An Intensive Professional
Development Training Course on

Production Engineering with OFM Database

Name: Production Engineering with OFM Database Training Course
Price: 4950 USD

Develop practical skills in reservoir analysis and production optimisation using OFM data

Course Options

How would you like to proceed?

Need a tailored solution or group booking discount? Contact our course advisors.

Why Choose This Course

The Production Engineering with OFM Database training course develops practical OFM competence for production engineers, reservoir engineers and other petroleum professionals. It provides structured, hands-on understanding of database structure, data import and accurate data visualisation. Delegates examine production analysis, decline curve analysis, nodal analysis, reservoir surveillance and advanced scenario planning within this widely used oil and gas platform. OFM is powerful and widely deployed, but its value depends on confident use and integrating outputs into reservoir management and production optimisation decisions.

Learning progresses from OFM fundamentals and database navigation to data visualisation, production analysis, reservoir surveillance and advanced functionality. This sequence builds complete, practical competence that delegates can apply from their first day back in their organisations. The course is intended for production and reservoir professionals seeking to use OFM beyond its role as a data management tool. It presents OFM as an integrated production engineering platform that informs better operational and development decisions.

This Production Engineering with OFM Database training course will highlight:

Structuring and navigating OFM databases effectively
Importing and visualising production data accurately
Applying production and decline curve analysis
Conducting nodal analysis within OFM
Supporting reservoir surveillance and production optimisation
Using advanced functionality for scenario planning and reservoir management decisions

Why Choose Production Engineering with OFM Database

Course Goals

What are the Goals?

The Production Engineering with OFM Database Course aims to build comprehensive OFM proficiency, covering database architecture and data importing, production analysis, reservoir surveillance, advanced scenario planning, and integration.

Upon completing this course, participants will be able to:

Describe the function of production engineering within oil and gas operations and explain the purpose and structure of the OFM database
Use the OFM interface and effectively apply its core functions
Load production and reservoir data into OFM and build structured datasets for wells and reservoirs
Present well and reservoir data through OFM’s graphical interface and data visualisation tools
Evaluate production data with OFM’s analytical tools and conduct decline curve analysis to forecast production
Recognise production limitations and bottlenecks and use nodal analysis in OFM to optimise production strategies
Incorporate reservoir management methods into OFM and evaluate pressure and saturation data to assess reservoir performance
Use OFM’s surveillance tools to monitor production data and well performance in real time
Use advanced OFM capabilities, including scenario planning and sensitivity analysis, to support production and reservoir decisions
Connect OFM with other reservoir engineering and simulation tools and implement best practices for data management, integration, and reporting

Who is this Training Course for?

This Production Engineering with OFM Database training course is designed for:

Production Engineers
Petroleum Engineers
Reservoir Engineers
Well Performance Engineers
Production Technologists
Production Operations Engineers
Oilfield Data Analysts
OFM Database Administrators

Learning Approach

How will this Training Course be Presented?

The Production Engineering with OFM Database Course uses a practical, software-centred learning methodology in which the OFM application forms a core part of each day’s content rather than serving merely as an add-on. The course progressively develops hands-on OFM capability in database management, data visualisation, production analysis, reservoir surveillance, and advanced scenario planning.

Daily reviews and Q&A sessions allow learning to be consolidated before delegates proceed to the next module, providing a structured and supportive progression from OFM fundamentals through to advanced integration capability.

Delivery approaches include:

Instructor-led OFM software training covering database structure, interface navigation, and essential OFM functionality
Data import and dataset development workshops that apply structured data import procedures to production and reservoir datasets
Data visualisation activities using OFM’s graphical tools to generate well and reservoir performance views
Production analysis and decline curve workshops that use OFM’s analytical tools for production forecasting and identifying constraints
Advanced OFM functionality sessions addressing scenario planning, sensitivity analysis, and integration with reservoir simulation tools

The Course Summary & Outline

Day 1

Introduction to Production Engineering and OFM Database
Day 2

Data Import and Visualization in OFM
Day 3

Production Analysis and Optimization with OFM
Day 4

Reservoir Management and Surveillance
Day 5

Advanced Topics and Case Studies

The Production Engineering with OFM Database training course begins with the OFM environment, database structure and the preparation, loading and organisation of production data. The agenda then develops the use of project settings, well and completion information, filters and calculated variables for managing and selecting records. These foundations lead into the principal data-display functions, including reports, production plots and mapping, with attention to arranging information by well, group and field so that production histories can be reviewed consistently.

The later topics progress from data handling and presentation to production surveillance and interpretation. The course covers the examination of rate and cumulative-production trends, comparison of well and field performance, and the use of diagnostic plots and mapped production information. It then addresses decline-curve analysis and production forecasting, including the selection and adjustment of decline behaviour for individual wells or grouped data. The agenda concludes by integrating database queries, calculations, plots, maps and forecasts within OFM-based production-engineering workflows.

Recognition

Certificate

Delegates who successfully complete the Production Engineering with OFM Database training course are awarded the Wallstreet Academy Certificate of Completion, recognising their achievement and commitment to professional development. Participants receive 25–30 credits, with the final allocation based on their verified attendance throughout the course.

Each Guided Learning Hour represents 60 minutes of attendance. Attendance is documented in line with the quality management principles of ISO 9001:2015, supporting accurate and consistent record-keeping.

Frequently Asked Questions

This course focuses on production engineering using the OFM database. It connects OFM-based work with gaining reservoir insights and improving production efficiency. The course content is centred on applying these capabilities in a production engineering context.

Key outcomes of this course include: present well and reservoir data through OFM’s graphical interface and data visualisation tools; evaluate production data with OFM’s analytical tools and conduct decline curve analysis to forecast production; recognise production limitations and bottlenecks and use nodal analysis in OFM to optimise production strategies.

Key outcomes of this course include: incorporate reservoir management methods into OFM and evaluate pressure and saturation data to assess reservoir performance; use OFM’s surveillance tools to monitor production data and well performance in real time; use advanced OFM capabilities, including scenario planning and sensitivity analysis, to support production and reservoir decisions.

Yes. Delegates examine production analysis, decline curve analysis, nodal analysis, reservoir surveillance and advanced scenario planning within this widely used oil and gas platform. OFM is powerful and widely deployed, but its value depends on confident use and integrating outputs into reservoir management and production optimisation decisions. Key topics include Advanced Topics and Case Studies.

Key outcomes of this course include: describe the function of production engineering within oil and gas operations and explain the purpose and structure of the OFM database; use the OFM interface and effectively apply its core functions; load production and reservoir data into OFM and build structured datasets for wells and reservoirs. Delegates examine production analysis, decline curve analysis, nodal analysis, reservoir surveillance and advanced scenario planning within this widely used oil and gas platform.

The Production Engineering with OFM Database training course develops practical OFM competence for production engineers, reservoir engineers and other petroleum professionals. It provides structured, hands-on understanding of database structure, data import and accurate data visualisation. Key topics include Introduction to Production Engineering and OFM Database, Data Import and Visualization in OFM, Production Analysis and Optimization with OFM and Reservoir Management and Surveillance.

This course is designed for Production Engineers, Petroleum Engineers, Reservoir Engineers, Well Performance Engineers, Production Technologists and Production Operations Engineers. Delegates examine production analysis, decline curve analysis, nodal analysis, reservoir surveillance and advanced scenario planning within this widely used oil and gas platform.

The expected outcome is a stronger understanding of how OFM can be used within production engineering. The course aims to support better reservoir insight and greater attention to production efficiency. No certification, assessment, or specific completion credential is stated in the provided information.