissioning include instrument installation, loop checking, calibration procedures, and functional testing. Maintenance and troubleshooting cover common instrument faults, signal issues, corrective actions, and preventive maintenance. Safety and standards include intrinsic safety, hazardous area basics, and IEC/ISA standards. Documentation covers loop diagrams, datasheets, test reports, and as-built records. Field practices and case studies include process plant examples, common failures, best practices, and lessons learned.

The module highlights how thoughtful planning can directly improve project quality, reduce accidents, and help projects finish on time and within budget.

Course Content

  • Introduction to Instrumentation
  • Field Instruments
  • Control Systems Fundamentals
  • PLC and DCS Basics
  • Electrical Wiring and Cabling
  • Installation and Commissioning
  • Maintenance and Troubleshooting
  • Safety and Standards
  • Documentation and Reporting
  • Field Practices and Case Studies

Eligibilty Criteria

Electrical and Instrumentation Engineers with interest in automation and control systems engineering.

Course Benefits

1. Awareness about roles & responsibilities
2. How to use the latest tools, systems and ppe
3. Communication and Interpretation skills
4. How to plan and carry out the task effectively
5. Theoritical knowledge about the subject
6. Latest industry trends and benchmarks
7. Productivity techniques
8. How to approach work safety effectively

Master instrumentation principles including sensors transmitters and final control elements, Develop expertise in control loop tuning calibration procedures and performance optimization, Understand DCS PLC and SCADA system configuration and troubleshooting fundamentals, Apply electrical and instrumentation integration concepts in production environments, Enhance technical versatility for roles in process automation and smart manufacturing initiatives

Course Curriculum

  • Lesson 1 : Basic instrumentation concepts (45:00 m)
  • Lesson 2 : Process variables (45:00 m)
  • Lesson 3 : Instrumentation role (45:00 m)
  • Lesson 4 : Safety awareness (45:00 m)

  • Lesson 1 : Pressure instruments (45:00 m)
  • Lesson 2 : Temperature instruments (45:00 m)
  • Lesson 3 : Flow and level instruments (45:00 m)
  • Lesson 4 : Calibration basics (45:00 m)

  • Lesson 1 : Open and closed loop control (45:00 m)
  • Lesson 2 : PID control basics (45:00 m)
  • Lesson 3 : Control valves (45:00 m)
  • Lesson 4 : Actuators (45:00 m)

  • Lesson 1 : PLC components (45:00 m)
  • Lesson 2 : I/O modules (45:00 m)
  • Lesson 3 : Basic logic understanding (45:00 m)
  • Lesson 4 : DCS overview (45:00 m)

  • Lesson 1 : Signal cables (45:00 m)
  • Lesson 2 : Power cables (45:00 m)
  • Lesson 3 : Earthing and shielding (45:00 m)
  • Lesson 4 : Termination practices (45:00 m)

  • Lesson 1 : Instrument installation (45:00 m)
  • Lesson 2 : Loop checking (45:00 m)
  • Lesson 3 : Calibration procedures (45:00 m)
  • Lesson 4 : Functional testing (45:00 m)

  • Lesson 1 : Common instrument faults (45:00 m)
  • Lesson 2 : Signal issues (45:00 m)
  • Lesson 3 : Corrective actions (45:00 m)
  • Lesson 4 : Preventive maintenance (45:00 m)

  • Lesson 1 : Intrinsic safety (45:00 m)
  • Lesson 2 : Hazardous area basics (45:00 m)
  • Lesson 3 : IEC and ISA standards (45:00 m)
  • Lesson 4 : Documentation (45:00 m)

  • Lesson 1 : Loop diagrams (45:00 m)
  • Lesson 2 : Data sheets (45:00 m)
  • Lesson 3 : Test reports (45:00 m)
  • Lesson 4 : As-built records (45:00 m)

  • Lesson 1 : Process plant examples (45:00 m)
  • Lesson 2 : Common failures (45:00 m)
  • Lesson 3 : Best practices (45:00 m)
  • Lesson 4 : Lessons learned (45:00 m)
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Paid

Trainees explore the five key phases of a project life cycle — initiation, planning, execution, monitoring & control, and closure.

Course Includes:
  • Modules 10
  • Duration 7-8 weeks
  • Students 80+ Enrolled
  • Language English & Hindi
  • Deadline 15 January 2026
  • Skill Level Professional
  • Certifications Yes
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Hands-on Training
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ISO Certified
Certification Included
Hands-on Training
Zero Registration Fee
Top Trainers
100% Job Assistance
Money-Back Guarantee
ISO Certified