• Reservoir Management
• Reserve Analysis
• Well testing, MDT, PLT, OH and CH Logging
• Waterflooding
• EOR - Enhanced Oil Recovery
• Optimization and Uncertainty in reservoir analysis
• Decline Curve Analyis
• Reservoir Simulation
• Petroleum economics
• Heavy Oil Production
• Thermal and Steam Injection Methods
• Fractured Reservoir Modeling

This course covers of well test theory, how to design and interpret pressure transient tests. It is 4 days course and participant will learn:

• Basic concept of well test
• Different type of tests
• Analysis techniques: Straight line analysis
• Diagnostic plots with pressure derivative approach
• Parameter estimation with analytical techniques
• Optimization and Uncertainty in reservoir analysis
• Numerical well testing
• Convolution and deconvolution
• Review of advanced well test:
• • In gas and gas condensates wells
  • In fractured reservoir and hydraulically fractured wells
  • In horizontal wells
  • Design and practical consideration

This course covers of general application of formation testing such as pretest classification and analysis, sampling and downhole fluid analysis, miniDST and stress test. It is 2 days course and participant will learn:

• Pretest analysis: classification of static pressure application, mobility from pretests, pressure vs depth plots
• Reservoir fluid sampling
• Downhole fluid analysis
• The theory of miniDST with applications
• Introduction of stress test with applications
• The planning formation testing jobs

This course covers production logging tool (PLT) introduction and interpretation for vertical, deviated and horizontal wells. It is 5 days course and participant will learn:

• PLT sensor introduction
• PLT equations and techniques
• Temperature measurements and leak detection
• PLT in horizontal wells
• Selective inflow performance and layered reservoir testing
• Job Planning

This course covers introduction of well logging as a formation evaluation technique. It is 5 days course and participant will learn:

• Basic resistivity logs
• Gamma ray log, spontaneous potential log
• Neutron-density and porosity log
• Acoustic log
• Conventional interpretation techniques
• Interpretation in complex lithologies
• Interpretation in shaly formations
• Evaluation of gas bearing formations
• Logs in cased wells: Pulsed neutron density logs, cased hole resistivity logs

This short course covers technical and financial aspects of exploitation of Heavy/Extra Heavy Oil Fields. It is a 5 day course and the course objectives are as follows:

• Gain insight on evaluation, development and commercialization aspects of heavy oil resources
• Understand the importance/challenges of heavy oil/oil sands resources for future world supply
• Know the characteristics of heavy crudes and methods for subsurface and laboratory evaluation, production, treatment, transportation and refinery/upgrading
• Compare/Contrast heavy oil/oil sands to conventional resources in terms of resource size, production characteristics, and commercial aspects
• Demonstrate heavy oil/oil sands recovery project with non-thermal and thermal means using various case studies
• Recognize and evaluate the environmental challenges required to develop and produce heavy oil/oil sands resources
• Get a glimpse of emerging technologies.