Training Courses
We offer a comprehensive Drilling Mechanics and Continuous Improvement training plan. With 16 modules, each session is approximately 90 minutes most include pre & post quizzes, and time for open discussion. References are given for additional study.
When classes can be delivered in person in the US content retention is much better. This can be 3 full days, or 6 half days, as required to accommodate work schedules.
For remote training, we suggest two 90 minute video calls per week with cameras turned on to gauge the student's engagement and comprehension of the material. Students can read the references as pre-work to help maintain their regular business activities.
- Energy Industry Overview and Oilfield Basics
- Drilling Basics
- Continuous Improvement & Drilling Optimization
- Drilling Mechanics I
- Drilling Mechanics II
- Transient Events
- Drill String Design
- PDC Bit Selection
- Forensics I
- Forensics II
- Digital Signal Analysis
- Directional Drilling I
- Directional Drilling II
- Rig Instrumentation and Control Systems
- Establishing Good Working Relationships
- Putting Continuous Improvement into Practice
Energy Industry Overview and Oilfield Basics
90 min
For those new to the industry.
- Exploration, Drilling, Production, Plug and Abandonment
Drilling Basics
90 min
For those new to the industry and data scientists getting started with drilling data.
- Casing Depths and Design
- Bits and Bottomhole Assemblies
- Directional Drilling
- Rig Sensors and data rates – where is the data coming from?
Continuous Improvement & Drilling Optimization
90 min
Focus on fundamental drilling improvements and real-time adjustments.
- Sharing Post Well Lessons Learned
Drilling Mechanics I
90 min
Introduction to rock and cutting mechanics.
Drilling Mechanics II
90 min
Advanced drilling mechanics concepts.
Transient Events
90 min
Understanding and managing transient events during drilling.
- Drilling Interbedded Formations
- Going To Bottom
- Slide to Rotate
- Tool Joints / RCD Loads
- Downlinking
Drill String Design
90 min
Designing drill strings for optimal performance.
- Drill Pipe Selection and Size Effects on Stick Slip
- Stabilizer Selection
- BHA Design – Vibrations
PDC Bit Selection
90 min
Selecting and optimizing PDC bits for specific drilling objectives.
- Drilling Objectives
- Design Features and Performance
- Checklist
Forensics I
90 min
Introduction to bit forensics for diagnostics and analysis.
- Bit Forensics
Forensics II
90 min
Advanced forensics techniques.
- BHA Forensics
- Mud Motor Forensics
Digital Signal Analysis
90 min
Utilizing digital signals and data analysis in drilling.
- Rig State Detection and Utilization
- Surface Data
- Depth based – correlate geologic formations
- Time based, use of block height, transient events
- 1 sample/sec for stick slip, auto driller dysfunction
- 10 samples/sec for motor stalls
- Downhole Data
- MWD Tools
- Memory Tools and Along String Measurements
- Wired Pipe – All rigs, some rigs, or none – need technical bandwidth and plans to use data
- Dashboards – good for summary statistics and measuring progress
- Deep Analytics & Insights – required to drive improvements
- Independent Rig Site Visits should be planned for new hires and digital teams
Directional Drilling I
90 min
Fundamentals of directional drilling practices.
- DD Best Practices
- Motor Fundamentals
- RSS Fundamentals
- Drilling with Reamers and Ledge Eliminators for Hole Conditioning
Directional Drilling II
90 min
Advanced directional drilling techniques.
- High Angle Drilling Practices
- Differential Sticking Avoidance
- High Angle Hole Cleaning
Rig Instrumentation and Control Systems
90 min
Understanding rig instrumentation and auto driller tuning.
- Rig Instrumentation and Sources of Errors
- Auto Driller Tuning
- Simulator Training Objective: control rotation rate of the drum for optimal ROP
Establishing Good Working Relationships
90 min
Building effective relationships within the drilling team and across companies.
- Between Operator – Contractor – Service Companies
- Between Drilling Engineer – Company Man – Operations Geologist – Rig Manager, Drillers, and Crew
- Between Drill Team to Drill Team – Shared lessons learned
Putting Continuous Improvement into Practice
90 min
Applying continuous improvement practices in the field.
- Trials and The Scientific Method
- Maintaining Best Practices - Documentation, Communication, and Utilization
- Creating and Using Roadmaps
- Thoughts on Automation