“The NTUiTiV Difference” – This is Why This Course is Right for You
- Special Discounted Price of US$3,950 – the usual price is US$4,950
- Satisfaction Guaranteed – or we will give you your money back!
- 15% Early-bird Discount – for the first 3 people to register for any course
- 20% Group Discount – if you come with one or more colleagues
- No More Than 12 Delegates on the course – guaranteed
See our homepage for more detailed information about these NTUiTiV Differences.
From subsurface to surface: unlock the full lifecycle of oil and gas operations.
This comprehensive 5-day programme empowers professionals in the energy sector to master every stage of hydrocarbon exploration and production. Through expert-led theory, real-world case studies, and interactive workshops, you’ll gain insight into subsurface geology, drilling techniques, reservoir behaviour, surface separation, artificial lift, and production optimisation.
Why this course is important
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Understand the full value chain: Integration of exploration and production disciplines improves operational planning and collaboration between technical teams.
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Mitigate high-cost risks: Early technical understanding reduces geological, drilling, and reservoir uncertainty that can lead to costly delays or failures.
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Enhance production outcomes: Applying subsurface knowledge on the surface side improves recovery rates, uptime, and resource allocation.
Who should attend
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Petroleum engineers and geologists working across upstream teams
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Drilling, reservoir, and production professionals seeking broader operational understanding
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Technical advisors, project coordinators, and HSE specialists supporting exploration-production workflows
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Consultants, analysts, and operational managers involved in drilling, lifting, separation, or field development studies
What you will learn
Over five immersive days, delegates will:
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Explore reservoir fundamentals – Learn geological formation, morphological characterization, and fluid behavior under reservoir conditions
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Master drilling and completion methods – Understand well design, casing programs, logging, and completion strategies for both land and offshore wells
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Analyze reservoir performance – Examine fluid flow, pressure-driven depletion, and reservoir management techniques
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Design production systems – Learn principles of artificial lift, well testing, and production chemistry applications
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Manage surface facilities – Understand separation, dehydration, gas handling, and water disposal technologies
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Evaluate performance and optimization – Use production data, decline analysis, and operational interventions to maximize efficiency
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Address integrated case studies – Work on end-to-end scenarios from reservoir discovery through production ramp-up
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Implement HSE and compliance best practices – Integrate safety, environment, and regulatory measures into every operational phase










