Interactive training course · 5 days

Petroleum Geology for Non-Geologists

الجيولوجيا البترولية لغير الجيولوجيين

UPS-001Exploration & ProductionSignature course
Next date
14–18 December 2026Singapore
Fees from
⁦£4,500⁩per delegate
Formats
Classroom · Online6 sessions
Duration
5 daysCertificate

Overview

Every decision in the upstream business, from licence bidding to well placement, rests on an understanding of the subsurface. This course gives engineers, commercial staff and managers who did not train as geologists a working command of petroleum geology. Participants learn how sedimentary basins form, how source rocks generate hydrocarbons, and why oil and gas accumulate in some traps and not in others. The programme then moves from concepts to the documents used every day: geological maps, cross-sections, well logs and seismic sections. By the end of the week participants can follow a technical discussion with geoscientists, ask the right questions about risk and uncertainty, and understand how geological interpretation shapes volumes, development plans and investment decisions.

Objectives

  • Explain the elements of a petroleum system and how they interact
  • Describe the main sedimentary environments and the reservoir rocks they produce
  • Identify common structural and stratigraphic trap types
  • Read basic geological maps, cross-sections and stratigraphic columns
  • Interpret simple well logs to recognise reservoir and seal intervals
  • Understand how seismic data is used to map the subsurface
  • Discuss geological risk and uncertainty with exploration teams

Who should attend

Petroleum, production, drilling and facilities engineers, commercial and finance staff, lawyers, planners and managers who work alongside geoscientists and need a solid grounding in geology without a specialist background.

Training methodology

The course is built around short explanations followed by hands-on work with real data. Participants examine rock samples and photographs, correlate logs between wells, and draw simple maps and cross-sections in small groups. Case histories from producing fields show how geological ideas were tested by drilling, sometimes successfully and sometimes not. Each day ends with a review of the key terms, and the week closes with a practical assessment. Participants receive a glossary and a set of reference charts to keep on their desks after the course.

Programme outline

Day1Earth Processes and Sedimentary Basins
  • Geological time and the rock cycle
  • Plate tectonics and basin formation
  • Igneous, metamorphic and sedimentary rocks
  • Weathering, erosion and sediment transport
  • Types of sedimentary basins
  • Burial, compaction and diagenesis
  • Practical exercise: identifying rock types from samples
Day2The Petroleum System
  • Organic matter and source rock deposition
  • Maturation and hydrocarbon generation
  • Primary and secondary migration
  • Reservoir rock properties: porosity and permeability
  • Seals and cap rocks
  • Timing and preservation of accumulations
  • Practical exercise: building a petroleum system chart
Day3Reservoirs and Traps
  • Clastic depositional environments
  • Carbonate reservoirs and their characteristics
  • Structural traps: anticlines and faults
  • Stratigraphic and combination traps
  • Fluid contacts and hydrocarbon columns
  • Reservoir heterogeneity and compartments
  • Case study: trap styles in Middle East fields
  • Practical exercise: mapping a simple trap
Day4Subsurface Data
  • Geological maps and contour maps
  • Cross-sections and stratigraphic correlation
  • Introduction to well logs
  • Recognising reservoir and seal on logs
  • Basics of seismic acquisition and interpretation
  • Cores, cuttings and mud logs
  • Practical exercise: well-to-well log correlation
Day5From Geology to Development
  • Prospect evaluation and chance of success
  • Volumetric estimation of hydrocarbons in place
  • Uncertainty ranges and scenarios
  • Geological input to field development plans
  • Working effectively with geoscience teams
  • Integrated case study
  • Final assessment

Dates and fees

14–18 December 2026December 2026
SingaporeSingapore
Open
⁦£6,450⁩
28 December 2026 – 1 January 2027December 2026
MadridSpain
Guaranteed to run
⁦£6,000⁩
8–12 February 2027February 2027
IstanbulTurkey
Guaranteed to run
⁦£4,500⁩
30 August – 3 September 2027August 2027
LondonUnited Kingdom
Guaranteed to run
⁦£6,450⁩
27 September – 1 October 2027September 2027
TokyoJapan
Open
⁦£6,500⁩
29 November – 3 December 2027November 2027
OnlineOnline
Full
⁦£2,950⁩
Unavailable

Fees are in GBP. per delegate.

Certificate

Every delegate who attends the full programme receives a Harfard Technology certificate of completion stating the course title, duration, dates and venue.

Frequently asked questions

Will I receive a certificate?
Yes. Every delegate who attends the full programme receives a Harfard Technology certificate of completion.
What is the difference between classroom and online?
The content and trainer are the same. Classroom sessions run in a training venue in the chosen city; online sessions are live with the trainer over the internet.
Can you run this course for our company?
Yes. We deliver the course in-house at your premises or in a city you choose, adapting examples and exercises to your facilities.
How do I register?
Choose a date and click "Register", or send your request from the contact page. Our team will contact you to confirm your seat and send payment details.

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