1 Theory, Method and Application of Oil Reservoir Modeling and Discription
Instructor: Tuanfeng Zhang, Senior Expert of Schlumberger-Doll Research, good at reservoir description, working on reservoir description over 20 years.

Geological estimation and simulation
Modeling through geophysics, logging interpretation, geological data
Core modules in Petrel
Three-dimensional geological of structure model
Petrophysical parametric model
Three-dimensional spatial distribution of geologic sedimentation
Multi-point geological modeling theory based on training images

2 Dynamic Description of Gas Reservoir and Well Testing Technology
Instructor: Huinong Zhuang, senior engineer of PetroChina Exploration & Development Research Institute, he has over 40 years of working experience in China’s oil and gas industry.Mainly engaged in oil and,gas well test and study of gas reservoir dynamic  analysis techniques.Participate in over 20 exploration and development and dynamic research projects in large gas field of China near 20 years.
Training Course:

New ideas on well testing
Modern well testing analysis methods
Dynamic productivity of well testing and determination of the dynamic productivity equation
New well testing achievement in interference of gas well
Well testing problem in coal-bed gas well

3 Gas Injection in Gas Condensate Reservoirs Technology
Instructor: Abdollah Esmaeili, Ph.D, Senior Petroleum Engineer of NIOC(National Iranian Oil Company), petroleum engineer professor at University of Iran, working in business over 25 years, take leading position in  academic committee for 5 international conferences, published 76 technical papers, member of SPE the Iranian branch and commission of Science and Technology and Development of Iran, technical editor in international science and technology publications. Research interests:  condensate reservoirs, heavy oil, MEOR, EOR, unconventional reservoirs.
Training Content:

Calculate the flow gas wells in gas reservoirs.
Calculate hydrocarbons initially in place using several methods
Assess reservoir performance with dynamic techniques
Determine the parameters that impact well/reservoir performance over time
Determine reservoir drive mechanisms for gas condensate reservoirs
Apply gas field development planning principles
The fundamentals of fluid flow in porous media
How gas condensate reservoirs are characterized by fluid type and drive mechanisms
The basis for reservoir fluid distribution
Gas condensate displacement and optimizing reservoir performance
The basics of enhanced gas condensate recovery
How gas in place can be estimated and recovery predicted
How to apply the material balance techniques
How to derive the basic differential equation for radial flow in a porous medium
How to linearize the differential fluid flow for real gas flow
How these properties affect fluid flow and the distribution of fluids in the reservoir
How to perform basic material balance calculations for gas condensate reservoirs
How reservoir drive mechanisms affect overall reservoir performance
How to use fractional flow theory to calculate displacement efficiency
How to measure and calculate gas properties at reservoir conditions
How to calculate static pressure and condensate saturations distributions in a reservoir    

4 Introduction to High Pressure High Temperature Field Development
Instructor: Jamie Kin. He is a Consultant Petroleum/Well Engineer with King Petroleum (Siam), and has more than 30 years of experience in various aspects of subsurface engineering. He has extensive project management experience in delivery of large scale oil and gas end development, abandonment, HPHT and subsea projects. James is registered as a Chartered Physicist, Chartered Scientist and Chartered Engineer. BSc.(Hons), and Post-Graduate Management Qualifications. He has worked for major international (Shell/BP), national and independent operator companies worldwide as HPHT Field Development Project Manager, Wells/Reservoir Manager, and Drilling Manager. James is also previously trained and registered as a UKCS Offshore Installation Manager, and UKCS Statutory Duty Holder.
Training Course:

Defining an HPHT environment what determines it so and the typical characteristics to expect.
Drilling and completion processes. This section covers the different techniques, design concepts, materials, and equipment required with HPHT as well as managing surface activities.
Predominantly from the well (annular pressure management and well activities) and scale issue
Managing the production phase, and includes one of the most beneficial parts of the course, a summary of the most significant issues that affected operators originally in the HPHT area, and the lessons subsequently learnt.