Training
We provide a range of security and defense related training for various levels within the organization. From top management level to middle management, full time professionals to security supervisors and general employee to contractors.
- Intelligence & Investigation
- Crisis Management & Emergency Response
- Military Consultancy
- Physical Security
- Bodyguard/ VIP Close Protection
- Simulation System
- Sensor/Tracking System
- Internal & External Threat
| No | Module Title | Brief Description | Learning Outcome |
|---|---|---|---|
| 1 | 3D Seismic Interpretation | This course provides an overview of the utilization of 3D seismic in addressing reservoir management strategies. | This course is designed for geoscientists with a foundational understanding of seismic theory. It aims to equip participants with the knowledge and practical skills required to perform 3D seismic studies and contribute to reservoir characterization and development planning. By the end of the course, participants will gain a broader understanding and practical tools for the effective use, interpretation, and integration of 3D seismic data in subsurface evaluations. |
| 2 | AVO, Inversion and Attributes | This course offers a comprehensive understanding of the evolving role of seismic petrophysics, focusing on amplitude variation with offset or angle (AVO/AVA), seismic attributes, and inversion techniques. | Participants will gain foundational knowledge of seismic wave propagation, key seismic attributes, and their applications in stratigraphy, structure, and petrophysics. |
| 3 | Geological Interpretation of Seismic Profiles | This course teaches advanced seismic interpretation techniques, focusing on attributes, sequence stratigraphy, and structural geology, while guiding participants in integrating data to improve seismic prediction accuracy. | This course provides a solid understanding of the seismic interpreter’s role in applying post-stack attributes, sequence stratigraphy, geomorphology, VSP, and hydrocarbon characterization. |
| 4 | Seismic Stratigraphy | This course introduces the principles and techniques of seismic stratigraphy, focusing on the interpretation of stratigraphic sequences and depositional patterns from seismic data. | Participants will develop the skills to identify key stratigraphic surfaces, interpret depositional environments, and apply seismic stratigraphy in hydrocarbon exploration and reservoir characterization. |
| 5 | Leadership and Strategic Thinking | This course develops essential leadership skills and strategic thinking capabilities to help professionals lead with vision, align teams with organizational goals, and make informed decisions in dynamic business environments. . | Participants will enhance their ability to think strategically, lead effectively, manage change, and drive performance through clear direction, critical thinking, and strong team alignment. |
| 6 | Advanced Depositional Environment | This course explores the theory and application of sedimentology and depositional environments in deepwater settings. It features a comprehensive series of topic-focused modules and offers the option to incorporate workshops using participants’ own datasets. The course may conclude with a multiple-choice assessment to reinforce learning outcomes. | A solid understanding of how depositional processes influence the distribution of deepwater reservoir and non-reservoir rocks in the subsurface is essential for informed exploration and production (E&P) decision-making. |
| 7 | Formation Evaluation Blended with Techlog | The Techlog Formation Evaluation course equips participants with advanced skills to analyze subsurface formation properties—such as lithology, porosity, permeability, and saturation—using wireline logs, core data, and one of the industry’s leading software platforms. | Participants will gain the ability to perform comprehensive formation evaluation using Techlog software, including interpretation of wireline logs and core data to assess lithology, porosity, permeability, and fluid saturation. |
| 8 | Fundamentals of Structural Geology | This training course covers the principles and fundamentals of structural geology, with a focus on practical analysis for both research and industry applications. | Participants will learn to identify and interpret various types of secondary geological structures. |
| 9 | Negotiation Skills for the Oil and Gas Industry | This course equips professionals with practical negotiation strategies tailored to the oil and gas industry, covering commercial, technical, and cross-cultural negotiation scenarios. | Participants will develop the skills to negotiate effectively, manage complex deals, resolve conflicts, and achieve win-win outcomes in high-stakes industry environments. |
| 10 | Reservoir Petrophysics | This course provides a solid foundation in reservoir petrophysics, focusing on the evaluation of rock and fluid properties using well log and core data to support reservoir characterization. | Participants will gain the skills to interpret petrophysical data, estimate porosity, permeability, and fluid saturation, and apply these insights to optimize reservoir development and production. |
| 11 | Sedimentology | This course provides foundational knowledge of sedimentary processes, environments, and rock characteristics, with a focus on their role in reservoir quality and distribution. | Participants will be able to interpret sedimentary structures, facies, and depositional environments, supporting more accurate subsurface evaluations and reservoir predictions. |
| 12 | Sequence Stratigraphy | This course provides a comprehensive understanding of sequence stratigraphy concepts and their application in interpreting sedimentary basin fills, stratigraphic architecture, and reservoir distribution. | Participants will learn to identify sequence boundaries, systems tracts, and key stratigraphic surfaces, enabling more accurate predictions of reservoir presence, quality, and continuity in exploration and development. |
| 13 | Techlog Formation Evaluation (Quanti) | This course focuses on quantitative formation evaluation using Techlog software, enabling participants to analyze well log and core data to assess reservoir properties with precision. | Participants will develop hands-on skills in using Techlog for quantitative interpretation of lithology, porosity, permeability, and fluid saturation, supporting accurate reservoir characterization and decision-making. |
| 14 | Oil and Gas Reserves Evaluation – OGR | This course provides a comprehensive overview of reserves classification, estimation methods, and reporting standards used in evaluating oil and gas reserves across exploration and production phases. | Participants will gain the ability to classify, estimate, and report reserves accurately using industry-recognized methodologies, supporting investment decisions and regulatory compliance. |
| 15 | Basin Analysis | This course focuses on the geological fundamentals of basin types, exploring differences in subsidence mechanisms, basin evolution, heat flow history, depositional systems, structural styles, and associated petroleum systems. | To equip participants with a solid understanding of how various basin types develop, the conditions influencing their formation, and their impact on associated petroleum systems. |
| 16 | Prospect Evaluation, Risks, and Volumes | This course focuses on the systematic evaluation of exploration prospects, emphasizing risk assessment, volumetric calculations, and the integration of geological and geophysical data for informed decision-making.. | Participants will be able to assess prospect potential, quantify geological risks, estimate hydrocarbon volumes, and support exploration strategies with robust technical evaluations. |
| 17 | Risk Management in Exploration Production Projects | This course introduces practical risk management techniques for exploration and production (E&P) projects, focusing on identifying, assessing, and mitigating technical, commercial, and operational risks. | Participants will learn to apply structured risk assessment methods, enhance project decision-making, and develop effective risk mitigation strategies to improve project success and reduce uncertainties. |
| 18 | Unconventional Reservoirs | This course provides an in-depth understanding of unconventional reservoirs, including shale gas, tight oil, and coalbed methane, with a focus on their unique characteristics, evaluation techniques, and development strategies. | Participants will gain the skills to evaluate, characterize, and plan the development of unconventional reservoirs, addressing challenges in resource estimation, stimulation, and production optimization. |
| 19 | ArcGIS | In this intensive GIS Development Training Course, delegates will embark on a journey through the fundamentals of Geographic Information Systems. They will explore the realm of spatial analysis and cartography, gaining insights into the core concepts of GIS. | Delegates will become familiar with ArcGIS, the leading software tool in the GIS domain, and understand how GIS has evolved from traditional paper maps to globally integrated electronic software packages. |
| 20 | Advanced Petroleum Geochemistry | This course provides key guidelines for evaluating source rocks, including organofacies, depositional environment, and maturity, to predict hydrocarbon type and quality. It also covers subsurface fluid characterization and petroleum system refinement. | Gain a solid foundation in source rock, oil, and gas geochemistry, including key techniques such as TOC, Rock-Eval pyrolysis, and microscopy. Learn to interpret source rock data—richness, type, kinetics, and maturity—to predict hydrocarbon type and quality. Understand fluid analysis methods, oil-oil and oil-source correlations, and how to assess post-migration alterations. |
| 21 | Basin Modeling: Thermal Maturity and Migration | This course offers an in-depth, practical understanding of thermal basin modeling within a comprehensive workflow, covering oil maturation, hydrocarbon migration, and the evaluation of hydrocarbon potential in exploration blocks or prospects. | Attendees will be able to implement the following skills: Understand source rock maturation and hydrocarbons generation, |
| 22 | State of the Art of Natural Hydrogen Exploration | This course offers an up-to-date overview of natural hydrogen exploration, covering its geological origins, exploration techniques, potential reservoirs, and emerging industry trends. | Participants will gain insights into the latest methods and technologies for identifying and evaluating natural hydrogen resources, supporting informed exploration strategies in this evolving energy sector. |
| 23 | Business & Operational Strategy Management | This training course on Strategic, Operational, and Tactical Leadership in the Oil and Gas Industry is designed to equip participants with the skills to lead effectively through strategic vision, operational excellence, and innovative tactical approaches in a rapidly evolving sector. | This course enhances your leadership capabilities across strategic, tactical, and operational levels. It covers organizational change, risk and financial management, project strategy, team dynamics, and scenario planning. The course concludes with a focus on safety leadership—instilling values that drive a strong safety culture and operational excellence. |
| 24 | Data Management of G&G | This training provides a practical overview of data management principles specific to geoscience and geophysical (G&G) operations in the oil and gas industry. It covers the full data lifecycle—from acquisition and processing to storage and usage | Participants will gain the ability to manage surface and subsurface data confidently, apply best practices for data quality and governance, and design structured E&P databases |
| 25 | Modeling of Conventional and Non-conventional Systems | This course provides a practical overview of modeling techniques for both conventional and unconventional reservoir systems, focusing on reservoir characterization, fluid behavior, and production forecasting. | Participants will gain the skills to build, analyze, and optimize reservoir models, enabling more accurate evaluation of reserves and improved development strategies for a range of hydrocarbon systems. |
| 26 | Oil - from the Exploration and Production Phases to Storage (Best Practices Management in Subsurface Modelling) | This course offers a comprehensive overview of the entire value chain in managing data, tasks, projects, operations, processes, modeling systems, decision gates, and planning. | It demonstrates how quantitative best practices can be effectively applied to support sound technical project management, ensuring quality control and reducing investment risks |
| 27 | Well Site Geology | This course provides practical knowledge of well site geology operations, focusing on geological data acquisition, mud logging, sample description, and real-time formation evaluation during drilling. | Participants will gain the skills to monitor and interpret subsurface geology at the well site, support drilling decisions, and ensure accurate geological reporting and formation evaluation. |
| 28 | Integrated Reservoir Modeling: Interpretation, Evaluation, and Optimization with Petrel (Petrel Reservoir Engineering) | This course introduces reservoir engineers and asset teams to the interactive Petrel reservoir engineering tools to construct and manage simulation models. | The hands-on exercises are designed to help participants apply the software skills acquired during the training and cover the majority of Petrel simulation workflows. |
| 29 | Geochemistry & Petroleum Systems | These training courses aim to help geoscientists and engineers understand how petroleum geochemistry and basin modeling can effectively support exploration and production efforts in both conventional and unconventional oil and gas plays. | Participants will be able to understand and apply concepts related to the module, enhancing their technical capabilities in the field. |
| 30 | Petroleum Systems and Exploration and Development Geochemistry | This course is tailored for exploration, production, and development geologists. It demonstrates how geochemistry can reduce exploration risks, predict oil quality using cost-effective wellbore measurements, identify reservoir compartments, deconvolute commingled petroleum, and assess completion challenges. | The lectures and discussions aim to enhance foundational understanding of the processes that influence petroleum quality in reservoir rocks, as well as the bulk, molecular, and isotopic tools used to analyze and interpret these processes |
| 31 | Volumetric Calculation Evaluation of Projects, Plays, and Uncertainties (Prospect Evaluation, Risks, and Volumes) | This course explains how to realistically assess risks and volumes by building on a solid understanding of the prospect’s geological characteristics, its regional geological context, and the current play concept. | Participants will be able to understand and apply concepts related to the module, enhancing their technical capabilities in the field. |