Accurate formation evaluation is essential for optimizing reservoir development and maximizing recovery. This course offers a structured, integrated approach to petrophysical analysis, combining theory, practical workflows, and software-based applications. By mastering advanced interpretation techniques, participants will enhance their technical capabilities and contribute to more informed reservoir management and operational strategies. With real-world examples and case studies, this training bridges the gap between theory and field application, providing immediate value to both individuals and their organizations.

By the end of this course, participants will be able to:

• Understand core principles of petrophysics and well logging operations.
  
• Perform log quality control and manage data for interpretation accuracy.
  
• Integrate core and log data for comprehensive reservoir evaluation.
  
• Apply deterministic and probabilistic models for formation analysis.
  
• Evaluate cased-hole and production logging data effectively.
  
• Utilize industry-standard software for advanced analysis and reporting.

• Improved accuracy in formation evaluation and reservoir characterization.
  
• Enhanced decision-making based on reliable, integrated data.
  
• Reduced operational risks through better diagnostics and quality control.
  
• Increased efficiency in exploration and production projects.
  
• Strengthened technical capabilities within the team.

• Gain advanced practical skills in petrophysical analysis.
  
• Build confidence in interpreting complex log data.
  
• Enhance their ability to identify and troubleshoot reservoir challenges.
  
• Improve their career prospects with a highly recognized certification.
  
• Develop proficiency with modern interpretation tools and techniques.

This course is ideal for:

• Petrophysicists
  
• Geologists
  
• Geophysicists
  
• Reservoir Engineers
  
• Field Engineers

On successful completion of this training course, PEA Certificate will be awarded to the delegates