2. Technical Scope of the Training Typical modules include: Case Study 1 — Integrated Petrophysical Interpretation Well log QC and environmental corrections Lithology and mineral modeling Porosity and saturation evaluation Net-to-gross and net pay determination Case Study 2 — Core-Log Integration Core calibration workflows SCAL and capillary pressure interpretation Permeability modeling Saturation height functions Case Study 3 — Reservoir Quality Evaluation Rock typing and hydraulic flow units Porosity-permeability transforms Reservoir heterogeneity analysis Case Study 4 — Uncertainty and Decision Support Sensitivity analysis Uncertainty ranges in petrophysical models Impact on reserves and volumetrics 3. Methodology Framework The training follows a structured case-based learning framework : 1️⃣ Problem Definition Real reservoir evaluation problem presented 2️⃣ Data Review Logs, core, test data and geological context 3️⃣ Interpretation Workflow Participants perform the analysis step-by-step 4️⃣ Model Validation Results compared with reference solutions 5️⃣ Technical Discussion Lessons learned and best practices 4. Deliverables Typical outputs of the training engagement include: Training datasets (logs, cores, models) Interpretation workflow templates Petrophysical calculation spreadsheets Technical reference documentation Final technical summary of learnings 5. Value for Operating Companies This type of training provides significant benefits: Operational benefits Faster interpretation workflows Standardized evaluation methods Improved reservoir characterization Strategic benefits Stronger internal technical capability Reduced reliance on external consultants Better reservoir development decisions