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The Boiler Systems Engineering Course gives operations, engineering, and maintenance professionals a comprehensive, technically rigorous understanding of boiler system design, operation, control, troubleshooting, and safety management — equipping them to manage boiler systems with greater confidence, reliability, and operational excellence.
Boilers are critical assets in power generation, petrochemical, manufacturing, and industrial facilities. Their safe and efficient operation directly affects production continuity, energy costs, safety performance, and regulatory compliance. Yet boiler systems are also among the most technically complex and highest-risk assets in any plant demanding a depth of engineering knowledge that goes well beyond basic operational familiarity.
This course addresses that depth directly. Delegates move through boiler thermodynamics, design, and classification, through operational procedures, efficiency optimisation, and control systems integration, to structured troubleshooting, root cause analysis, safety systems, and lifecycle management — all grounded in international standards including ASME, EN, and ISO.
The Boiler Systems Engineering Training is built for professionals who are accountable for boiler system performance and want the technical knowledge, diagnostic capability, and safety awareness to manage these critical assets at the highest professional standard.
The Boiler Systems Engineering Course is designed to develop comprehensive boiler engineering capability — from design fundamentals and operational management through to control systems, fault diagnosis, safety management, and long-term asset reliability.
By the end of this course, participants will be able to:
The Boiler Systems Engineering Training is designed for operations, engineering, and maintenance professionals who work with or are responsible for industrial and power generation boiler systems and who need a technically rigorous, end-to-end understanding of boiler operation, control, troubleshooting, and safety management.
This course is suitable for:
The Boiler Systems Engineering Course is delivered through a technically structured, progressively building learning approach that moves from boiler design fundamentals and operational management through to advanced control systems, troubleshooting methodology, and safety and reliability best practices. Each day addresses a distinct engineering domain building a complete and integrated understanding of the full boiler system lifecycle.
Case studies of real boiler failures, control system exercises, and structured troubleshooting scenarios are integrated throughout ensuring delegates connect technical knowledge to the operational and safety realities they face in the field.
Delivery methods include:
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Common questions about our training courses
This course is designed for boiler engineers, plant engineers, operations supervisors, maintenance professionals, instrumentation and control engineers, reliability specialists, and HSE professionals who work with industrial or power generation boiler systems. It is suitable for both experienced professionals deepening their boiler engineering knowledge and those newer to boiler systems who need a comprehensive, technically rigorous foundation.
Boiler safety systems are covered comprehensively within Day 5 — including protective interlocks, pressure relief devices, emergency shutdown systems, and safe operating limit management. Delegates develop a thorough understanding of how boiler safety systems are designed to prevent catastrophic failure and what happens when they are bypassed, poorly maintained, or incorrectly configured — making this one of the most operationally critical modules in the course.
A general background in mechanical, electrical, or process engineering is helpful. The course begins with boiler classification, design principles, and thermodynamics fundamentals before advancing to operational management, control systems, and troubleshooting — making it accessible to delegates with foundational engineering knowledge who are ready to develop their boiler systems capability in a structured, technically rigorous environment.
Day 3 covers boiler control systems in full — including combustion control, air-fuel ratio management, drum level control strategies, pressure and temperature control loops, and the integration of boiler instrumentation with PLC, DCS, and SCADA systems. Delegates develop a clear understanding of how boiler control systems are designed, how they function under different operating conditions, and how control system performance directly affects boiler safety and efficiency.
Environmental considerations and emissions control are addressed within Day 5 — covering the environmental regulations applicable to boiler operations, the emissions produced by different fuel types and firing systems, and the control strategies used to manage NOx, SOx, and particulate emissions within regulatory limits. Delegates develop the knowledge to contribute to environmental compliance planning and to evaluate the emissions implications of operational and fuel management decisions.
