Coal-Fired Thermal Power Plant Training for Electrical Engineers

Course Overview

The Coal-Fired Thermal Power Plant Training is designed for electrical engineers who want to specialize in the generation of electricity using coal-based steam turbine systems. This program covers power plant electrical design, turbine-generator operation, protection systems, instrumentation, safety standards, control systems, and maintenance practices used in modern thermal stations.

The course combines skill assessment, skill gap training, and certification, ensuring engineers are industry-ready for power plant jobs in India and abroad.

Why Skill Assessment Before Training?

Every engineer is first evaluated through a technical skill assessment. This assessment helps identify:

  • Current knowledge in thermal power systems

  • Understanding of turbine-generator operation

  • Familiarity with electrical protection & control

  • Exposure to power distribution & grid systems

  • Safety and compliance knowledge

Based on individual results, tailored training fills the gaps. After training, engineers receive skill certification and project experience documents, adding strong value to their resume.

Topics Covered

1. Introduction to Thermal Power Generation

  • How coal-fired plants generate electricity

  • Rankine cycle & steam generation process

  • Boiler types & coal combustion systems

  • Differences between thermal, hydro & nuclear plants

2. Electrical Design in Thermal Power Plants

  • Generator ratings, cooling methods & excitation systems

  • Switchyard design & station auxiliary systems

  • Substation layout and SLD (Single Line Diagram)

  • LV, HV, EHV systems & bus configurations

3. Turbine-Generator Operation & Control

  • Boiler, steam pressure & turbine control

  • Turbine blade operation & shaft alignment

  • Speed governors, synchronization & load control

  • Condensers, feed pumps & regenerative cycles

4. Power Evacuation & Distribution

  • Step-up transformers & switchgear

  • Breakers, isolators & protection coordination

  • Grid synchronization & reactive power compensation

  • Frequency, voltage control & load dispatch center coordination

5. Electrical Protection & Relays

  • Overcurrent, differential & distance protection

  • Generator, transformer & feeder protection

  • Motor & auxiliary equipment protection

  • Relay selection, testing & maintenance

6. Instrumentation, SCADA & Controls

  • Boiler instrumentation and sensing systems

  • DCS, PLC & SCADA architecture

  • Alarm logic, interlocks and trip circuits

  • Performance monitoring & efficiency improvement

7. Testing, Commissioning & Maintenance

  • Pre-commissioning checks & power quality testing

  • Thermography, vibration analysis & insulation testing

  • Preventive, predictive & condition-based maintenance

8. Coal Handling, Fire Safety & Standards

  • Fuel handling, ash disposal & ESP systems

  • Fire hazards related to coal dust & oil systems

  • NFPA, IEEE, IEC and OHS safety regulations

  • Environmental compliance and emission control

Practical Training & Certification

  • Generator synchronization practice

  • Relay testing and protection training

  • SCADA/PLC system operational training

  • Power plant layout analysis & SLD preparation

Upon successful assessment and project completion, engineers receive:

  • Skill Certification

  • Project Experience Certification

  • Competency-Based Assessment Report

Who Can Join?

  • Electrical engineering graduates and diploma holders

  • Power plant O&M technicians and service engineers

  • Engineers seeking jobs in utilities, EPC, or government projects

Career Path After Completion

  • Power Plant Electrical Engineer

  • Generator & Protection Engineer

  • Electrical Commissioning Engineer

  • SCADA/Automation Engineer in Thermal Plants

  • Control & Maintenance Engineer

Biomass Power Plant Course for Electrical Engineers

The Biomass Power Plant Course is designed for electrical engineers who want to specialize in electricity generation from agricultural waste, wood residues, municipal waste, and organic fuels. This program covers steam-based biomass plants, gasifier-based biomass generation, electrical design, generator systems, control & protection, SCADA, automation, safety, and maintenance.

The course offers skill assessment, gap-based training, and professional certification, making graduates job-ready for renewable and hybrid power markets in India and abroad.

Why Skill Assessment Before Training?

Every candidate starts with a technical skill assessment that measures:

  • Understanding of biomass-based power generation

  • Knowledge of turbine-generator operation

  • Skills in electrical protection & relay systems

  • Familiarity with SCADA, automation, and instrumentation

  • Awareness of power evacuation and safety standards

Engineers who lack expertise in certain areas receive targeted skill gap training. After completion, participants receive skill certification and project experience documentation, boosting employability in renewable energy industries.

Topics Covered

1. Introduction to Biomass Power Generation

  • Overview of biomass energy and carbon neutrality

  • Steam turbine, combustion-based biomass plants

  • Biomass gasifier-based electricity generation

  • Comparison with solar, wind, and fossil fuels

2. Electrical Systems in Biomass Power Plants

  • Generator systems and turbine-driven alternators

  • Excitation systems & generator cooling

  • Station auxiliary electrical systems

  • SLD (Single Line Diagram) preparation for biomass plants

3. Turbine, Boiler & Gasifier Technologies

  • Boilers in biomass plants and combustion control

  • Fuel handling, drying systems & feed mechanisms

  • Gasifier working, syngas production & purification

  • Steam cycle, condenser operation & feedwater systems

4. Power Evacuation & Grid Connection

  • Step-up transformers & switchyard design

  • Breakers, isolators, lightning arresters & busbars

  • Load dispatch, grid synchronization & voltage control

  • Integration with microgrids and hybrid systems

5. Protection, Relaying & Safety

  • Generator & transformer protection

  • Differential, overcurrent, earth fault protection

  • Motor protection for fuel feeders & conveyors

  • NFPA, IEC & IEEE standards for biomass fuel handling safety

6. SCADA, PLC & Instrumentation

  • Automation in boilers, gasifiers & turbines

  • Sensors, transmitters, flame monitoring & alarms

  • SCADA/DCS configuration & performance monitoring

  • Safety shutdown logic, emergency controls & trip circuits

7. Testing, Commissioning & Maintenance

  • Electrical testing: IR, PI, Tan Delta, PD testing

  • Thermography, vibration analysis, motor health assessment

  • Boiler maintenance, ash handling & material monitoring

  • Predictive & preventive maintenance schedules

8. Environmental Compliance & Regulations

  • Waste management & emission standards

  • ESP (Electrostatic Precipitators) & pollution control

  • Carbon credit markets, CDM & renewable purchase obligations

Training, Projects & Certification

Hands-on training includes:

  • Generator synchronization & relay testing

  • SCADA-based operational monitoring

  • Biomass plant SLD & equipment selection

  • Gasifier safety and performance study

Upon completion, participants receive:

  • Skill Assessment Certification

  • Project Experience Certificate

  • Competency-Based Skill Report

Who Can Join?

  • Electrical engineering students & diploma holders

  • O&M engineers in power and renewable industries

  • Candidates seeking jobs in biomass and hybrid energy systems

Career Opportunities

  • Biomass Power Plant Electrical Engineer

  • Renewable Energy O&M Engineer

  • SCADA/Automation Engineer in Biomass Plants

  • Generator & Protection Engineer

  • Commissioning & Maintenance Specialist

Steel Plant Training for Electrical Engineers

Become Job-Ready for Electrical Systems in Steel Plants

Are you an Electrical Engineer or Diploma holder aspiring to work in steel manufacturing plants, rolling mills, or ferroalloy and metallurgical industries, but lacking practical understanding of steel plant electrical systems, power distribution, and industrial operations?
The Steel Plant Training for Electrical Engineers by Pertecnica Engineering is designed to bridge the gap between electrical engineering fundamentals and real steel plant operations.

This course integrates skill assessment, steel plant-focused electrical training, and independent certification, preparing electrical engineers for operations, maintenance, instrumentation, and power management roles in steel plants.

Why Steel Plant Training for Electrical Engineers?

Steel plants involve high-power electrical systems, heavy motors, drives, transformers, and control systems operating in continuous, high-load industrial environments. Electrical engineers must understand plant power distribution, motor control, drives, PLC/SCADA integration, and maintenance coordination.

Many electrical engineers face rejection in steel plants due to lack of plant-specific electrical exposure. This course helps you meet steel plant owner, EPC, and O&M service provider expectations.

Who Should Join This Course?

1️⃣ Fresh Electrical Engineers & Diploma Holders

If you are a BE / BTech / Diploma Electrical graduate, this course helps you:

  • Understand electrical systems and power distribution in steel plants

  • Learn major electrical equipment used in steel manufacturing

  • Prepare for interviews with steel manufacturers and EPC contractors

  • Strengthen your resume with steel plant electrical certification

2️⃣ Electrical Engineers from Other Industries

If you are working in manufacturing, power plants, or process industries, this course helps you:

  • Transition into steel plant electrical roles

  • Understand plant-specific electrical and automation systems

  • Gain confidence to work in heavy industrial environments

3️⃣ Maintenance & Operations Engineers

This course supports professionals involved in electrical maintenance, commissioning, and operations, helping them:

  • Improve understanding of plant power systems

  • Reduce equipment downtime and failures

  • Coordinate effectively with process, mechanical, and safety teams

4️⃣ Career Break & Skill Upgrade Candidates

If you are restarting your career or upgrading skills, this course helps you:

  • Refresh electrical engineering concepts in a steel plant context

  • Learn current industry practices, standards, and safety norms

  • Obtain certified proof of steel plant electrical job readiness

What You Will Learn (Steel Plant – Electrical Focus)

  • Overview of Steel Manufacturing Processes

  • Electrical Power Systems in Steel Plants

  • Transformers, Switchgear, and Bus Ducts

  • Motor Control Systems & Drives

  • High-Voltage Systems & Substations

  • DC and AC Motors in Rolling Mills

  • PLC, SCADA & Automation in Steel Plants

  • Power Factor Improvement & Harmonics Control

  • Electrical Safety & Lockout/Tagout Practices

  • Maintenance Strategies for Electrical Equipment

  • Electrical Troubleshooting & Fault Analysis

  • Industry Codes & Standards (IEC, IS, IEEE – Basics)

Training focuses on electrical engineering aspects of steel plants, not metallurgical process design.

Skill Assessment + Training + Certification Model

Pertecnica Engineering follows a competency-based learning approach:

  1. Skill Assessment – Evaluate your steel plant electrical knowledge

  2. Focused Training – Steel plant–specific electrical modules

  3. Practical Orientation – Equipment diagrams, layouts, and case examples

  4. Independent Certification – Proof of steel plant electrical competency

Certification You Receive

After successful completion, you will receive:

Certified Steel Plant Electrical Engineer

This certification:

  • Validates your electrical knowledge in steel manufacturing plants

  • Improves employability with steel manufacturers, EPCs, and O&M contractors

  • Builds employer confidence in plant electrical competence

  • Supports long-term career growth in heavy industry and process plants

Career Opportunities After Certification

Certified professionals can work as:

  • Electrical Engineer – Steel Plant

  • Electrical Maintenance Engineer

  • Commissioning & Operations Engineer

  • Substation / Motor Control Engineer

  • Automation & Instrumentation Engineer (Electrical Focus)

Industries & sectors include:

  • Steel Manufacturing Plants

  • Ferroalloy & Metallurgical Industries

  • Rolling Mill & Structural Steel Units

  • EPC & O&M Contractors

  • Heavy Industrial Plants

Why Choose Pertecnica Engineering?

  • Industry-driven steel plant electrical curriculum

  • Electrical-domain-focused training

  • Skill assessment before training

  • Practical, plant-oriented learning

  • Independent, credible certification

Who Else Can Benefit?

  • Electrical engineers lacking steel plant exposure

  • Professionals rejected due to no plant experience

  • Engineers targeting steel manufacturing roles

  • Candidates seeking recognized steel plant electrical certification

Take the Next Step in Your Steel Plant Electrical Career

Do not let lack of steel plant electrical exposure limit your career opportunities.

Join the Steel Plant Training for Electrical Engineers and become a confident, industry-ready electrical professional for steel plants.

👉 Contact Pertecnica Engineering today to begin your skill assessment and enrollment.

same syllabus for the following courses..

Steel Plant Electrical Training, Electrical Engineer Course for Steel Plants, Steel Plant Power Systems Training, Steel Plant Electrical Maintenance Course, Electrical Engineer Certification – Steel Industry