Power Generation & Electrical Engineering
Training That Protects Generation Availability
Practical training for power plant engineers and technicians covering boiler and pressure part integrity, rotating equipment reliability, and electrical safety in live installations.
The Problem
Challenges we hear from this sector
These are the issues raised most often by engineering managers and plant leadership before a programme is scoped.
Forced outages driven by boiler pressure part and tube failures
Ageing turbines and auxiliaries with rising maintenance cost per MWh
Electrical safety and arc flash exposure during live switching and maintenance
Loss of experienced engineers to retirement without knowledge transfer
Condition monitoring data collected but not converted into action
Training Solutions
How ProTrain addresses them
Each solution area can be delivered as a public programme or customised in-house using your own equipment, drawings and failure history.
Boiler & pressure part integrity
Code-based inspection and remaining-life assessment for boilers, headers and tubing, aligned to DOSH requirements.
Rotating equipment reliability
Vibration-led troubleshooting and RCM for turbines, pumps, fans and compressors on critical duty.
Outage and turnaround readiness
Scope challenge, inspection planning and critical path discipline so outages finish on schedule.
Technical competency transfer
Structured in-house programmes that move knowledge from senior engineers to the next generation.
Recommended Courses
Programmes most requested by this sector
All programmes are HRD Corp claimable and carry CPD hours where applicable.
API 510 Pressure Vessel Inspection & Integrity Management
Inspection planning, corrosion rate calculation, remaining life and repair decisions for in-service pressure vessels, taught with real thickness survey data.
3 days (21 contact hours)View course outlineReliability Centred Maintenance (RCM) for Plant Teams
A workshop-driven RCM programme where teams rebuild the maintenance strategy for their own critical equipment using real failure history.
3 days (21 contact hours)View course outlineRoot Cause Failure Analysis for Rotating & Static Equipment
Structured failure investigation using participants' own breakdown history, ending with corrective actions that actually close out.
2 days (14 contact hours)View course outlineTraining Topics
Power Generation & Electrical Engineering Training Topics
Available as public programmes or customised in-house delivery. Open any topic for the full outline, learning outcomes, practical exercises and enquiry options.
Water Chemistry for Thermal Power Stations — Plant Chemists & Boiler Engineers
Practical training in boiler-water, steam-cycle and cooling-water chemistry for personnel responsible for thermal power-plant chemistry and equipment integrity.
- Delivery:
- Public or customised in-house training
Combined-Cycle Gas Turbine (CCGT) Power Plants
An applied introduction to CCGT plant systems, gas and steam turbine integration, heat-recovery steam generators, operations and performance considerations.
- Delivery:
- Public or customised in-house training
Combined-Cycle Power Plant Performance Testing
Practical training in performance-test preparation, measurements, heat-rate assessment, correction methods and interpretation of combined-cycle plant results.
- Delivery:
- Public or customised in-house training
Compressors & Pumps — Operation, Troubleshooting and Maintenance
Practical training covering operating principles, performance, common failure modes, troubleshooting and maintenance of industrial compressors and pumps.
- Delivery:
- Public or customised in-house training
Carbon Capture, Utilisation and Storage (CCUS)
An engineering-focused introduction to carbon capture technologies, transport, utilisation, geological storage, project integration, risks and operational considerations.
- Delivery:
- Public or customised in-house training
Root Cause Analysis for Boiler and Steam-Cycle Failures
A case-based programme covering investigation methods for boiler, steam-system and water-chemistry failures, with emphasis on evidence, causal analysis and corrective actions.
- Delivery:
- Public or customised in-house training
PSS®E Power-System Analysis
Applied power-system modelling and analysis using PSS®E, including load flow, fault analysis, network studies and relevant planning applications.
- Delivery:
- Public or customised in-house training
Business Outcomes
What clients measure after training
- Fewer forced outages from repeat mechanical failures
- Shorter, better-scoped planned outages
- Defensible inspection intervals for statutory equipment
- Faster competency build-up for junior engineers
Outcome-linked training design
Before delivery we agree the operational metric the programme should influence — repair rate, downtime hours, inspection backlog, rework cost. Post-training, participants submit an action plan tied to that metric so results are visible to management.
Request Training ProposalTrainer Expertise
Who will deliver your programme
Ir. Hafiz Rahman
Lead Trainer — Pressure Equipment & ASME Codes
22 years industry experience
Hafiz has spent his career between the design office and the plant floor — sizing shells and heads in the morning, walking down repairs with an inspector in the afternoon. He teaches code work the way it is actually used: calculation sheets, nameplate data, and repair decisions that must survive an audit.
- ASME Section VIII Div. 1 Design
- API 510 Pressure Vessel Inspector
- BEM Registered Professional Engineer
Sathish Kumar
Senior Trainer — Reliability, Maintenance & Rotating Equipment
19 years industry experience
Sathish builds maintenance strategies that survive contact with a real budget. His workshops use participants' own failure history, so teams leave with a revised task list rather than a certificate alone.
- CMRP — Certified Maintenance & Reliability Professional
- Vibration Analyst Category III (ISO 18436-2)
- RCM2 Practitioner
Next Step
Request a Power Generation training proposal
Send us your team size, location and the problem you want solved. We will return a scoped outline, trainer profile and HRD Corp claimable quotation within one working day.
No obligation. Proposals include HRD Corp claim guidance.