Courses
Technical Training Programmes for Engineers and Plant Teams
Four core categories, all HRD Corp claimable, all delivered by practitioners with 10–20+ years of project and plant experience. Every programme can be customised for in-house delivery.
Categories
Choose a training category
Public programmes run in Kuala Lumpur, Johor Bahru, Kuantan and Kota Kinabalu. In-house delivery is available nationwide and online.
ASME & Pressure Vessel Training
Code-based design, fabrication and inspection training for pressure vessels, boilers and heat exchangers — built around real calculation sheets and DOSH submissions.
2 programmesWelding & QA/QC
Welding metallurgy, WPS/PQR qualification, NDT interpretation and inspection practice for fabrication yards and maintenance teams.
3 programmesPiping & API Standards
ASME B31.3, API 570 and API 579 applied to brownfield process piping — stress, supports, corrosion monitoring and repair decisions.
3 programmesReliability & Maintenance
RCM, root cause failure analysis, condition monitoring and turnaround planning for plants under uptime and cost pressure.
4 programmesPower Generation & Energy Systems
Thermal and combined-cycle plant training covering cycle chemistry, gas turbines, HRSGs, performance testing, power-system analysis and decarbonisation.
5 programmesProcess Safety & Incident Investigation
Structured incident investigation and process safety programmes that trace barrier failures to organisational causes, not individual blame.
1 programmesMost Requested Programme
Non-Destructive Testing (NDT) Training
Our most in-demand technical programme: three days across VT, PT, MT, RT and UT with radiograph and report interpretation workshops, acceptance criteria from ASME, AWS and API, and certification-route guidance. HRD Corp claimable.
How Long Does NDT Training Take? A Method-by-Method Guide
Durations by method and certification level — from 3-day appreciation courses to ASNT and ISO 9712 Level II routes.
Read article NDT InsightWhat Does NDT Training Cost? A Budgeting Guide for Employers
What really drives NDT training and certification cost — method, level, group size, delivery format and exam logistics.
Read articleProgramme Category
ASME & Pressure Vessel Training
Code-based design, fabrication and inspection training for pressure vessels, boilers and heat exchangers — built around real calculation sheets and DOSH submissions.
ASME Section VIII Div. 1 — Pressure Vessel Design, Fabrication & Inspection
A three-day, calculation-driven programme covering ASME Section VIII Division 1 from material selection and shell thickness through nozzle reinforcement, welded joint categories, hydrotest and nameplate — using real vessel drawings and Malaysian DOSH practice.
3 days (21 contact hours)View full outlineAPI 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 full outlineProgramme Category
Welding & QA/QC
Welding metallurgy, WPS/PQR qualification, NDT interpretation and inspection practice for fabrication yards and maintenance teams.
Practical Welding Inspection & CSWIP 3.1 Preparation
Weld processes, defects, acceptance criteria and inspection documentation, with hands-on radiograph and macro interpretation sessions.
4 days (28 contact hours)View full outlineWPS, PQR & Welder Qualification to ASME Section IX
Write, qualify and audit welding procedure packages that pass client and third-party review the first time.
2 days (14 contact hours)View full outlineNon-Destructive Testing (NDT) Methods, Interpretation & Reporting
A three-day, hands-on non-destructive testing programme covering the five core NDT methods — visual, penetrant, magnetic particle, radiographic and ultrasonic testing — with heavy emphasis on interpreting real indications, radiographs and reports rather than memorising theory.
3 days (21 contact hours)View full outlineProgramme Category
Piping & API Standards
ASME B31.3, API 570 and API 579 applied to brownfield process piping — stress, supports, corrosion monitoring and repair decisions.
ASME B31.3 Process Piping — Design, Stress & Support Practice
Design and verification of process piping systems, from wall thickness and material selection to flexibility, supports and vibration troubleshooting.
3 days (21 contact hours)View full outlineAPI 570 Piping Inspection & Corrosion Management
In-service piping inspection: CML strategy, corrosion rates, remaining life, and repair or replace decisions for ageing systems.
3 days (21 contact hours)View full outlineFlow Assurance in Oil and Gas Production — From Pipeline Design to Operational Troubleshooting
Multiphase flow behaviour, hydrate, wax and scale management, slugging, pressure and temperature control, pipeline design considerations and operational troubleshooting for producing oil and gas systems.
3 days (21 contact hours)View full outlineProgramme Category
Reliability & Maintenance
RCM, root cause failure analysis, condition monitoring and turnaround planning for plants under uptime and cost pressure.
Reliability 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 full 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 full outlineCompressors & Pumps — Operation, Troubleshooting and Maintenance
Operating principles, performance curves, failure modes, troubleshooting method and maintenance strategy for industrial pumps and compressors — taught from real vibration data, curves and failed components.
3 days (21 contact hours)View full outlineRoot Cause Analysis for Boiler and Steam-Cycle Failures
A case-based programme on investigating boiler tube, steam system and water-chemistry failures — evidence preservation, metallurgical and chemistry interpretation, causal analysis and corrective actions that actually stop repeats.
3 days (21 contact hours)View full outlineProgramme Category
Power Generation & Energy Systems
Thermal and combined-cycle plant training covering cycle chemistry, gas turbines, HRSGs, performance testing, power-system analysis and decarbonisation.
Water Chemistry for Thermal Power Stations — Plant Chemists & Boiler Engineers
A practical programme on boiler-water, steam-cycle and cooling-water chemistry for personnel responsible for thermal power-plant chemistry and equipment integrity — chemical dosing regimes, sampling, limits and the damage mechanisms that follow when control slips.
3 days (21 contact hours)View full outlineCombined-Cycle Gas Turbine (CCGT) Power Plants
An applied programme on combined-cycle plant systems: gas turbine and steam turbine integration, heat-recovery steam generators, control philosophy, start-up regimes and the operating decisions that drive availability and heat rate.
3 days (21 contact hours)View full outlineCombined-Cycle Power Plant Performance Testing
Preparation, execution and interpretation of combined-cycle performance tests — instrumentation and uncertainty, correction curves, heat-rate and output assessment, and how to defend a test result commercially.
3 days (21 contact hours)View full outlineCarbon Capture, Utilisation and Storage (CCUS)
An engineering introduction to carbon capture, transport, utilisation and geological storage — technology selection, integration with existing plant, cost and energy penalties, monitoring obligations and operational risk.
2 days (14 contact hours)View full outlinePSS®E Power-System Analysis
Hands-on power-system modelling and analysis using PSS®E — network data preparation, load flow, short-circuit and contingency studies, and how to turn study output into planning and protection decisions.
3 days (21 contact hours)View full outlineProgramme Category
Process Safety & Incident Investigation
Structured incident investigation and process safety programmes that trace barrier failures to organisational causes, not individual blame.
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Most of our work is customised. Describe the competency gap or the failure you want to prevent and we will design the programme around it.
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