Fractured & Unconventional
Reservoir Modelling

Unlocking the true potential of unconventional reservoirs demands more than traditional workflows—it requires an integrated approach to rock mechanics, fracture behavior, and precise well placement. This Fractured & Unconventional Reservoir Modelling training course empowers geologists, reservoir engineers, and drilling professionals with a comprehensive understanding of fracture mechanics, in-situ stress analysis, and geosteering strategies in complex formations such as shale, tight sands, and carbonates.

Participants will gain practical, field-ready knowledge without the need for advanced modeling or seismic software. Through structured lectures, real-world case studies, and collaborative exercises, attendees will learn how to evaluate natural and induced fractures, assess geomechanical risks, and align horizontal wells with productive fracture networks. Whether you’re involved in exploration, development, or production planning, this training course will significantly enhance your ability to drive efficiency, reduce uncertainty, and optimize hydrocarbon recovery in challenging reservoirs.

This Fractured & Unconventional Reservoir Modelling training course will highlight:

• Understand the fundamentals of fracture mechanics and rock failure criteria
• Learn to characterize fracture networks in shale, tight, and carbonate reservoirs
• Analyze in-situ stress and its impact on fracture propagation and wellbore stability
• Apply directional drilling and geosteering techniques to maximize reservoir contact
• Gain actionable insights without requiring seismic or numerical modeling software

By the end of this Fractured & Unconventional Reservoir Modelling training course, participants will learn to:

• Understand fracture mechanics in unconventional reservoirs
• Analyze in-situ stress impacts on wellbore stability
• Characterize natural and induced fracture systems
• Apply geosteering techniques for horizontal drilling
• Evaluate reservoir performance without advanced software

This training course is ideal for professionals involved in the exploration, development, and production of unconventional reservoirs. It benefits those seeking practical skills in fracture characterization, geomechanics, and horizontal well planning.

This PetroKnowledge Fractured & Unconventional Reservoir Modelling training course is suitable to a wide range of professionals but will greatly benefit:

• Geologists involved in subsurface evaluation and structural interpretation
• Reservoir Engineers focused on performance optimization and recovery forecasting
• Drilling Engineers planning and executing horizontal and directional wells
• Petrophysicists analyzing rock properties and fracture networks
• Development Planners coordinating multi-disciplinary field strategies
• Technical Team Leads and Advisors supporting unconventional resource development
• Asset and Project Engineers aiming to reduce uncertainty and maximize ROI
• Early-career Professionals building expertise in geomechanics and wellbore stability

Participants in this Fractured & Unconventional Reservoir Modelling training course will engage in an interactive learning environment that blends theory with practical application. The instructor will use a combination of case studies, group discussions, real-life examples, and guided problem-solving exercises. Visual aids, structured presentations, and collaborative activities will support knowledge retention. These methods are designed to encourage participation, critical thinking, and practical understanding. The training course methodology ensures learners can apply acquired skills directly in their professional roles.

Organizations will benefit from enhanced technical capabilities and more efficient project execution through employees trained in unconventional reservoir development.

• Improved decision-making in well placement and field development
• Enhanced subsurface understanding through practical fracture characterization
• Reduced drilling risks via better geomechanical assessment
• Optimized reservoirs contact through effective geosteering strategies
• Greater interdisciplinary collaboration across geology, engineering, and operations
• Increased operational efficiency and reduced non-productive time (NPT)

Participants will gain critical knowledge and hands-on skills that directly enhance their professional competence and career advancement.

• Strengthening understanding of fracture mechanics and geomechanics fundamentals
• Develop confidence in analyzing in-situ stress and fracture behavior
• Enhance decision-making for horizontal wellbore placement and geosteering
• Acquire practical skills applicable without reliance on advanced software
• Improve cross-disciplinary communication in subsurface project teams
• Boost professional value and readiness for senior technical roles