Upon the successfully Completion ICTQual AB Level 6 International Diploma in Petroleum Engineering, learners will be able to

Year 1 – Foundation in Petroleum Engineering

• Principles of Petroleum Engineering

• Understand the fundamentals of petroleum systems, exploration, and production processes.
• Analyse upstream and downstream operations and their role in the energy industry.
• Demonstrate knowledge of basic petroleum engineering concepts and terminology.

• Engineering Mathematics

• Apply calculus, algebra, and trigonometry to engineering problems.
• Use mathematical modelling to solve petroleum engineering-related tasks.
• Develop analytical and problem-solving skills for technical applications.

• Fundamentals of Mechanical and Electrical Engineering

• Understand mechanical and electrical principles relevant to petroleum systems.
• Analyse basic engineering systems, circuits, and machinery.
• Apply theoretical knowledge to simple industrial applications.

• Introduction to Petroleum Geology

• Identify rock types, reservoirs, and geological formations.
• Understand the origin, accumulation, and migration of hydrocarbons.
• Apply geological concepts to petroleum exploration.

• Drilling Engineering Fundamentals

• Understand basic drilling operations and well construction.
• Identify drilling equipment and tools.
• Apply principles of well planning and safety considerations.

• Engineering Drawing and Computer-Aided Design (CAD)

• Interpret and create engineering drawings to industry standards.
• Use CAD software for 2D and 3D modelling of petroleum systems.
• Apply geometric tolerancing and dimensioning principles.

• Basics of Reservoir Engineering

• Understand fluid behaviour in reservoirs.
• Apply principles of pressure, flow, and storage in hydrocarbon reservoirs.
• Analyse basic reservoir performance and recovery methods.

• Well Logging and Formation Evaluation

• Interpret well logs and subsurface data.
• Identify reservoir properties using log analysis.
• Apply formation evaluation techniques to field scenarios.

• Health, Safety, and Environmental Practices in Petroleum Engineering

• Apply industry safety regulations and risk assessment methods.
• Identify hazards in drilling, production, and exploration operations.
• Understand environmental sustainability and best practices.

• Communication and Technical Report Writing

• Develop clear technical documentation skills.
• Prepare professional reports, presentations, and documentation.
• Apply correct referencing and industry communication standards.

• Introduction to Project Management in Engineering

• Understand project planning, scheduling, and resource allocation.
• Apply basic project management tools like Gantt charts and critical path analysis.
• Analyse risks and manage project deliverables effectively.

• Introduction to Oil & Gas Industry Operations

• Understand upstream, midstream, and downstream operations.
• Identify the roles of exploration, production, and refining.
• Apply knowledge to real-world industry scenarios.

Year 2 – Intermediate Studies in Petroleum Engineering

• Advanced Drilling and Well Control

• Analyse advanced drilling operations and well control techniques.
• Apply blowout prevention and pressure management methods.
• Demonstrate competency in drilling safety and problem-solving.

• Reservoir Rock and Fluid Properties

• Understand porosity, permeability, and fluid characteristics.
• Analyse reservoir behaviour under varying pressure and temperature conditions.
• Apply rock and fluid data to optimise production.

• Production Engineering and Well Completion

• Plan and design well completion strategies.
• Analyse production rates, artificial lift, and well performance.
• Implement techniques to maximise hydrocarbon recovery.

• Petroleum Facilities and Pipeline Engineering

• Understand pipeline design, installation, and maintenance.
• Analyse surface facilities for processing and storage of hydrocarbons.
• Apply safety and regulatory compliance in facilities management.

• Applied Thermodynamics and Fluid Mechanics

• Apply thermodynamic principles to petroleum processes.
• Analyse fluid flow in pipelines, wells, and surface systems.
• Solve problems related to multiphase flow and energy transfer.

• Petroleum Project Planning and Management

• Plan and manage petroleum engineering projects effectively.
• Apply scheduling, cost control, and resource management techniques.
• Evaluate project risks and mitigation strategies.

• Oil & Gas Exploration Techniques

• Understand geophysical and geological exploration methods.
• Analyse seismic data and subsurface structures.
• Apply exploration strategies to locate hydrocarbon reservoirs.

• Enhanced Oil Recovery Methods

• Understand secondary and tertiary recovery techniques.
• Apply chemical, thermal, and gas injection methods.
• Evaluate efficiency and sustainability of recovery methods.

• Industrial Maintenance and Reliability in Petroleum Operations

• Apply preventive and predictive maintenance strategies.
• Analyse equipment reliability and failure modes.
• Implement condition monitoring and optimisation techniques.

• Applied Research Methods in Petroleum Engineering

• Develop research proposals and methodologies.
• Analyse qualitative and quantitative data.
• Present research findings in technical and academic formats.

• Sustainable Practices and Environmental Management in Petroleum

• Implement sustainable practices in exploration and production.
• Understand environmental regulations and best practices.
• Assess the ecological impact of petroleum operations.

• Oil and Gas Economics and Cost Control

• Analyse project economics and financial viability.
• Apply cost estimation, budgeting, and optimisation methods.
• Evaluate market trends and operational profitability.

Year 3 – Advanced Studies in Petroleum Engineering

• Advanced Reservoir Simulation and Modelling

• Use simulation software to model reservoir behaviour.
• Analyse production forecasts and reservoir performance.
• Optimise recovery strategies through predictive modelling.

• Petroleum Production Systems and Optimisation

• Analyse surface and subsurface production systems.
• Implement techniques to maximise efficiency and output.
• Apply data-driven decision-making for production optimisation.

• Offshore and Subsea Engineering

• Understand design and operation of offshore platforms.
• Analyse subsea systems, risers, and pipelines.
• Apply engineering principles to offshore production challenges.

• Advanced Drilling Technology and Well Intervention

• Evaluate new drilling technologies and intervention methods.
• Analyse well stimulation, workovers, and remedial operations.
• Apply safety and efficiency measures in advanced drilling.

• Advanced Fluid Flow and Multiphase Systems

• Analyse multiphase flow in wells and pipelines.
• Apply hydraulic and flow assurance principles.
• Solve complex fluid dynamics problems in petroleum systems.

• Petroleum Safety, Risk, and Quality Management

• Implement comprehensive safety management systems.
• Analyse operational risks and enforce quality control standards.
• Apply regulatory compliance and industry best practices.

• Smart Technologies and Industry 4.0 in Oil & Gas

• Apply digital technologies, automation, and IoT in petroleum operations.
• Analyse benefits of smart monitoring and predictive maintenance.
• Implement Industry 4.0 solutions for efficiency and sustainability.

• Robotics and Automation in Petroleum Operations

• Understand robotics applications in drilling, production, and maintenance.
• Analyse automated systems for subsea and offshore operations.
• Apply robotics solutions to improve safety and productivity.

• Cyber-Physical Systems and IoT in Petroleum Engineering

• Integrate IoT and digital monitoring systems in operations.
• Analyse data from sensors for operational optimisation.
• Apply cyber-physical system concepts to modern petroleum facilities.

• Professional Ethics and Sustainability in Petroleum Engineering

• Understand ethical responsibilities of petroleum engineers.
• Apply sustainability frameworks in engineering design and operations.
• Assess social and environmental impacts of petroleum projects.

• Innovation and Entrepreneurship in Oil & Gas Technology

• Develop entrepreneurial skills for energy sector ventures.
• Innovate solutions for exploration, production, and energy management.
• Create business models and commercial strategies in petroleum engineering.

• Final Year Major Project (Capstone Project)

• Undertake an independent research or applied petroleum engineering project.
• Integrate multidisciplinary knowledge and practical skills.
• Present findings in a professional report and technical presentation.