Training on Control Panel Design and Installation

Practical Electrical & Automation Training for Industry-Ready Professionals

Modern industries depend on electrical control panels for safe, reliable, and automated operation of machines, plants, and infrastructure. Control panels form the backbone of power distribution, motor control, automation, and process monitoring across manufacturing, utilities, infrastructure, oil & gas, water treatment, and logistics sectors.

The Training on Control Panel Design and Installation program equips participants with end-to-end practical skills in designing, assembling, wiring, testing, installing, and commissioning industrial control panels — making them job-ready for electrical, maintenance, automation, and commissioning roles.

Why This Course Is Required

Many engineers and technicians:

  • Know electrical theory but lack panel-level practical exposure

  • Cannot read or prepare control wiring diagrams

  • Have not worked with real components like MCCBs, contactors, VFDs, PLC I/O, relays, and terminal blocks

  • Are unfamiliar with standards, safety norms, and industrial installation practices

  • Struggle in interviews that demand hands-on knowledge

At the same time, industries need professionals who can:

  • Design panels according to load and application

  • Assemble and wire panels safely and correctly

  • Install and commission panels at site

  • Troubleshoot faults and ensure compliance

This course bridges the gap between academic knowledge and real industrial requirements.

Who Should Attend

  • Electrical engineering students and graduates

  • Diploma and ITI electrical candidates

  • Maintenance and commissioning engineers

  • Automation technicians

  • Site engineers and supervisors

  • Professionals switching to industrial electrical roles

No prior panel experience is required.

What You Will Learn

  • Control panel components and their selection

  • Electrical schematic and wiring diagram reading

  • Panel layout design and space planning

  • Wiring, termination, earthing, and labeling practices

  • Safety standards and electrical codes

  • Testing, inspection, installation, and commissioning procedures

  • Fault diagnosis and troubleshooting techniques

Course Curriculum

Module 1: Fundamentals of Control Panels

  • Types of panels: PCC, MCC, PLC panels, VFD panels, APFC panels

  • Industrial electrical standards and safety

  • Electrical symbols and documentation

Module 2: Panel Design & Engineering

  • Load calculation and component sizing

  • Selection of MCCB, MCB, contactors, relays, overloads

  • Panel layout design principles

  • Heat dissipation and ventilation

Module 3: Drawings & Documentation

  • Single line diagrams (SLD)

  • Control and power wiring diagrams

  • Terminal schedules and cable lists

  • Nameplates and labeling standards

Module 4: Panel Assembly & Wiring

  • Panel enclosure preparation

  • Mounting of components

  • Cable routing and termination

  • Earthing and bonding practices

Module 5: Testing & Quality Checks

  • Continuity and insulation resistance testing

  • Functional testing of circuits

  • Safety and compliance verification

Module 6: Installation & Commissioning

  • Panel installation at site

  • Power-up procedures

  • Integration with field instruments and motors

  • Pre-commissioning and commissioning checks

Module 7: Troubleshooting & Maintenance

  • Common faults and diagnosis

  • Preventive maintenance

  • Fault logging and corrective actions

Model Projects

  • Design and wiring of a motor control panel

  • PLC-based automation panel design and testing

  • VFD panel configuration and testing

  • Fault simulation and troubleshooting exercise

Career Opportunities

Hiring Sectors

  • Manufacturing industries

  • EPC and engineering companies

  • Power plants and utilities

  • Water and wastewater treatment plants

  • Oil & gas and chemical plants

  • Infrastructure and logistics facilities

Job Roles

  • Electrical Design Engineer

  • Panel Design Engineer

  • Electrical Maintenance Engineer

  • Automation Technician

  • Commissioning Engineer

  • Industrial Electrician

Training Methodology

  • Practical, hardware-oriented training

  • Step-by-step panel design approach

  • Industry case studies and examples

  • Job-focused technical interview preparation

Certification

Certificate in Control Panel Design and Installation
Issued by Pertecnica Engineering

Why Choose Pertecnica

  • Industry-experienced trainers

  • Practical, job-oriented curriculum

  • Focus on real site and plant practices

  • Transparent and ethical training approach

  • Strong career guidance and placement support

Same syllabus for the following courses..

Control Panel Design Training
Industrial Control Panel Course
Electrical Panel Design and Installation Training
PLC Control Panel Training
Motor Control Panel Training
Automation Panel Design Course