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This course covers petrophysics and formation evaluation, teaching participants to interpret wireline logs and integrate core data for accurate reservoir quality assessment.

This advanced course covers geostatistical reservoir characterization and static geological modeling, preparing participants to build models ready for dynamic simulation.

This course trains professionals to classify and estimate reserves under the SPE-PRMS framework, using both deterministic and probabilistic estimation methods.

This advanced course covers Enhanced Oil Recovery (EOR) methods, from screening criteria through pilot design, for engineers evaluating incremental recovery opportunities.

This advanced two-week course covers reservoir simulation and dynamic modeling, from model setup and history matching through production forecasting.

This advanced course covers carbonate reservoir management, addressing depositional systems, diagenesis, fracture characterization, and recovery strategy design.

This course covers unconventional reservoir characterization and hydraulic fracturing fundamentals for professionals working on shale gas and tight oil developments.

This foundational course covers drilling rig systems, hydraulics, bit selection, and basic well planning for professionals new to drilling engineering.

This course covers well and casing design, teaching participants to select casing seats and design strings against burst, collapse, and tension loads.

This advanced course covers directional and horizontal drilling technology, from trajectory planning through rotary steerable systems and well placement optimization.

This course covers well control and blowout prevention, teaching kick detection, BOP configuration, and kill sheet calculations for drilling professionals.

This course covers drilling fluids engineering and mud design, teaching fluid selection, rheology testing, and diagnosis of fluid-related drilling problems.