This advanced programme equips drilling engineers, wellsite supervisors, and operations geologists with the techniques and frameworks required to optimise well delivery performance across complex drilling environments. Participants will develop a rigorous understanding of drilling mechanics, real-time data interpretation, hazard management, and non-productive time (NPT) reduction strategies.
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About this programme
This advanced programme equips drilling engineers, wellsite supervisors, and operations geologists with the techniques and frameworks required to optimise well delivery performance across complex drilling environments. Participants will develop a rigorous understanding of drilling mechanics, real-time data interpretation, hazard management, and non-productive time (NPT) reduction strategies.
Drawing on industry case studies from deepwater, HPHT, and ERD operations, the course bridges the gap between drilling theory and operational excellence. Delegates leave with a structured toolkit for improving ROP, managing wellbore integrity, and applying digital monitoring technologies to drive measurable performance improvements.
Equip drilling professionals with advanced techniques to maximise well delivery performance, minimise NPT, manage drilling hazards effectively, and apply modern technologies for safer and more cost-efficient operations.
11 key learning outcomes
Design and evaluate drilling programmes for complex well profiles including HPHT and ERD wells
Apply systematic ROP optimisation techniques using WOB, RPM, hydraulics, and bit selection matrices
Identify, classify, and mitigate drilling hazards including stuck pipe, wellbore instability, and influx events
Interpret real-time MWD/LWD data to make informed drilling decisions and adjustments
Implement well control procedures and manage blowout prevention equipment
Analyse and reduce Non-Productive Time (NPT) through root cause analysis and corrective action planning
Apply directional drilling fundamentals including trajectory planning and BHA selection
Evaluate casing and cementing programmes for zonal isolation and well integrity
Understand Managed Pressure Drilling (MPD) principles and deployment criteria
Apply performance benchmarking and KPIs to track and improve drilling efficiency
Integrate digital tools and AI-assisted analytics into drilling decision-making workflows
5 training days · 15 modules · hands-on workshops
Establish a rigorous foundation in modern drilling operations, rig systems, and well programme design.
Participants review a real well programme, identify potential hazards, and recommend casing point adjustments based on pore pressure data.
Apply systematic techniques to maximise drilling speed and efficiency while maintaining wellbore quality.
Groups analyse offset well data to construct an ROP optimisation roadmap, identifying parameter ranges for maximum efficiency in each formation interval.
Develop the ability to predict, identify, and respond to critical drilling hazards with structured well control procedures.
Simulated well control scenario: delegates work through a kick situation from initial detection through BOP activation to kill operations using the drillers method.
Apply directional drilling planning techniques and evaluate casing and cementing design for well integrity and zonal isolation.
Teams design a directional well trajectory and evaluate the casing programme for a given subsurface scenario, presenting their justification to the group.
Apply digital tools, performance frameworks, and continuous improvement methodologies to maximise drilling programme value.
Final capstone: participants prepare a Drilling Performance Improvement Plan for an underperforming well programme, incorporating all techniques from the week, followed by group presentations and course evaluation.
This programme is designed for professionals across these roles
Field and office-based engineers seeking to deepen technical expertise
Supervisors managing day-to-day rig operations and contractor performance
Geoscientists involved in real-time geosteering and formation evaluation
Engineers transitioning from drilling into completion and well design roles
Safety professionals requiring technical context for drilling risk assessment
Managers overseeing well delivery budgets and programme performance
Upcoming public dates — enrol anytime
This course carries internationally recognised professional credits
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Speak with our training advisors to confirm availability, group rates, and customised in-house options.