Training Courses & Seminars
in Training Courses

Acid Stimulation – From Formation Diagnosis to Treatment Design, Execution and Evaluation

This practical, field-oriented programme provides participants with a structured approach to the planning, design and execution of acidizing treatments in sandstone and carbonate reservoirs. It begins with a review of acidizing operations, common misconceptions and the reasons why treatments fail, before focusing on formation damage, well candidate selection and the practical field calculations required to develop an effective stimulation treatment.

Marginal Field Evaluation and Development Decision – Rapid Reservoir Evaluation, AI-Assisted Data Review, Production Forecasting, Well Performance and Screening Economics

Marginal and late-life fields require a different approach from large conventional developments. The objective is not to build the most complicated model, but to identify rapidly the technical and commercial factors that determine whether a field can be developed economically.

Oil & Gas Partnerships Mastery: Joint Ventures, Joint Operating Agreements & Production Sharing Contracts 

This intensive three-day programme provides participants with a comprehensive understanding of the contractual, commercial and operational foundations of upstream oil and gas partnerships.

Electrical Power Failure Analysis and Investigation – Precision Solutions for Reliable Power Systems

This 5-day comprehensive training course provides participants with a systematic methodology for investigating electrical failures and incidents in industrial and power-system environments. Participants will learn how to respond to a failure, secure and preserve the incident scene, collect and analyse evidence, reconstruct the sequence of events, review electrical and protection-system data, and identify immediate, contributing, and root causes.

Mastering Voltage and Reactive Power Control in Power Systems Using SVCs and STATCOMs – Enhancing Grid Resilience in the Renewable Energy Era

The global power sector is undergoing a profound transformation driven by the rapid deployment of renewable energy infrastructure. These changes are increasing the complexity of power system operation, making voltage regulation and reactive power control more critical than ever. As conventional synchronous generation is replaced by inverter-based resources, power systems require faster and more intelligent voltage support to maintain stability, improve power quality, maximise renewable energy...

Harmonic Assessment and Filters for Renewable Energy Systems – Building Expertise for Reliable Grid Integration and Power Quality

The rapid global transition towards low-carbon electricity systems is accelerating the deployment of inverter-based renewable energy resources, including utility-scale solar photovoltaic (PV), wind power, Battery Energy Storage Systems (BESS) and hybrid renewable plants. As conventional synchronous generation is progressively displaced by power-electronic-based generation, power systems are becoming increasingly dynamic and complex, creating new challenges for maintaining power quality, grid ...

Integrated Improved Oil Recovery (IOR) Strategies for Mature Oil Fields – Integrating Reservoir, Well and Production Strategies for Improved Recovery

This five-day course provides an integrated approach to Improved Oil Recovery (IOR) strategies for mature oil fields, focusing on how petroleum professionals can address production decline, increasing water cuts, reservoir heterogeneity, well placement challenges, flow assurance issues, ageing infrastructure, and economic constraints. It covers the mature oil-field lifecycle, Field Development Plans (FDP), artificial lift selection, reservoir characterization, waterflooding, gas reinjection, ...

Uncertainty Quantification for Petroleum Engineers Using Machine Learning – Transforming Subsurface Data into Confident Operational Decisions

The oil and gas industry is increasingly adopting artificial intelligence (AI) and machine learning to improve reservoir characterisation, production optimisation, predictive maintenance, and field development planning. While these technologies have demonstrated significant value in extracting insights from large and complex datasets, conventional machine learning models often produce point predictions without indicating the level of confidence or uncertainty associated with the results. As p...

Utility-Scale Solar PV Performance, Diagnostics & Bankability – Maximising Energy Yield, Diagnosing Performance Losses, and Protecting Long-Term Asset Value

The global solar photovoltaic (PV) industry is experiencing rapid expansion, driven by accelerating energy transition policies, rising electricity demand, and strong investor interest in low-carbon infrastructure. As solar projects increase in scale and complexity, utility-scale solar assets are increasingly judged by their actual operational performance, degradation behaviour, availability, and long-term energy yield. In this environment, accurate yield assessment, optimised system design, a...

Integrated Supply Chain Excellence in Oil & Gas – Transform your supply chain through digital innovation, risk resilience, and environmental responsibility

This 4-day training course offers a comprehensive exploration of modern supply chain management through the critical lenses of Smart technologies, Security protocols, and Sustainable practices. In today's rapidly evolving global marketplace, supply chain operations have become the cornerstone of successful energy projects and production operations, directly impacting cost efficiency, sourcing security, and environmental footprint. This course navigates participants through the transformative ...

Transmission Expansion Planning (TEP) for Energy Transition – Strategic Grid Expansion & Investment Planning

Transmission Expansion Planning (TEP) is a critical strategic process that determines how power networks evolve to meet future electricity demand while maintaining reliability, affordability, and sustainability. Traditionally, TEP focused on identifying the optimal timing and location of new transmission infrastructure to support economic growth and secure system operations. Today, however, the energy sector is undergoing unprecedented transformation driven by rapid renewable energy deploymen...

Hybrid Wind and PV Plants with BESS – Energy Yield Assessment, Complementarity and Grid-Constrained Optimisation

The global energy transition is accelerating at an unprecedented pace, with wind and solar power accounting for the majority of new power generation capacity additions worldwide. As countries pursue ambitious net-zero commitments and energy security objectives, the development of co-located wind–solar hybrid plants integrated with Battery Energy Storage Systems (BESS) is emerging as a preferred solution for delivering reliable, cost-effective, and dispatchable renewable energy. According to i...

Transformer and Substation Maintenance and Diagnostics – Mastering Reliability, Testing, and Condition-Based Maintenance of Transformers and Substations

This seminar will provide a comprehensive understanding of the various types of transformers and substation maintenance including breakdown maintenance, preventive maintenance, total productive maintenance, condition based maintenance, pro-active maintenance, and reliability-centered maintenance. All the expected problems in dry, oil-filled transformers and substations will be discussed in detail. All the diagnostics, troubleshooting and maintenance required to ensure adequate operation of tr...

Tripod Beta Practitioner – Bronze Level – Developing Competent Investigators Through the Tripod Beta Methodology

The 3-Day Tripod Beta Accident Investigation Training provides a structured approach to understanding why incidents occur by focusing on underlying organisational causes rather than surface-level operational errors. The methodology is based on the Tripod Beta model developed by Shell in collaboration with the University of Leiden and the University of Manchester, and is widely used across high-risk industries such as oil & gas, energy, chemicals, rail, shipping, infrastructure, and healthcare.

Competency Management & Assessment (CMA) Program – Transforming Workforce Capability Through Structured Competency Systems

This program provides a comprehensive and practical understanding of competency management and capability development, equipping participants with the knowledge and tools required to build a high-performing workforce. It focuses on how organisations can systematically design, implement, and sustain competency frameworks that are aligned with business strategy, operational requirements, and long-term organisational goals.

Advanced Hydraulic Fracturing Engineering and Optimization - Engineering Hydraulic Fractures from Insight to Execution

Advanced Hydraulic Fracturing Engineering & Optimization is an immersive technical course focused on understanding, designing, executing, and evaluating hydraulic fracturing treatments for reservoir development. The course guides participants through the full fracturing workflow, starting from critical formation evaluation and rock property definition, progressing into treatment selection criteria, and advancing into execution processes and completion design considerations. It is structured t...

Operation, Maintenance, Commissioning, Control, & Shutdown of PEM Electrolysers – Engineering Reliable and Efficient Hydrogen Production Systems

Rapid acceleration of the global hydrogen economy, driven by decarbonisation targets and large-scale investments across Europe and Asia, has positioned Proton Exchange Membrane (PEM) electrolysers at the forefront of green hydrogen production. Market research indicates strong growth in PEM deployment due to its ability to operate dynamically with renewable energy sources, particularly solar and wind, making it a preferred technology for grid balancing and flexible hydrogen generation. As coun...

Design and Integration of PHES, BESS and Floating Solar PV – Enabling Hybrid Technologies for Grid Stability and Future Power Systems

The rapid global transition toward renewable energy has fundamentally changed the way electric power systems are planned and operated. Solar generation are now among the cheapest forms of electricity generation in many regions of the world. However, unlike conventional thermal power plants, renewable energy sources are intermittent and variable in nature for example solar generation fluctuates with cloud cover and disappears at night. As renewable penetration increases, electric grids increas...

LNG and Gas Sales Agreement (GSA) Negotiation and Contracting

Design, Deployment and Value Chains in CO₂ Shipping & LCO₂ Carriers – Assessing System Constraints Infrastructure Readiness and Commercial Viability

CO₂ Shipping and LCO₂ Carriers are becoming vital parts of the carbon capture and storage value chain. As global decarbonisation accelerates, carbon capture and storage (CCS) is transitioning from pilot-scale projects to large-scale deployment, with global capacity expected to grow significantly over the next decade. Governments and industries across Europe, North America, and Asia-Pacific are committing to ambitious net-zero targets, driving strong demand for reliable CO₂ transport solutions...

Integrated Reservoir Modelling (IRM) – From Data Integration to Simulation-Ready Models

This course provides a comprehensive understanding of the principles and practical workflow of Integrated Reservoir Modeling (IRM). It focuses on how geological, petrophysical, and reservoir engineering data are systematically integrated to construct robust static reservoir models. These models serve as the foundation for reliable dynamic reservoir simulation and informed field development planning.

CO2 Pipeline Integrity Management – Engineering, Risk Control & Lifecycle Strategies for Safe CO2 Transport

As carbon capture, utilisation and storage projects move from concept into implementation, CO₂ transportation systems are becoming a critical part of the energy transition. Pipeline operators, project developers and engineering teams must understand how CO₂ service differs from conventional oil and gas transportation, particularly in relation to dense phase behaviour, impurities, corrosion, fracture control, inspection, operations and long-term integrity management.

Design, Integration and Economic Assessment of Onboard Carbon Capture Storage (OCCS) Systems in Maritime – Mastering Technical Integration and Commercial Viability of Carbon Management in Modern Shipping Fleets

As maritime decarbonisation accelerates under increasing regulatory and commercial pressure, onboard carbon capture and storage (OCCS) is emerging as a potential transitional solution for reducing emissions from existing fleets. However, OCCS is not a single technology, but an integrated system spanning capture, conditioning, storage, offloading, and verified transfer to permanent storage. This training is based on real-world project evidence and derived from cross-project benchmarking across...

CO₂ Transport Networks for CCUS – Integrate Pipelines, Shipping, and Storage into Efficient CCUS Transport Networks

This course provides a comprehensive technical foundation for understanding the full engineering and operational challenges associated with transporting carbon dioxide in CCS and CCUS systems. It covers the entire value chain from CO₂ capture and conditioning through transport in pipelines and alternative modes such as ships, trucks, and rail, with a strong focus on how CO₂ properties influence system design, safety, and operability. The course is designed to bridge CCS system understanding w...

CCUS Flow Assurance – Design, Operate, and Safeguard CO₂ Pipelines and Storage Facilities

The CCUS Flow Assurance course provides a comprehensive exploration of Carbon Capture, Utilization, and Storage (CCUS) with a focus on flow assurance principles for CO₂ transport and storage systems. The program begins with a foundational understanding of CCS/CCUS, including the value chain, project types, and current global industry developments. Participants will examine key distinctions between Enhanced Oil Recovery (EOR) and CCS, and explore onshore/offshore storage options, depleted rese...

Advanced Offshore Wind Operation & Maintenance – Logistics, Strategy, and Performance Optimisation

This 2-day comprehensive advanced course is designed to equip experienced professionals with the strategic, technical, and commercial expertise required to master the complexities of offshore wind O&M in this evolving landscape. By integrating real-world case studies, advanced methodologies, and emerging industry best practices, participants will gain the tools and insights needed to optimise offshore asset performance, reduce operational risk, and maximise long-term value in the next generat...

Optimise Wind Farm Performance Through Strategic O&M Management and Advanced Monitoring – Engineering Reliability Through Operational Intelligence

This 3-day comprehensive course is designed for asset owners, asset managers, and senior O&M professionals responsible for optimising O&M performance, cost, and value at portfolio and financial level, rather than executing day-to-day maintenance activities. The course equips participants with the strategic and technical expertise to design and optimise O&M programmes for onshore wind farms and portfolios, covering maintenance strategy, service agreement management, KPI frameworks, and perform...

Power Project Economics & Financial Modelling – Navigating Risk, Returns, and Revenue

The global power sector is undergoing one of the most profound transformations in its history, driven by the accelerating energy transition, rising electricity demand, and the urgent need for energy security. Renewable energy capacity is expected to expand rapidly over the next decade, supported by declining technology costs, policy support, and increasing electrification across industries. At the same time, the scale of investment required is unprecedented, positioning power and renewable pr...

Functional Safety & Safety Instrumented Systems (SIS) Competence – Hands-On Approach to SIL, HAZOP, and Safety Lifecycle Implementation

The TÜV Rheinland Functional Safety Engineer (SIS) course provides a comprehensive and structured introduction to functional safety and Safety Instrumented Systems (SIS), aligned with IEC 61508 and IEC 61511 standards. It is designed to develop competence across the full safety lifecycle, including hazard identification, Safety Integrity Level (SIL) determination, system design, verification, operation, maintenance, and functional safety assessment.

ASME BPVC Section VIII, Division 1 – Pressure Vessels Design and Construction – Master the Rules of Pressure Vessel Design and Compliance

The course provides a comprehensive introduction to the requirements of the current edition of the ASME Boiler and Pressure Vessel Code (BPVC). It begins with an overview of the background, structure, and organization of the Code, enabling participants to understand how its rules are developed and applied within industry practice.

ASME B31.3 Process Piping Systems in Industrial Plants – Turn Engineering Principles into Practical Piping Design Solutions

The ASME B31.3 Process Piping Systems in Industrial Plants course provides a comprehensive introduction to the design and calculation of piping systems used in industrial processes. It covers key engineering aspects such as pressure loss, piping components, system arrangement, thickness calculations, stress fundamentals, and support selection. Participants will gain a solid understanding of how piping systems function within industrial environments and how to design them effectively using sou...

Floating Offshore Wind Engineering and Technology – Enabling Scalable Renewable Energy in Challenging Marine Environments

This 4-day comprehensive training programme provides an overview of floating offshore wind technology, project development, and operational considerations. Participants will gain practical insights into offshore site assessment, floating turbine systems, mooring and station-keeping solutions, power transmission technologies, marine installation operations, and project economics. By linking engineering fundamentals with market trends and commercial drivers, the course equips participants with ...

Quantitative Risk Assessment for Offshore Wind Energy Projects – Transform Uncertainty into Data-Driven Decisions

This 2-day comprehensive training delivers significant strategic and operational value across the wind energy value chain by enhancing the accuracy of energy yield assessments and financial forecasts, strengthening project bankability and investor confidence, and enabling more informed, data-driven decision-making in project development and portfolio management. It equips professionals with advanced capabilities in technical due diligence and risk communication, while reducing exposure to tec...

Geothermal Resource Decision Workshop – Practical Decision-Making for Fault-Hosted Deep Circulation Geothermal Systems

This workshop is particularly focused on fault-hosted deep circulation geothermal systems, which differ significantly from magmatic or volcanic-dominated systems. By combining geoscience interpretation with economic risk assessment, the course equips participants with a structured decision-making framework that balances technical uncertainty with financial constraints—ultimately preparing professionals to make informed, high-value geothermal investment decisions.

Managing Flow Assurance in Oil and Gas Production - From Pipeline Design to Operational Troubleshooting

Flow assurance in oil and gas production is critical to ensuring the uninterrupted, safe, and efficient transport of hydrocarbons from the wellhead to processing facilities. This five-day technical training program covers the multidisciplinary approaches required to manage multiphase flow systems, addressing challenges such as slugging, hydrate formation, wax deposition, and frictional losses. Participants will gain a solid understanding of both steady-state and transient phenomena, as well a...

Material Failure Analysis in PEM Electrolyser – Transforming Failure Data into Reliable Hydrogen Systems

The reliability and durability of PEM electrolysers are critical to both performance and safety. Designing reliable Proton Exchange Membrane (PEM) electrolysers requires more than technical proficiency; it demands a deep understanding of how and why systems fail, together with effective mitigation strategies, analytical methods, and preventive tools.

Offshore Wind Project Viability – Strategic Market Entry and Investment Due Diligence

The offshore wind industry presents a significant opportunity for conventional utilities seeking growth, diversification, and a path toward decarbonization. This has been driven by aggressive global climate goals and technological maturity. Even though the global offshore wind sector is characterised by strong growth and strategic technological advancement, the real challenges in the offshore wind sector are currently dominated by a severe confluence of macroeconomic pressures and supply chai...

Geothermal Resource Decision Workshop – Practical Decision-Making for Volcanic-Hosted Geothermal Systems

This intensive three-day workshop provides a practical foundation in geothermal resource evaluation and decision-making using a conceptual modelling framework. Participants experience the full lifecycle of geothermal exploration and development, from determining the existence of a viable geothermal reservoir through to making informed investment decisions on power plant construction. The workshop mirrors real-world geothermal project workflows, requiring participants to assess uncertainty, in...

LNG Supply Chain, Regasification, and Terminal Operations

This 4-day technical course is designed to provide energy professionals with a comprehensive understanding of the LNG supply chain—from upstream supply and transportation, to regasification and downstream integration. As global demand for LNG continues to grow, fuelled by its role in energy transition and diversification, there is a critical need for technically competent professionals who can manage, operate, and optimize LNG infrastructure safely and efficiently.

Wind Turbine Technology – Master the Art of Selection and Optimise the Farm Performance

As the global wind energy sector experiences an unprecedented surge with installed capacity reaching 1.25 terawatts by mid-2025 the industry is rapidly shifting toward massive multi-megawatt offshore machines and advanced rotor designs to meet 2030 climate goals. However, this scaling brings significant logistical hurdles and complex technical challenges, making precise turbine technology and selection more critical than ever for a project’s financial viability and long-term reliability.

Sustainable Aviation Fuel (SAF) for Strategy, Markets & Execution – Turning Aviation Decarbonisation into Commercial Reality

Sustainable Aviation Fuel (SAF) is rapidly emerging as the cornerstone of aviation decarbonisation, driven by regulatory mandates, airline net-zero commitments, and growing demand for low-carbon travel. Yet despite strong demand signals, SAF deployment remains constrained by feedstock availability, certification complexity, refinery integration challenges, pricing uncertainty, and fragmented policy frameworks. This training course is designed to cut through the noise and provide a grounded, r...

HV & MV Power System - Design, Protection & Coordination

This 5 half-days training course addresses all aspects of industrial & utility power systems, including system planning, equipment selection, specification and application, system grounding, protection and conformity with electrical code requirements etc.

Commercial & Technical Operations of Offshore E&P Support Vessels – Managing Risk, Performance, and Contractual Accountability Across Offshore Energy Operations

This intensive 3-day training programme is designed to equip participants with the practical knowledge and decision-making frameworks to effectively manage the commercial and technical operations of OSVs. Drawing on real-world case studies and practitioner experience, the course bridges the gap between charterparty obligations, operational execution, risk management, and financial performance, ensuring participants are prepared to meet the evolving demands of offshore operations.

Applied Machine Learning and Data Science for Upstream Professionals - Quantitative Approaches to Reservoir and Field Performance

This 5-day training course provides upstream oil and gas professionals with a structured, hands-on introduction to data science and machine learning, specifically tailored to subsurface and production workflows. Participants build a strong foundation in scientific programming, data wrangling, visualization, and statistical thinking before progressing to modern machine learning techniques used across reservoir engineering, geoscience, and production analytics.

Deepwater Drilling: Well Design, Engineering & Operations

Deepwater drilling represents one of the most complex and capital-intensive operations in the upstream oil and gas industry. This course provides a comprehensive understanding of how to design, engineer, and execute deepwater wells safely and efficiently. It introduces participants to the key engineering principles, project management frameworks, and operational practices that underpin successful deepwater drilling campaigns worldwide.

Layer of Protection Analysis (LOPA) - Including SIL Determination and Risk-Based Functional Safety Methods

The Layer of Protection Analysis (LOPA) and Safety Integrity Level (SIL) Determination Course provides participants with a complete understanding of how to apply LOPA in accordance with IEC 61511:2016, the global benchmark standard for safety instrumented systems in the process industries. Over three days, participants in the course will develop a strong conceptual and practical foundation in risk assessment, functional safety principles, and the systematic evaluation of hazardous scenarios.

Strategic Planning and Mergers & Acquisitions in Oil and Gas

This course on Strategic Planning and Mergers & Acquisitions (M&A) equips participants with a comprehensive understanding of the strategic, financial, and legal dimensions of M&A transactions. It bridges theory with practical applications, using real-world case studies and exercises to illustrate how organizations pursue growth, manage risks, and create value through acquisitions, alliances, and integrations.

Electric Submersible Pump (ESP) System Design, Operation & Troubleshooting

Electric Submersible Pumps (ESPs) remain one of the most widely used artificial lift methods for maximizing production from medium-to-high-rate oil wells. This comprehensive three-day program provides a complete, end-to-end understanding of ESP design, system integration, field practices, and troubleshooting. Participants will gain a deep technical foundation, from the physics of artificial lift to the detailed mechanics of pump components, motors, protectors, sensors, surface equipment, and ...

Applied Integrated Production Modelling - Using PETEX IPM Suite – PROSPER, GAP and MBAL

Integrated Production Modelling (IPM) is a powerful methodology that connects the reservoir, wells, and surface network into a unified model to analyze and optimize production performance. This intensive training course provides participants with the knowledge and practical skills to build, calibrate, and troubleshoot IPM models using industry-standard Petroleum Experts (Petex) tools — PROSPER, GAP, and MBAL.

Geothermal Steamfield Drilling & Development - Engineering Safe, Sustainable, and Efficient Geothermal Wells for the Future of Energy

The Geothermal Steam Field Drilling and Development course is a comprehensive 5-day technical training designed to equip drilling and field development professionals with the knowledge and skills needed to successfully plan, design, and execute geothermal well projects. This program integrates internationally recognized IADC standards, engineering best practices, and lessons learned from historical geothermal operations. It emphasizes practical applications to ensure participants can apply th...

Geothermal Drilling Engineering - Master High - Temperature Drilling from Concept to Execution

The Geothermal Drilling Training Course offers a comprehensive understanding of the technologies, tools, and engineering strategies essential for planning and executing successful geothermal projects. It emphasizes the similarities and critical differences between geothermal drilling and traditional oil and gas well drilling, providing participants with a solid foundation in geothermal well design, well control, and high-temperature drilling challenges.

LNG Shipping, Trading & Investment – Freight Market Analysis, Contract Arbitrage & Economic Risk Management

This intensive 3-day program provides a holistic roadmap of the LNG commercial lifecycle. Moving beyond basic theory, participants will explore the mechanics of freight market volatility and voyage economics, analysing how shipping costs directly impact delivered prices and arbitrage windows. The curriculum delves into critical commercial competencies, including contract structures (DES, FOB, CIF), trading benchmarks, and portfolio optimization, equipping learners with the tools to spot arbit...

HPHT Well Engineering - Planning, Design & Operations

High Pressure, High Temperature (HPHT) wells represent some of the most complex and high-risk operations in modern drilling. This course provides a comprehensive exploration of HPHT well planning, drilling design, and operational strategies, equipping participants with the tools to manage well integrity, drilling performance, and risk mitigation effectively. Through a combination of technical concepts and real-world insights, attendees will understand the unique challenges that arise when ope...

Advanced Drilling Fluids -Mastering Fluids, Maximizing Performance

This intensive 3-day program provides participants with a comprehensive understanding of drilling fluid systems and their critical role in successful well delivery. The course begins with an overview of drilling fluids and hydraulics, establishing a strong foundation in fluid functions, properties, and system design. Participants will learn how to optimize circulation, manage hydraulics for hole cleaning, and apply fluid properties to enhance drilling performance and maintain wellbore stability.

Biofuels and Alternative Fuels - Technologies, Policy and Market Integration

This comprehensive three-day course provides an in-depth exploration of bioenergy and biofuels, their production, and their role in decarbonizing the global energy sector. Participants will gain a thorough understanding of the types of biofuels currently in commercial use across transportation sectors, including road, rail, marine, and aviation, as well as the principles that underpin their development, sustainability, and climate impact. Through interactive discussions, quizzes, and real-wor...

Asset Integrity and Life Extension - Mastering Risk-Based Inspection and Fitness-for-Service Methodologies

This comprehensive training program, “Asset Integrity and Life Extension,” provides a deep understanding of how to manage, maintain, and extend the operational life of industrial assets in the oil and gas, energy, and process industries. Participants will learn how to apply internationally recognized standards such as ISO 55000 for asset management and the SMRP framework for reliability and maintenance excellence. The course emphasizes the systematic integration of technical, operational, and...

Methanol Bunkering- A Step-by-Step Framework for Risk Mitigation, SIMOPS, and Low-Flashpoint Fluid Transfers

In coming years, IMO will be officially adopting the world’s largest Emission Control Area (ECA) covering a near continuous belt across the entire Northern Hemisphere’s shipping corridor. This ECA will mandate the NOx Tier III emission limit (80% above Tier I and 20% above Tier II). Consequently, the global maritime sector is undergoing a profound energy transition, and methanol has rapidly emerged as a leading alternative fuel, offering a viable, clean-burning pathway to meet these stringent...

Coaching & Mentoring Skills for Leaders in the Energy Industry – Powering People to Drive Performance

This 3-day interactive course equips managers and supervisors with practical leadership tools to perform effectively as leaders, performance coaches, mentors, and appraisers in the workplace. The programme focuses on developing the capabilities needed to guide, support, and grow team members while sustaining high standards of performance and accountability.

Applied Carbon Capture & Storage Geomechanics - Modelling, Containment Integrity & Risk Mitigation

Carbon Capture and Storage (CCS) is rapidly emerging as one of the most viable pathways toward achieving global net-zero carbon emissions. However, the geomechanical aspects of CO₂ injection and long-term storage introduce complex challenges related to rock stability, stress evolution, and containment integrity. The “Applied CCS Geomechanics” course provides a comprehensive understanding of these challenges by exploring the mechanical behaviour of geological formations under varying pressure,...

Critical Thinking & Decision - Making for Engineers and Managers – Thinking Clearly, Deciding Wisely

In an era where engineering and management decisions increasingly determine organisational success, the ability to think critically has become a defining professional skill. This 3-day course equips engineers, technical managers, and decision-makers with the mindset, tools, and frameworks to think clearly, analyse problems objectively, and make sound, evidence-based decisions.

Workovers and Well Intervention – Planning, Execution, and Optimization of Rig-Based and Rigless Operations

This 5-day course provides a comprehensive understanding of the planning, design, and operational aspects of well workovers and interventions. It covers both rig-assisted (dead well) and live well intervention methods, including wireline, coiled tubing, and hydraulic workover operations.

Leadership in Diverse Teams in the Energy Industry – Applying MBTI Personality Insights into Team Advantage

This 3-day interactive course equips energy industry leaders with the awareness, tools, and strategies to lead diverse teams effectively using insights from the Myers-Briggs Type Indicator (MBTI). By understanding their own leadership style and personality preferences, leaders learn to adapt their approach to different team members, improving collaboration, motivation, and overall team performance.

Building Resilience & Managing Conflict for Engineers & Technical Professionals – Driving Team Strength and Leadership Excellence

This 3-day interactive and practical course empowers managers, supervisors, and technical professionals with the essential knowledge and tools to build resilience, manage conflict, and foster positive collaboration in the workplace. It provides a structured approach to understanding the roots of conflict, navigating difficult conversations, and fostering collaboration through empathy, communication, and self-awareness.

Root Cause Analysis – Turning Challenges into Insights for Sustainable Improvement

This 2-day training equips participants with the essential knowledge and tools to identify the real causes behind workplace problems and implement effective, lasting solutions.

Developing Bankable Power Purchase Agreements for Solar and Battery Energy Storage - Bridging Renewable Energy Technology with Financial Viability

The rapid energy transition across the Asia-Pacific region is compelling governments and corporations to actively pursue clean energy solutions, making the Power Purchase Agreement (PPA) the linchpin of successful project development. This specialised course is essential because evolving national policies, such as new green power programs, are creating liberalised market structures that require sophisticated contractual and financial expertise. Participants will gain a building-block approac...

Advanced Performance Optimisation for Co-Firing Power Plants - Mastering Heat Rate and Performance in Dual - Fuel Power Generation

In today’s rapidly changing energy landscape, power plant operators face the challenge of balancing efficiency, reliability, and sustainability amid the global energy transition. With clean power now exceeding 40% of global electricity generation and continued closures of coal-fired capacity, existing thermal plants must optimise performance to remain viable. At the same time, global coal demand and the need for smarter, more efficient power generation are driving growth in advanced control s...

Well, Reservoir and Facilities Management (WRFM) Maximizing Recovery through Integrated Asset Management

The Well, Reservoir, and Facility Management (WRFM) course provides participants with a comprehensive and integrated framework for optimizing oil and gas assets throughout their full lifecycle. By focusing on the interplay between wells, reservoirs, and surface facilities, the program equips professionals with the skills to maximize recovery, enhance production efficiency, and extend asset life in a safe and sustainable way.

Introduction to Offshore And Onshore Surface Processing & Production Systems

This course provides participants with a solid foundation in the principles, processes, and technologies involved in upstream oil and gas operations. It introduces the lifecycle of hydrocarbon production, from reservoir exploration and drilling to production and surface processing. This course emphasizes the integration of key engineering disciplines to ensure efficient and safe hydrocarbon extraction.

Long-Duration Energy Storage (LDES) – Assessing Market Needs, Technology and Economics

This 3-day course is designed to provide business people with a comprehensive picture of how other energy storage solutions will coexist and compete with current BESS solutions, particularly as power systems continue to evolve towards cleaner, more renewables-oriented supply mixes.

Exploration Strategy & Portfolio Management – Design Smarter Exploration Portfolios and Lead with Clarity

Built on over 30 years of global exploration leadership, this five-day intermediate to advanced-level course equips professionals with the tools, models, and insights to design exploration business development strategies that are both technically sound and commercially executable.

HVDC Systems Engineering - Principles, Features, Design & Operations

High-Voltage Direct Current (HVDC) technology is fundamentally transforming long-distance power transmission. As an efficient and versatile solution, it is central to the evolution of modern electrical grids. While conventional HVDC systems have a long-established history of interconnecting large asynchronous AC systems, their role has expanded significantly with the global transition to renewable energy. Today, HVDC technology is essential for integrating remote, large-scale clean energy sou...

Integrated Offshore Field Development Planning

Field Development Planning (FDP) is a cornerstone in the lifecycle of offshore oil and gas projects. This course offers a comprehensive exploration of the end-to-end FDP process, aligned with globally recognized industry best practices and stage-gate methodologies.

Global Coal Trading: Physical and Financial Markets

This intensive 2-day course delivers a practical and comprehensive understanding of global coal trading, with a strong emphasis on the Asian market. Participants will gain insight into the dynamics of coal supply and demand, key producing and consuming regions, and the distinctions between thermal and metallurgical coal.

Ammonia as an Alternative Fuel in Maritime Applications - Navigating the Future of Green Marine Propulsion

As the maritime industry faces unprecedented pressure to decarbonise, ammonia is rapidly emerging as a game-changing low-carbon alternative to traditional marine fuels. With the UN's International Maritime Organisation (IMO) requiring ship owners to transition to cleaner fuels or face carbon taxes starting in 2028, the race for sustainable shipping solutions has accelerated dramatically.

Advanced Carbonate Reservoir Engineering – Solving Subsurface Challenges in Complex Carbonate Fields

This 5-day intensive course on Advanced Carbonate Reservoir Engineering – Solving Subsurface Challenges in Complex Carbonate Fields offers a practical, application-driven deep dive into the complexities of carbonate reservoir engineering. Through real-world case studies, participants will explore the distinctive challenges and opportunities associated with carbonate reservoirs, including heterogeneity, fluid-rock interaction, and fracture networks.

Principles of Gas Distribution Networks - Integrating Safety, Reliability, and Sustainability in Energy Delivery

Gas distribution networks consist of specialised interconnected components such as regulators, pipes, tubes, fittings, manifolds, and valves that safely transport gas from high-pressure sources to end-users. Today's operators face multifaceted challenges in an industry undergoing rapid transformation. These challenges include navigating stricter environmental regulations while maintaining operational efficiency, implementing technological innovations that enhance safety and performance, and a...

Gas Transmission Pipeline Engineering - Building Resilient Energy Transport Systems through Design Excellence and Operational Safety

Gas transmission, the critical process of transporting natural gas through extensive pipeline networks, forms the backbone of energy distribution systems. This comprehensive 3-day training course provides both theoretical foundations and practical insights into the complexities of designing, operating, and maintaining high-pressure gas transmission pipelines and related facilities. Integrity management stands as a cornerstone of effective operations, requiring unwavering attention to gas pres...

Solid Biomass Market as a Source of Fuel  - Converting Organic Matter into Renewable Energy Alternatives

Power plants commonly use fossil fuels like coal, oil, and natural gas to generate electricity, releasing significant amounts of carbon dioxide (CO₂) into the atmosphere. These emissions are major contributors to global climate change, driving an international effort to eliminate fossil fuels within the next 15 to 20 years. Innovative techniques and methods are needed to combat climate change. Biomass is considered approximately CO₂-neutral because, during its growth, it absorbs the same amou...

Co₂ Transportation from Capture to Storage and Usage – Building the Critical Infrastructure for Tomorrow's Net-Zero Economy

This comprehensive 5-day technical training course, provides participants with both theoretical knowledge and practical skills required to design, implement, and manage CO₂ transportation systems. The program covers the entire value chain from carbon capture technologies through transportation infrastructure to ultimate storage and utilization options.

Wind Power Operations, Maintenance & Performance Monitoring – Improving Equipment Functionality, Efficiency and Longevity for Sustainable Returns

Wind power operations, maintenance (O&M) and performance monitoring is experiencing significant growth, propelled by increasing global wind energy capacity and advancements in predictive maintenance technologies. To capitalise on this growth, there is a pressing need to navigate complex maintenance demands, mitigate efficiency losses, and strategically balance maintenance approaches. Ultimately, optimised energy output and extended turbine lifespans are paramount for success in this high-grow...

Mastering Contract Law and Risk Mitigation in Energy – Advanced Contract Management from Formation to Dispute Resolution

This 3-day training course is designed to equip energy industry professionals with practical contract management skills essential for navigating today's increasingly complex, global commercial relationships undergoing rapid technological and geopolitical change.

Digital Communication Networks for Upstream Operations - Mastering Critical Connectivity Solutions for Oil & Gas Fields

This comprehensive five-day training program focuses on the critical communication technologies and systems that power modern upstream oil and gas operations. As digital transformation accelerates across the energy sector, robust and reliable communication systems have become the backbone of efficient, safe, and productive field operations. This course bridges the gap between communication engineering principles and practical upstream applications, providing participants with both theoretical...

Battery Recycling Technologies and Design - Maximising Returns while Minimising Environmental Impact

Batteries have grown as a driving technology, powering renewable energy storage system to electrical vehicles. However, the rapid growth in battery usage has led to increasing concerns about their environmental impact. Battery recycling has emerged as a pivotal solution, not only for mitigating environmental harm but also for harnessing substantial economic advantages. From a global perspective, the purpose of battery recycling extends far beyond simple waste management. It is a critical st...

Subsea Inspection, Maintenance and Repair (IMR) Tools and Insights to Excel in Subsea Engineering and Integrity

This comprehensive 3-day course on Subsea Inspection, Maintenance, and Repairs (IMR) provides participants with the knowledge and skills required to ensure the integrity and operational reliability of subsea systems. The course explores the criticality of subsea equipment, the complexities of corrosion management, and strategies to assess and mitigate risks effectively.

Steam Turbine Power Plant Instrumentation and Control

The steam turbine remains a critical component in power generation and industrial processes, demanding specialized knowledge and expertise in its instrumentation and control systems. This comprehensive training course is meticulously designed to provide engineering professionals with an in-depth understanding of steam turbine technologies, covering every aspect from fundamental operational principles to advanced diagnostic and maintenance techniques.

Testing, Commissioning and Maintenance of HV Electrical Systems - Essential Practices for Electrical System Reliability and Safety

This comprehensive 5-day course provides practical knowledge and hands-on guidance for professionals involved in the commissioning, testing, and maintenance of HV electrical power systems. Participants will gain a thorough understanding of industry best practices, safety protocols, and testing methodologies essential for ensuring the reliability, efficiency, and safety of electrical infrastructure.

Marine & Energy Insurance Risk Management

The dynamic and ever-evolving marine and energy industries demand specialized knowledge in insurance and risk management to address complex challenges and mitigate substantial exposures. This comprehensive 2-day course provides an integrated understanding of the key principles, policies, and practices in marine and energy insurance. Participants will explore critical topics, from risk-sharing between oil companies and contractors to coverage solutions for drilling rigs, offshore platforms, sh...

Pumped Hydro Energy Storage - Design, Implementation and Optimisation

Pumped Hydro Energy Storage (PHES) is crucial for addressing the growing challenges of energy transition. The rising use of variable renewable energy sources, such as solar and wind, lead to grid instability, supply-demand imbalances, and the need for effective peak load management. Traditional energy sources raise environmental and economic concerns, underscoring the importance of adopting renewable energy and energy storage solutions.

Hydrogen Pipeline Engineering - Strategies for New Construction and Repurposing Existing Pipelines

Hydrogen pipelines are essential for the efficient and cost-effective transport of gaseous hydrogen over long distances, forming the backbone of a hydrogen economy. According to Rystad Energy 2,800 miles (4,500 kilometres) of hydrogen pipelines exist globally, supporting industrial applications, fuel cell technology, and the transition to a low-carbon energy system. However, designing these pipelines presents significant challenges due to hydrogen's unique properties. To address these issues ...

Geomechanics for Carbon Capture & Storage (CCS) Projects - Building CCS Storage Plans through Advanced Geomechanical Modeling and Regulatory-Compliant Risk Assessment

This comprehensive 5-day course focuses on the critical role of geomechanics in Carbon Capture and Storage (CCS) projects, with particular emphasis on containment risk assessment and Storage License applications.

Charterparty Management for Liquefied Petroleum Gas (LPG) Tankers – Optimizing Voyage Economics and Contractual Performance in Turbulent Markets

The LPG shipping industry has experienced consistent growth over the past decade in terms of fleet size, vessel numbers, and transported volumes, despite challenges posed by global pandemics and geopolitical tensions. This intensive two-day course provides an in-depth exploration of the latest developments in Voyage and Time Charterparties specific to LPG tankers.