• Understand the differences between onshore and offshore drilling and their impact on well costs
• Recognise inherent drilling risks and the importance of timely diagnostics and supervised actions for safe operations
• Explain the potential challenges and implications of drilling in high-pressure zones
• Select appropriate drilling fluids for each section of the well
• Understand the role and services of mud logging
• Identify and describe surface drilling equipment requirements, including BOPs, drilling platforms, and accessories

Cost: 4250 USD

Duration: 5 Days

• Grasp the essential terms and definitions used in downstream operations
• Understand the main international industry players and the fundamentals of downstream agreements
• Review sample agreements and identify common contractual pitfalls
• Explore sales agreements for crude oil, natural gas, and Liquefied Natural Gas (LNG)
• Examine transportation agreements within the downstream sector
• Understand gas supply and purchase agreements
• Recognise key legal and contractual risk management issues in downstream oil and gas
• Learn effective negotiation techniques and strategies for international and multicultural contexts

Cost: 4250 USD

Duration: 5 Days

• Recognise different energy sources, their roles, and the challenges associated with each
• Understand how to develop pathways toward a sustainable energy future
• Gain the knowledge required to plan and implement renewable energy projects
• Analyse patterns and models of energy consumption
• Explore methods to enhance energy production efficiency without significant capital investment
• Apply energy production and consumption analytics to support effective energy distribution planning

Cost: 4250 USD

Duration: 5 Days

• Gain a thorough understanding of gas turbine components, energy transformations within gas turbines, and the analysis of gas turbine performance cycles
• Identify the impact of fuel choice on corrosion, emissions, and component life
• Understand the relationship between ambient temperature and pressure on gas turbine performance
• Understand detailed insights into the control systems, power electronics, and electrical components of gas turbines
• Develop the skills to conduct market analysis for gas turbines

Cost: 4250 USD

Duration: 5 Days

• Enable informed and high-quality decision-making under conditions of uncertainty
• Identify and understand the key sources of uncertainty in the hydrocarbon industry
• Utilize robust modeling frameworks for quantitative economic analysis
• Transform data into actionable insights to enhance project and business resilience
• Compare operational and economic alternatives to optimize performance and value creation

Cost: 4250 USD

Duration: 5 Days

• Understand the geological evolution and structural characteristics of rift basins.
• Apply seismic interpretation techniques to identify structural and stratigraphic features.
• Integrate seismic and well data for basin analysis and hydrocarbon assessment.
• Evaluate petroleum systems and depositional environments within rift settings.
• Use basin modeling concepts to support exploration and field development decisions.
• Understand how to systematically assess the development of a basin’s conventional and non- conventional petroleum systems by applying practical principles of geophysics, geochemistry, and geology
• Evaluate the fundamentals of geomechanics that control a basin’s burial history using the tectonics subsidence analysis method
• Determine a basin’s thermal history and its value on source maturity dynamics
• Identify and interpret the major structural features and characteristics of rift basins
• Understand the seismic processes, develop geologic models, create maps and interpret seismic sections
• Learn how to connect subsurface stratigraphy with well data

Cost: 4250 USD

Duration: 5 Days

• Understand the principles and structures of energy project finance
• Identify key risks in energy projects and apply appropriate risk allocation and mitigation strategies
• Analyze project cash flows and assess project bankability
• Understand lender requirements, security packages, and financing documentation
• Evaluate the role of Power Purchase Agreements (PPAs) and other key contracts in project finance
• Apply financial modeling techniques to assess project viability and returns

Cost: 4250 USD

Duration: 5 Days

• Identify and categorize risks associated with oil and gas projects.
• Apply qualitative and quantitative risk assessment techniques.
• Develop and implement effective risk mitigation and contingency plans.
• Integrate risk management into project planning, execution, and monitoring.
• Improve decision-making and enhance project performance while minimizing losses.
• To understand the key roles, responsibilities, and activities related to project risk. management.
• To comprehend the human side of risk in terms of risk perception.
• To comprehend the important challenges and lessons learned associated with oil and gas
• To comprehend how the best method to apply appropriate tools and techniques to optimise
• risk management for your projects.
• To handle the changing nature of risk through a stage-gated project process.

Cost: 4250 USD

Duration: 5 Days

• Facilitate high-quality decisions under uncertainty
• Recognize the sources of uncertainty in the hydrocarbon business
• Apply effective modeling frameworks for quantitative analysis
• Develop data to knowledge to action resiliency
• Compare alternatives from operational performance and economical perspectives

Cost: 4250 USD

Duration: 5 Days

• Understand Key Contracts: Develop a solid grasp of essential commercial contracts used in the upstream and some downstream sectors.
• Learn Contractual Rationale and Structure: Understand the commercial rationale, purpose, and structure of these contracts.
• Identify Legal Issues: Gain detailed knowledge of a wide range of legal issues and problems that arise under these contracts and learn how major legal systems, such as English law, resolve these issues.
• Evaluate Contractual Solutions: Develop the ability to assess the strengths and weaknesses of different contractual solutions for various issues and problems.
• Understand Legal Frameworks: Gain an understanding of the relevant legal frameworks of major legal regimes, such as English law and the UN Sales Convention.

Cost: 4250 USD

Duration: 5 Days

• Apply IFRS requirements to oil and gas exploration, development, and production activities
• Determine when costs should be capitalized or expensed under IFRS during the exploration and development phases
• Identify key differences between financial statements prepared under IFRS and those prepared under Production Sharing Agreements (PSAs)
• Assess the impact of different units-of-production methods on the calculation of depreciation, depletion, and amortization (DD&A)
• Explain the main assumptions required for impairment testing and for recognizing decommissioning provisions under IFRS

Cost: 4250 USD

Duration: 5 Days

Cost: 4250 USD

Duration: 5 Days

• Understand emerging technologies and critical success factors in upstream operations.
• Maximize profitability by improving oil recovery and reducing operational costs.
• Analyze break-even costs and manage economic risks in a low-price environment.
• Implement effective business strategies for the evolving energy industry across diverse scenarios.
• Develop awareness of geopolitical considerations and the various types of upstream contracts.
• Understand the fundamentals of fiscal terms and conditions, including comparisons of global fiscal systems.

Cost: 4250 USD

Duration: 5 Days

• Enhance the quality and rigor of quantitative analysis in corporate presentations.
• Apply advanced financial modelling techniques specifically within the Oil & Gas industry.
• Accurately assess and determine the appropriate discount rate for financial evaluations.
• Utilize a variety of investment appraisal models to support strategic decision-making.
• Leverage business statistics to improve operational performance and support effective target setting.

Cost: 4250 USD

Duration: 5 Days

Cost: 4250 USD

Duration: 5 Days

• Develop a strong understanding of cost engineering principles for creating budgets and Project Cost Models.
• Gain insight into the various financing structures for EPC projects, specifically within Offshore and Onshore Oil & Gas projects on an international scale.
• Identify and assess risks related to cost estimates and individual cost elements, enabling the development of strategies to minimize exposure to price fluctuations and market volatility.
• Understand the relationship between cost and project schedule to ensure timely fulfillment of contractual obligations.
• Build the skills to manage risks of cost and schedule overruns through the implementation of effective cost control mechanisms.

Cost: 4250 USD

Duration: 5 Days

Cost: 5300 USD

Duration: 5 Days

Cost: 4250 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 5 Days

Cost: 4350 GBP

Duration: 4 Days

Cost: 7250 GBP

Duration: 10 Days

Cost: 4850 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 4 Days

Cost: 4850 GBP

Duration: 5 Days

Cost: 4250 GBP

Duration: 4 Days

Cost: 7250 GBP

Duration: 10 Days

Cost: 4850 GBP

Duration: 5 Days

Cost: 4350 GBP

Duration: 4 Days

Cost: 2199 AED

Duration: 30 Hours

Cost: 1499 AED

Duration: 24 Hours

• Solar PV Design Introduction
• Basic Design and Load Calculation
• System Sizing (Solar Panel, Charge Controller, Inverter, Batteries, Fuses, Breakers, etc.)
• Wiring Diagram and Demonstration (Power and Control Circuit for AC/DC) – Parallel and Series Connection
• Support Structure and Framing
• Installation Demonstration
• Practical Installation Session
• Automatic Transfer Switch Connection (Solar, Grid, and Load)

Cost: 2000 AED

Duration: Upto 24 Hours

Cost: 5900 USD

Duration: 5 Days

• Understand the different procedures of cost of individual streams in the refinery
• Use expenses to understand where the potential for blending lower coston-demand items
• Develop techniques to save energy
• Cost management

• Process managers/coordinators
• All involved in Production, Planning and Scheduling
• Financial Analysts

Cost: 5900 USD

Duration: 5 Days

• Facilities engineers and managers
• Operations engineers and managers
• Pipeline engineers
• Project and Engineering Managers
• Plant / Facility Superintendents
• HSE engineers and managers
• Fire and Safety / Risk specialists

• What are ageing assets?
• Introduction to deterioration mechanisms
• Ageing assets and obsolescence management
• Ageing asset programming and planning
• Extending the life of your assets
• Regulatory programmes for ageing assets
• Looking into the future
• decommissioning and asset abandonment
• Regulatory codes standards and guidance documents

Cost: 5900 USD

Duration: 5 Days

• Introduction to the oil and gas industrythe role of contractsand common causes of disputes.
• Understanding Alternative Dispute Resolution (ADR) and its methods.
• Detailed focus on mediation and arbitration techniques.
• Application of these techniques: discussion and analysis of real-world case studies from the oil and gas sector
• Examine the challenges and opportunities of utilising ADR in oil and gas disputes.
• Discuss the legalpracticaland economic implications of using ADR in the oil and gas industry.

• Overview of the oil and gas industry and the role of contracts
• Common causes of disputes in the oil and gas sector

• Understanding the concept of ADR and its relevance in oil and gas disputes
• Exploring different ADR methods and their advantages in the industry

• In-depth study of mediation techniques specific to oil and gas disputes
• Role-playing exercises and case studies to practice mediation skills

• Comprehensive exploration of arbitration techniques applicable to oil and gas disputes
• Analysis of procedural aspects evidence presentation and decision-making in arbitration

• Examination of real-world case studies from the oil and gas industry
• Application of mediation and arbitration techniques to resolve simulated oil and gas disputes

Cost: 5900 USD

Duration: 5 Days

• Develop a deep understanding of oil and gas piping design;
• To understand piping materials design and selection piping materials classes;
• Understand the importance of piping and systems as a 'fluids and gases' transport mechanisms
• Understand the significance and importance of piping failure mechanical and corrosion failure mechanism and how to mitigate piping failures;
• To acquire knowledge of piping inspection methodologies and non-destructive techniques (NDT);
• The use of fittings in conjunction with piping and piping systems pressure vesselsstorage tanksvalvespumps; and
• To understand the relevant international piping codes and standards
• Introduction and broad overview of the oil and gas industry;
• Detailed insight into the UpstreamMidstream and Downstream oil and gas sectors including productionprocessing and transport facilities;
• To understand design and selection of piping materials for onshore and subsurface facilities;
• Piping design;
• Piping materials manufacture/fabricationinstallationoperations;
• Fundamentals of Design and Construction of Pressure VesselsStorage Tanks and Piping;
• Piping Failure Mechanisms and Failure Mitigation Methods;
• Piping Corrosion Under Insulation (CUI)
• Piping Inspections and Non-Destructive Testing
• Integrity Management of Piping Systems
• Application of international piping codes and standards ASME 570
• Case Studies

• Oil And Gas Industry Engineering Disciplines
• Oil and Gas Engineering Specialists, Piping Engineers, Process And Mechanical Engineers, Operational And Maintenance Engineers And Technicians, Materials And Corrosion Engineers, Civil Engineers
• Oil And Gas Industry Managers - Technical, Commercial, Contracts, Procurement

• Types and properties of engineering materials
• overview of metals ferrous and non-ferrous stainless steels
• Piping manufacturing
• methodologies and pipe testing
• Non-Destructive Testing (NDT) methodologies
• Mechanical properties
• Methods of Joining - Pipe welding
• Carbon Equivalent (CE) ASME B&PVC Section IX
• Welding and Brazing procedures
• weld defects anomalies - Non-Destructive Testing (NDT) methodologies
• Pipe and tube
• Nominal pipe size (NPS)
• Piping standards ( ) and related International Codes and Standards
• API ASME ASTM NACE
• Pipe piping components and fitting (Flanges Gaskets and Bolting)
• Valves and valves connection Branch Connections

• Plant design
• plant layout - typical
• Piping fundamentals
• System design
• line sizing
• wall thickness - allowable stresses and other stress limits
• Bases for design stresses
• piping stresses allowable expansion stress range
• Equipment nozzle load design considerations
• Pipe supports - pipe supporting systems recommended pipe spans pipe spacing pipe guides pipe restraints (limit stops) rod hangers variable spring hangers
• Design include design pressure design temperature
• Pressure design of flanges and blanks
• Fluid service requirements for piping components and piping joints
• Pipe/flange leakage

• Oil & Gas production and process equipment - exchangers pressure vessels pumps valves
• Equipment drawings vendor drawings
• Nozzle specifications
• Equipment foundations and supports

• Function and purpose of P&IDs
• Piping and Equipment Designations and Symbols
• Instrumentation Designations and Symbols
• Piping Line Lists
• Piping Documentation (Drawing List Equipment List Piping Specifications) Introduction
• Process flow diagram (PFDs)
• Process flow diagram symbols
• Process equipment specification
• Trace Product Flow Through the Process
• Understanding Schematics electrical

• Piping
• Materials degradation ageing
• Failure modes and mechanisms
• erosion corrosion fatigue brittle fracture mitigation methods
• Piping
• Corrosion Under Insulation (CUI)
• Pipe protection
• coatings CP
• Risk based Inspection (RBI) strategies and planning non-destructive testing (NDT) methodologies
• Integrity management of piping systems
• Fitness for Service Evaluation
• API 579/ASME FFA-1
• Application of international piping codes and standards
• Legislative and Regulatory Compliance
• Case studies

Cost: 5900 USD

Duration: 5 Days

• By the end of the programparticipants will be able to:
• Understand the different types of environmental aspects and their environmental impacts.
• Understand the requirements of the environmental management standard ISO 14001:2004.
• Develop and implement an environmental planning process effectively.
• Prepare a plan for controlling pollution effectively.
• Identify all the waste stream types andthe opportunities for recycling of waste.
• Better understand the nature of environmental aspects and the associated impacts within the organization's operational activities.
• Understand the purpose and role of the international standard for environmental management ISO 14001:2004 and pollution control.

• All line professionals, supervisors and those who are involved with environmental matters.
• Production, maintenance and process engineers and all environmental personnel.

• What does the term 'environment' mean?
• Benefits of good environmental management.
• Key environmental management system (EMS) elements.
• Document framework for an environmental management system.
• Video: introduction to ISO 14001:2004.

• Environmental policy.
• Concepts of the environmental standard ISO 14001:2004.
• Initial environmental review (IER).
• What are environmental aspects and impacts?

• Understanding environmental impacts.
• Understanding global regional and local environmental issues.
• How to determine significant environmental aspects.
• Identifying applicable regulatory and standards' requirements.
• Exercise: preparing an environmental impact assessment checklist.

• Work breakdown structures.
• Estimating and scheduling work.
• Network diagrams and Gantt charts.
• Resource scheduling and leveling.
• Setting objectives.
• Goals objectives and targets.
• Absolute versus stretch targets.
• Operating plans.
• Converting strategies to operating plans.
• The how-how technique for linking goals objective and targets.

• Dipping and production processes pollution.
• Air pollution and methods of treatment.
• Sea pollution and methods of treatment.
• Petroleum gases purification methods.
• Water purification methods.
• Pollution by factories smoke and car exhaust and methods of treatment.

Cost: 4900 USD

Duration: 5 Days

• To gain the skills and experience on how to implement the ISO 14001:2015 standard requirements.
• To implement the process approach (Plan, Do, Check, Act)
• To gain the required skills to work as an environmental assurance professional or environmental control.

• Training course objectives and structure
• Standards and regulatory frameworks
• Environmental Management System (EMS)
• Fundamental environmental concepts and principles
• Initiation of the EMS implementation
• Understanding the organization and its context
• EMS scope

• Leadership and project approval
• Organizational structure
• Analysis of the existing system
• Environmental policy
• Risk management
• Statement of Applicability

• Documented information management
• Selection and design of controls
• Implementation of controls
• Trends and technologies
• Communication
• Competence and awareness
• Environmental operations management

• Monitoring, measurement, analysis, and evaluation
• Internal audit
• Management review
• Treatment of nonconformities
• Continual improvement
• Preparing for the certification audit
• Certification process and summary of the training course

Cost: 6500 AED

Duration: 5 Days

• Initiate, plan and conduct an audit.
• Prepare and distribute audit reports.
• Improve your auditing skills in accordance with ISO 14001:2015.
• Apply the ISO 14001:2015 requirements and benefits.
• Evaluate an organization's ability in managing its EMS.
• Write accurate audit reports and suggest corrective actions.

• Course material
• Internal auditor certificate approved by IRCA

Cost: 1500 AED

Duration: 2 Days

• Identify the ISO 14001:2015 requirements and methods for its implementation.
• Initiate, plan, conduct, report and follow up an audit in accordance with ISO 19011.
• Build trust among stakeholders by conducting and managing processes proficiently.
• Understand the risk-based thinking, leadership and process ;  

• Course material
• Lead auditor certificate approved by IRCA

Cost: 2500 AED

Duration: 5 Days

• Identify the framework and requirements of ISO 14001:2015.
• Get a detailed understanding of the history and development of ISO 14001:2015.
• Understand the key terms, definitions and the ISO standardized high level structure.
• Understand and learn how to apply the key concepts of the standard to current processes within your ;
• Be able to conduct a base line review of your organization's current position with regard to ISO 14001:2015.

• Course material
• EMS Foundation certificate of achievement from UCS

Cost: 325 AED

Duration: 4 Hours

Cost: 2270 USD

Duration: 3 Days

Cost: 1000 USD

Duration: 5 Days

The delegate will also gain knowledge of risk and hazard of hazardous waste operations and emergency respondent consider training an important component for maintaining job site safety. 

Involving workers to the safe use of toxic, flammable or corrosive substances, which are likely to be exposed to the environment and spillage in storage and site

What will they learn?

By the end of the Environmental respondent safety training at work site course, the delegate will understand the need for a worker, manager and supervisor working at hazardous waste operations and emergency response and the day to day roles of others involved in the works procedures. 

They also gain knowledge of risk assessments, method statements and best procedures. 

The knowledge established can be used to manage the process for safe use of equipments and materials on sites. 

High risk is there in the waste operations and emergency response, how to manage the high risk.
 

Cost: 300 AED

Duration: 6 Hours

• Overview of Green Building and Sustainability Principles
• Introduction to LEED and Its Importance in Green Building
• LEED Rating System: Overview and Types (BD+C, ID+C, O+M, etc.)
• Benefits of LEED Certification for Buildings and Professionals

• LEED Certification Levels: Certified, Silver, Gold, Platinum
• Steps in the LEED Certification Process (Registration, Documentation, Review)
• Roles of LEED Accredited Professionals (LEED Green Associate, LEED AP)
• Understanding LEED Online and the Project Checklist

• Integrative Process and the Importance of Collaboration
• Sustainability and Life Cycle Thinking
• Triple Bottom Line: Economic, Environmental, and Social Benefits
• Key Green Building Concepts: Resiliency, Health, and Well-being

• Site Selection and Sustainable Transportation Strategies
• LEED Credits: Alternative Transportation, Site Accessibility
• Promoting Walkability, Bike Storage, and Electric Vehicle Support
• Impact of Building Location on Carbon Footprint and Air Quality

• Site Assessment and Environmental Site Considerations
• Strategies for Protecting and Restoring Habitat
• Heat Island Reduction and Light Pollution Reduction
• Managing Rainwater Runoff and Green Infrastructure

• Water Use Reduction and Efficiency Strategies
• LEED Credits for Indoor, Outdoor, and Process Water
• Water-Efficient Landscaping and Irrigation
• Innovative Wastewater Management

• Energy Use Reduction and Renewable Energy Sources
• Commissioning, Energy Audits, and Measurement
• Building Envelope and Insulation Strategies
• LEED Credits: Energy Performance, Green Power, and Carbon Offsetting

• Sustainable Materials Selection and Sourcing
• LEED Credits: Building Reuse, Recycled Content, Regional Materials
• Construction Waste Management and Recycling
• Life Cycle Assessment and Environmental Product Declarations

• Indoor Air Quality Strategies and Monitoring
• Low-Emitting Materials and Source Control
• LEED Credits: Thermal Comfort, Lighting, Daylighting, and Acoustic Performance
• Strategies to Enhance Occupant Well-being and Productivity

• Innovation Credits and Exemplary Performance
• LEED Accredited Professional Involvement
• Regional Priority Credits Based on Project Location
• Innovation Strategies for Enhanced LEED Performance

• Exam Format, Content Areas, and Sample Questions
• Study Tips and Test-Taking Strategies
• Reviewing Core LEED Concepts and Terms
• Key LEED Documentation and Resources for the Exam

• Recap of Key Concepts Across All LEED Categories
• Review of Commonly Asked Questions and Case Studies
• Open Q&A Session to Clarify Doubts and Exam Strategies
• Practice Test Questions and Feedback on Answers

• Foundation in Green Building Principles: Gain an in-depth understanding of sustainable building practices and LEED certification processes.
• LEED Category Mastery: Thorough knowledge of LEED credit categories, strategies for earning points, and environmental impacts.
• Exam Readiness: Comprehensive preparation for the LEED Green Associate exam, including study techniques, sample questions, and test-taking strategies.
• Application of LEED Knowledge: Ability to apply LEED principles in real-world projects, contributing to sustainable development and reducing environmental impacts.

Cost: 2400 AED

Duration: 16 Hours

Cost: 4950 USD

Duration: 5 Days

Cost: 950 USD

Duration: 5 Days

Cost: 3995 USD

Duration: 5 Days

• Improved corporate image among regulators, customers and the public
• Improved perception and understanding of key environmental issues by all within the organization
• A framework for continuous improvement of the organization's environmental performance and an improved ability to comply with regulatory requirements
• Measures taken to generate less waste will lead to reduced product, material handling and waste disposal costs that can be ploughed back into the business
• Increased efficiency and better use of energy and raw materials will invariably lead to savings and a more profitable business
• A strong environmental image can help to attract environmentally conscious customers and in this, expand market share
• Increased awareness and environmentally conscious actions will lead to betterment of the environment for the community and the nation at large.

• Consolidate your ISO 14001 environmental management knowledge
• Gain the ability to conduct EMS audits in line with ISO 14001 and EMAS
• Keep up-to-date with best practice and environmental legislation
• Be confident leading and managing audit teams and processes
• Improve analytical and reporting skills
• Prove your EMS competency through ISO qualification and professional recognition.

• Develop leaders within your business with thorough understanding of ISO 14001
• Improve efficiency and cut costs through an ISO accredited EMS
• Keep pace with the latest developments in environmental management systems
• Build stakeholder confidence in your commitment to auditing and maintaining your EMS
• Motivate employees through increased environmental knowledge.

• Philosophy and the fundamental principles of ISO 14000 series
• Brief review of the requirements of ISO 14001 EMS standard,
• Definitions, purpose, objectives and benefits of ISO 14001 auditing,
• An explanation of audits, their purpose and planning, and the way to approach, perform and report an audit,
• Auditor's responsibilities, personnel attributes and Auditor selection,
• Planning / Preparation and execution of ISO 14001 EMS auditing,
• Successful tools and techniques for ISO 14001 EMS auditing,
• Effective reporting of ISO 14001 EMS auditing,
• Effective follow-up ISO 14001 EMS auditing,
• ISO 14001 EMS auditing as a tool for continual improvement,
• Effective reporting & follow-up of ISO 14001 EMS auditing,
• Examination.

• IRCA Certificate will be issued to all attendees on successful completion of the course.

Cost: 3000 AED

Duration: 5 Day