01-01 – Introduction to Integrated Reservoir (IR) Assessments and Production Mapping
01-02 – IR Assessment Applications – Reservoir Management
01-03 – IR Assessment Applications – Appraisal
01-04 – Reservoir and Drive Mechanisms
01-05 – Workflow for Course
01-06 – Recommended Prerequisites

02-01 – Project Goals and Scope
02-02 – Data Selection
02-03 – Data Collection
02-04 – Data QC

03-01 – Types of Production Maps
03-02 – Production Mapping Methodology – Time Span Selection
03-03 – Production Mapping Methodology – Well Selection and Database Creation
03-04 – Production Mapping Methodology – Production Calculations and QC
03-05 – Production Mapping Methodology – Assign Proxy Values
03-06 – Production Mapping Methodology – Gridding
03-07 – Evaluate Production Map Results

04-01 – Introduction
04-02 – Common Chart and Comparison Types
04-03 – Identify Correlations and Impact – Wellbore and Completions
04-04 – Identify Correlations and Impact – Drive Mechanisms
04-05 – Identify Correlations and Impact – Reservoir Quality
04-06 – Incorporate Key Trends into Production Maps
04-07 – Evaluate and QC Integrated Assessment Maps

05-01 – Construct An IR Assessment Map Suite And Data Analysis Package
05-02 – Use Cases of IR Assessment: Reservoir Management
05-03 – Use Cases of IR Assessment: Development Planning
05-04 – Use Of IR Assessment In Decision Making: Appraisal
05-05 – Review IR Assessment And Workflow End Point B

06-01 – Introduction to Current Oil in Place (COIP) Mapping
06-02 – COIP Methodology
06-03 – COIP Map Quality Checking – Introduction
06-04 – COIP Map-Based Recovery Factor (RF) Methodology
06-05 – COIP Map Evaluation

07-01 – Application Of Current OIP Volumetrics
07-02 – Volumetrics Methodology – AOI or Field
07-03 – Volumetrics Methodology – Infill Well Polygons
07-04 – Overview of Resources And Reserves

08-01 – Review IR Assessment Workflow
08-02 – Application Examples
08-03 – Applications For Energy Transition
08-04 – Starting an IR Assessment