Production Engineering with OFM Database

Production Engineering with OFM Database Training Course offers a comprehensive fusion of production engineering principles and the powerful analytical capabilities of OFM (Oil Field Manager). As upstream operations become increasingly data-intensive, professionals must understand how to evaluate well performance, manage production trends, and make informed decisions that directly improve operational efficiency and asset value. This course helps participants bridge traditional engineering workflows with digital interpretation techniques that enhance both productivity and forecasting accuracy.

Participants gain practical experience in managing production datasets, validating inputs, and applying OFM’s analytical tools for decline curve assessment, nodal analysis, and reservoir surveillance. The training emphasizes hands-on exercises using representative datasets, guiding participants to navigate OFM effectively, troubleshoot common data challenges, and use diagnostic plots to support production optimization initiatives. By understanding the strengths of OFM in an integrated asset environment, engineers develop stronger cross-functional collaboration and data-driven decision-making capabilities

Whether supporting routine surveillance, well intervention planning, or long-term field development strategies, the Production Engineering with OFM Database Course equips participants with the technical and operational insights needed to transform raw data into meaningful recommendations. The course is highly beneficial for professionals aiming to elevate their analytical proficiency, enhance workflow efficiency, and unlock impactful production improvements across their assets.

This Production Engineering with OFM Database Training Course strengthens participants’ capabilities in production analysis, forecasting, and digital interpretation. By the end of the course, participants will be able to:

• Understand and apply key concepts of production engineering in field operations
• Navigate OFM software confidently for data management and visualization
• Import, validate, and organize production, well, and reservoir data within OFM
• Conduct decline curve analysis and evaluate well performance trends
• Apply nodal analysis and diagnostic tools to identify production constraints
• Use OFM to support reservoir surveillance and scenario-based forecasting
• Interpret data patterns to recommend operational and optimization strategies
• Collaborate across multi-disciplinary teams using OFM-generated insights

This OFM Course is ideal for:

Production Engineering with OFM Database Training Course is designed for professionals responsible for well performance evaluation, production optimization, and data-driven operational planning. It is particularly valuable for:

• Production Engineers focused on improving field efficiency
• Reservoir Engineers integrating OFM into surveillance workflows
• Geoscientists supporting subsurface interpretation and field studies
• Asset Development and Field Operations Professionals
• Technical Managers overseeing production planning and reporting
• Engineers seeking to enhance their OFM proficiency and analytical skills

Participants are expected to have a basic understanding of production engineering concepts and data interpretation techniques.

This OFM Database Training Course combines instructor-led lectures with hands-on application to ensure knowledge transfer and practical skill development. Delivery methods include:

• Technical Presentations: Covering theoretical and applied aspects of production engineering and OFM tools
• Hands-On Software Sessions: Real-time OFM exercises using production datasets and case scenarios
• Group Exercises: Collaborative problem-solving to simulate field challenges and data interpretation
• Class Discussions and Q&A: Facilitated knowledge sharing to explore different approaches and insights
• Multimedia Resources: Supporting content including videos, datasets, and technical handouts

Participants will leave the course confident in their ability to apply OFM tools and production engineering practices to improve operational performance and reservoir productivity.