This intensive four-day Real-Time Drilling Operations course covers both fundamental and advanced engineering concepts that can be applied in real time for drilling monitoring and optimization. The goal is to provide participants with a solid understanding of dynamic optimization principles, along with the analytical and quantitative methods required for effective real-time operational decision-making.

Topics include optimization techniques and methodologies, hydraulic optimization, nozzle selection criteria, weight-on-bit optimization for diamond and roller cone bits, rotary speed optimization, hydraulic optimization using specialized downhole tools, well cost estimation, and minimum-cost casing design. The course examines algorithms and optimization techniques used across different stages of drilling and well completion operations.

In addition, the program introduces modern modeling approaches, including data-driven methods, machine learning, and artificial intelligence applications for solving real-world drilling challenges. Participants will work through practical, hands-on exercises designed to address complex operational problems in a realistic context.

The course concludes with team project presentations based on a problem assigned at the start of the program, allowing participants to integrate and apply the concepts learned throughout the course.