In complex oil and gas operations, well completion design is more than a technical exercise.
A poor completion decision can lead to production losses, integrity issues, costly interventions and significant Non-Productive Time (NPT). In complex offshore environments, the financial impact of NPT can reach upwards of $1 million per day.
The challenge is not simply knowing how to design a completion. It is knowing how to evaluate, optimize and defend the right completion strategy based on well conditions, operational risks, performance requirements and lifecycle considerations.
SEMARAK Training’s Advanced Well Completion Design & Optimization masterclass is designed to bridge the gap between theoretical completion design and real-world operational execution. Over five days, participants will develop the engineering judgment and decision-making skills needed to move from simply reviewing designs to becoming effective completion design optimizers.
From Completion Design to Optimization
This five-day programme takes participants through the key considerations involved in developing reliable, fit-for-purpose completion solutions.
The programme combines engineering principles, design calculations, real-world case studies, workshops and a team-based capstone exercise. Participants will examine how completion choices influence well performance, integrity, reliability, risk and overall asset value.
Key areas include completion selection, perforating, sand control, tubing and packer design, material selection, intelligent completions, stimulation, flow assurance and well integrity.
By the end of the programme, participants will be better equipped to challenge design assumptions, quantify risks and make informed completion decisions that support safe and reliable well performance.
What You Will Gain
Through this masterclass, participants will develop the ability to:
- Apply a systematic approach to completion design, from concept and design review through implementation
- Select appropriate materials, equipment and completion technologies based on well conditions and performance requirements
- Identify and mitigate potential completion failure mechanisms
- Conduct effective design reviews using engineering judgment and risk-based decision-making
- Evaluate completion integrity, reliability and long-term well performance
- Apply best practices to maximise asset value while maintaining safety, environmental and execution standards
Participants will also gain practical exposure to skin and productivity calculations, gravel-pack sizing, tubing sizing, stress checks, ICD sizing and flow assurance planning through dedicated workshops.
Learn Through Real-World Cases and Practical Exercises
The course goes beyond conventional classroom theory.
Participants will work through historical case studies including Prudhoe Bay, Piper Alpha and the Na Kika project, examining completion design, sand control and flow assurance challenges.
The programme concludes with a half-day Capstone Design Exercise based on a deepwater gas condensate well. Teams will develop a completion schematic, barrier diagram, skin and productivity calculations, risk register and cost-benefit comparison between two completion options.
This practical approach is designed to strengthen integrated system thinking and help participants make reliable, fit-for-purpose engineering decisions.
Who Should Attend?
This programme is suitable for:
- Completion Engineers and Production Engineers
- Well Intervention Supervisors who need to understand completion design limits
- Drilling Superintendents involved in the well handover phase
- Reservoir Engineers seeking a better understanding of wellbore impedance
Secure Your Place
Course: Advanced Well Completion Design & Optimization
Date: 26–30 October 2026
Duration: Five days
Venue: Kuala Lumpur
This programme is HRD Corp claimable.
If your role involves completion design, production, well intervention, drilling or reservoir engineering, this masterclass will help you strengthen the technical judgment required to evaluate completion options, manage risks and optimize well performance.
Download the course brochure for the full programme, fees and registration details:
