Industrial Safety Training for Electrical Engineers

This training program provides electrical engineers with essential knowledge and practical skills to work safely around electrical systems in industrial plants, power stations, substations, refineries, manufacturing units, and construction projects. The course prepares engineers to handle electrical hazards, arc flash risks, grounding issues, equipment failures, lockout/tagout procedures, and safety compliance according to national and international standards. Before training, we conduct a detailed skill assessment to evaluate current knowledge, exposure, and job readiness in electrical safety practices.

Skill Assessment Before Training

Our skill assessment identifies the engineer’s understanding of electrical hazards and safety systems, helping us deliver focused training suited to actual needs.

Areas Covered in Skill Assessment

  • Awareness of electrical hazards and accident causes

  • Knowledge of grounding, earthing, and shock prevention

  • Familiarity with lockout/tagout procedures (LOTO)

  • Knowledge of arc flash protection standards

  • Safe use of PPE for different voltage levels

  • Awareness of equipment testing and inspection methods

  • Emergency response and incident reporting

Why Skill Assessment Is Important

  • Identifies unsafe work practices before they cause accidents

  • Helps engineers get targeted training based on their real gaps

  • Reduces workplace accidents and improves workforce confidence

  • Useful for experienced engineers needing proper certification

  • Supports companies in compliance with safety standards

  • Enables safe handling of high-voltage and live equipment

Topics Covered in This Industrial Safety Training

Core Technical Modules

  • Electrical Safety Fundamentals and Hazard Identification

  • Live Line Working Procedures, Shock Prevention, and Rescue Methods

  • Grounding and Earthing Systems in Industrial Installations

  • Lockout/Tagout (LOTO) Procedures for Maintenance and Shutdown

  • Arc Flash Risk Assessment, PPE Categories, and Boundary Calculation

  • Electrical Safety Standards (IS, IEC, OSHA, NFPA 70E)

  • Safe Use of Tools, Test Instruments, and Insulation Techniques

  • Safety in Substations, Switchgear Rooms, and Control Panels

  • Emergency Response Planning and Reporting Procedures

  • Safe Operation of Generators, Motors, Batteries, UPS & HV Equipment

  • Contractor and Workforce Safety Management in Industrial Sites

Training + Project + Certification

Practical Training

  • Demonstration of LOTO tools and arc flash PPE

  • Safe inspection and testing of electrical equipment

  • Grounding checks and fault reproduction exercises

  • Industrial accident case studies and investigation methods

Certificates Issued

  • Industrial Electrical Safety Training Certificate

  • Safety Skill Assessment Report for professional use

  • Practical Exposure Certificate based on hands-on activities

Who Can Join?

  • Electrical engineering graduates entering industrial fields

  • Working professionals in maintenance, EPC, utilities, and construction

  • Engineers needing certification to comply with company safety policies

  • Supervisors responsible for workforce safety and site operations

Safety related work Practices Training and Electrical Job Skills Courses

With Focus on Codes, Standards and Compliance

The Safety related work Practices and Electrical Job Skills Training Program by Pertecnica Engineering is designed to develop technically competent and safety-conscious electrical professionals. The program integrates job-specific electrical skills, worksite safety practices, and comprehensive understanding of codes and standards, ensuring participants are fully prepared to work safely, efficiently, and in compliance with regulatory requirements.

This training is suitable for electrical engineers, supervisors, technicians, electricians, and professionals working in industrial, infrastructure, construction, and energy sectors.

Program Objectives

  • Build strong job-ready electrical technical skills

  • Develop a safety-first mindset in all electrical work

  • Ensure understanding and application of relevant electrical codes and standards

  • Reduce workplace accidents and operational risks

  • Improve compliance with statutory and organizational safety requirements

Who Should Attend

  • Electrical engineers and diploma holders

  • Site engineers and supervisors

  • Industrial electricians and technicians

  • Maintenance and operations personnel

  • Safety officers handling electrical safety

  • Engineering graduates seeking electrical domain skills

Work-Related Safety Practices Training

This module focuses on preventing accidents, improving hazard awareness, and establishing safe working habits.

Topics Covered

  • Electrical hazards and risk identification

  • Lockout and tagout procedures

  • Permit to work systems

  • Safe isolation and earthing practices

  • Personal protective equipment selection and usage

  • Working at heights and in confined spaces

  • Fire safety and emergency response

  • Incident reporting and investigation

  • Safety audits and inspections

Electrical Job Skills Courses

These modules focus on developing technical competence required for day-to-day electrical work.

Core Technical Modules

  • Fundamentals of electrical engineering

  • Industrial electrical systems and components

  • Motors, drives and starters

  • Transformers and power distribution

  • Switchgear and protection systems

  • Earthing and lightning protection

  • Cable selection, routing and termination

  • Electrical drawings, schematics and documentation

Practical Skills Development

  • Installation and commissioning practices

  • Testing and troubleshooting techniques

  • Preventive and predictive maintenance

  • Fault analysis and rectification

  • Energy efficiency and power quality basics

Codes and Standards Coverage

Participants are trained on relevant national and international electrical codes and standards, including:

  • National Electrical Code and local statutory regulations

  • IEC and IEEE standards applicable to electrical installations

  • Safety codes related to industrial and construction electrical works

  • Fire and electrical safety regulations

  • Quality and compliance documentation requirements

The training emphasizes practical interpretation and application of standards, not just theoretical knowledge.

Skill Assessment, Skill Gap Training and Certification

Skill Assessment

Participants undergo a structured assessment to evaluate:

  • Technical electrical knowledge

  • Safety awareness and hazard identification skills

  • Understanding of codes and standards

  • Practical job readiness

Skill Gap Analysis

Based on assessment results, individual skill gaps are identified and a targeted learning plan is prepared.

Skill Gap Training

Customized training modules are delivered based on identified gaps to ensure focused and efficient learning.

Certification

After successful completion and evaluation, participants receive:

  • Certificate in Work-Related Safety Practices and Electrical Job Skills

  • Competency validation aligned with industry expectations

  • Performance feedback report

Benefits of the Program

  • Improved workplace safety and reduced incidents

  • Enhanced technical competence and job confidence

  • Better compliance with regulatory and organizational standards

  • Increased employability and professional credibility

  • Recognition through professional certification

Training Format and Duration

  • Delivery Mode: Classroom, Online or Corporate In-House

  • Duration: 30 to 40 hours (customizable based on client requirements)

  • Learning Support: Manuals, checklists, case studies, assessments

Enroll Now

Develop safe working practices, strong technical skills, and professional credibility in electrical engineering.

Contact Pertecnica Engineering for schedules, pricing, corporate programs, and enrollment details.

Solar Power Plant Training

Design, Installation, Operation & Maintenance (O&M)

The global shift toward renewable energy has created strong demand for skilled solar power professionals who can design, install, operate, and maintain solar power plants efficiently. From rooftop systems to large-scale utility solar projects, industries require trained manpower with practical, site-oriented knowledge.

The Solar Power Plant Training program is designed to equip participants with end-to-end technical understanding of solar photovoltaic (PV) systems, covering design, engineering, installation, testing, commissioning, and maintenance, making them job-ready for the renewable energy sector.

Why This Course Is Required

Industry Need

Many graduates and technicians:

  • Know solar concepts only at a theoretical level

  • Lack hands-on exposure to plant components and site practices

  • Are unfamiliar with real-world installation standards and safety

  • Do not understand grid connectivity and regulatory requirements

At the same time:

  • Solar installations are expanding rapidly

  • EPC companies require trained technicians and engineers

  • Poor installation leads to performance loss and safety risks

  • Skilled O&M personnel are essential for long-term plant performance

This course bridges the gap between academic knowledge and real solar power plant execution.

Who Should Attend This Course

This course is suitable for:

  • Electrical, Mechanical, Civil, and Renewable Energy engineers

  • Diploma holders and ITI candidates

  • Electricians and technicians upgrading to solar skills

  • Fresh graduates seeking entry into the renewable energy sector

  • Working professionals shifting to solar power projects

  • Entrepreneurs planning solar EPC or installation services

No prior solar experience is mandatory.

What You Will Learn

After completing this course, participants will be able to:

  • Understand complete solar power plant systems

  • Design basic solar PV systems for rooftop and ground-mounted plants

  • Select and size solar modules, inverters, and balance-of-system components

  • Perform installation, testing, and commissioning activities

  • Operate and maintain solar power plants efficiently

  • Identify faults and carry out basic troubleshooting

  • Understand safety, standards, and regulatory compliance

Course Curriculum

Module 1: Fundamentals of Solar Energy

  • Solar radiation and energy basics

  • Types of solar power systems

  • On-grid, off-grid, and hybrid systems

  • Applications of solar PV plants

Module 2: Solar PV System Components

  • Solar PV modules and technologies

  • Inverters and power conditioning units

  • Mounting structures and trackers

  • Cables, junction boxes, and protection devices

Module 3: Solar Power Plant Design Basics

  • Site assessment and shading analysis

  • Module orientation and tilt angle

  • String configuration and inverter selection

  • DC and AC system layout

Module 4: Electrical Systems & Grid Integration

  • DC and AC wiring practices

  • Earthing and lightning protection

  • Net metering and grid synchronization

  • Power quality and protection systems

Module 5: Installation Practices

  • Module mounting and alignment

  • Inverter installation

  • Cable routing and termination

  • Safety procedures during installation

Module 6: Testing & Commissioning

  • Insulation resistance testing

  • Continuity and polarity checks

  • Performance ratio basics

  • Initial plant commissioning procedures

Module 7: Operation & Maintenance (O&M)

  • Preventive and corrective maintenance

  • Module cleaning and inspection

  • Inverter monitoring and alarms

  • Performance monitoring and reporting

Module 8: Safety, Standards & Regulations

  • Electrical safety practices

  • PPE requirements

  • IEC and MNRE guidelines

  • Site safety and compliance

Module 9: Troubleshooting & Fault Analysis

  • Common plant faults

  • Inverter and string-level issues

  • Performance loss analysis

  • Practical problem-solving approach

Model Projects Included

Model Project 1: Rooftop Solar System Design

  • Load calculation

  • System sizing

  • Component selection

Model Project 2: Solar Plant Layout & Wiring

  • DC and AC layout preparation

  • Protection and earthing design

Model Project 3: O&M Case Study

  • Performance analysis

  • Fault identification and corrective action

Career Opportunities After This Course

Hiring Sectors

  • Solar EPC companies

  • Renewable energy developers

  • Power generation companies

  • Facility management firms

  • Industrial and commercial solar installations

Job Roles

  • Solar PV Technician

  • Solar Power Plant Operator

  • Solar Installation Engineer

  • O&M Engineer / Technician

  • Site Supervisor – Solar Projects

Training Methodology

  • Practical, site-oriented training

  • Industry-relevant examples and case studies

  • Step-by-step system understanding

  • Job-focused technical guidance

Certification

Certificate in Solar Power Plant Design, Installation & O&M
Issued by Pertecnica Engineering

This certification validates your practical competence in solar power plant systems, enhancing employability in the renewable energy sector.

Why Choose Pertecnica Engineering

  • Industry-experienced trainers

  • Practical, application-focused learning

  • Job-oriented course structure

  • Suitable for freshers and working professionals

  • Ethical and transparent training approach

same syllabus for the following courses..

Solar Power Plant Training
Solar PV Installation Course
Solar Energy Technician Training
Solar O&M Training
Renewable Energy Training Course