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Sandstone rock formation

NExT subsurface integration program (NSIP)

Multidisciplinary reservoir characterization

Our highly acclaimed, nine-month, premium training program, NSIP, has been designed to maximize learning-by-doing for the individual while generating solutions to company projects that deliver a real return on the investment for the program.

This flagship project-based program delivers

It is particularly applicable for

The NSIP is based on the BP-Amoco Petrophysics program that ran for almost 30 years until it was added to NExT’s training portfolio in 2000. Since then, the focus on multidisciplinary, project-based work in subsurface integration has been maintained while the program’s design, content, and execution have been extensively enhanced.

Today, NSIP is a multidisciplinary project-based program with 20-plus learning modules that are centered on your organization’s subsurface project needs, proprietary data, and objectives. The program is currently offered at the University of Tulsa in the USA.

Attendance on NSIP and the completion of four additional graduate courses entitle participants to receive an accredited Master of Science in Petrophysics† from the University of Tulsa.

†Acceptance on the university graduate program is required.

Solve complex reservoir characterization problems while developing the skills of your asset team

Why use NSIP?

Global versions of NSIP

The mini NSIP programs are designed for asset or multidisciplinary teams and involve live, problem-based projects.

Our mini NSIP project-based training programs include

Team-based petrophysical reservoir characterization
3 weeks
Integrate wellbore data to build a petrophysically based static reservoir model; identify undervalued resources; identify new investment opportunities; integrate core/log and seismic data; improve team efficiency; and study the interaction of rocks, pores, and fluids to define rock types and identify flow units

Petrophysical reservoir characterization and integration
6 weeks
Develop petrophysically based reservoir characterization concepts; and understand the integration of core, geology, formation evaluation, capillary properties, and seismic data for reservoir characterization

Petrophysical reservoir characterization and integration
14 weeks
The six-week program plus: evaluate the effects of depositional environments upon reservoir geometry and quality; understand the principles and practices of log analysis and borehole acquisition methods; apply the concepts of subsurface integration; develop the skills to determine the porosity, permeability, saturation, and stress-dependent parameters that affect reservoir performance; and learn and apply QuickScan methods to identify rock types and flow units
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Drilling Engineering for non-Drilling Engineers
Pau, France
June 9, 2008
to June 20, 2008

Basics of Reservoir Simulation
Puerto Lacruz, Venezuela
May 19, 2008 - 5 Days

Principles and Fundamentals of Reservoir Engineering
Houston, TX, United States
May 19, 2008 - 5 Days

Seismic Petrophysics
Houston, TX, United States
May 19, 2008 - 5 Days

Fundamentals of Cased Hole Logging and Formation Evaluation
Pau, France
May 20, 2008 - 5 Days

Production Engineering for non-Production Engineers
Kuala Lumpur, Malaysia
May 26, 2008 - 5 Days

Reservoir Sedimentology
El Tigre, Venezuela
May 26, 2008 - 5 Days

Surface Facility Production Operations
Maracaibo, Venezuela
May 26, 2008 - 5 Days

Drilling Engineering for Non-Drilling Engineers - Week 1
Houston, TX, United States
Jun 2, 2008 - 5 Days

Drilling Engineering for Non-Drilling Engineers - Week 1
Maracaibo, Venezuela
Jun 2, 2008 - 5 Days

Petroleum Geomechanics
Pau, France
Jun 2, 2008 - 5 Days

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Updated: February 18, 2008
* Mark of NExT