Course Title

1. Introduction to Cyber Chair Simulation Training

• Overview of Cyber Chair simulator technology including (DrillSIM-based training environments)

• Purpose and benefits of simulator-based training including (risk-free scenario practice and skill reinforcement)

• Industry regulatory framework including (IWCF and API RP 59 well control standards)

• Roles requiring Cyber Chair competency including (drillers, assistant drillers, and rig supervisors)

• Course structure and simulator session expectations including (theory, drills, and assessed scenarios)

2. Drilling Rig Systems Overview

• Rig floor equipment identification including (drawworks, rotary table, and top drive)

• Mud circulation system components including (mud pumps, standpipe, and return flow line)

• Pressure control equipment overview including (blowout preventers and choke manifolds)

• Instrumentation and monitoring systems including (pit volume totalizers and flow sensors)

• Interfacing rig systems on the simulator including (control panel layout and data displays)

3. Well Control Fundamentals

• Formation pressure concepts including (pore pressure, fracture pressure, and overbalance)

• Causes of well kicks including (insufficient mud weight, swabbing, and lost circulation)

• Kick indicators including (pit gain, flow increase, and pump pressure changes)

• Well control terminology including (shut-in casing pressure and drill pipe pressure)

• Barrier concepts including (primary, secondary, and tertiary well control barriers)

4. Kick Detection and Well Monitoring

• Early kick warning signs including (drilling break, gas cut mud, and flow rate changes)

• Monitoring pit volumes including (trend analysis and gain-loss calculations)

• Flow-out versus flow-in comparison including (return flow monitoring techniques)

• Trip monitoring procedures including (trip tank use and hole fill verification)

• Simulator-based kick recognition exercises including (identifying kick onset on live displays)

5. Blowout Preventer (BOP) Systems and Operation

• BOP stack configuration including (annular preventers, ram preventers, and spools)

• Surface versus subsea BOP systems including (control system differences and response times)

• BOP function testing procedures including (pressure testing and function verification)

• Accumulator system operation including (hydraulic pressure requirements and backup systems)

• Emergency BOP activation including (auto-shear and deadman system functions)

6. Simulator Familiarization and Controls

• Cyber Chair console layout including (driller's controls and monitoring screens)

• Simulator scenario selection including (rig type, well configuration, and difficulty settings)

• Data interpretation on simulator displays including (pressure gauges and flow indicators)

• Practice drilling operations including (drilling ahead, connections, and tripping simulation)

• Instructor feedback integration including (performance review and scenario replay)

7. Drilling Parameters and Circulation Systems

• Mud weight management including (density control and hydrostatic pressure balance)

• Circulation rate and pump pressure relationships including (equivalent circulating density)

• Bottoms-up circulation procedures including (lag time calculation and monitoring)

• Hydraulics optimization including (annular velocity and hole cleaning efficiency)

• Simulator-based circulation exercises including (parameter adjustment and monitoring practice)

8. Kick Recognition Drills on Simulator

• Scenario-based kick onset drills including (varying kick sizes and detection timing)

• Rapid response decision-making including (identifying kick type and appropriate action)

• False alarm differentiation including (distinguishing normal variance from actual kicks)

• Timed response exercises including (shut-in initiation under time pressure)

• Post-drill performance review including (response time analysis and improvement areas)

9. Well Control Methods - Driller's Method

• Principles of the Driller's Method including (two-circulation approach and simplicity advantages)

• Circulating out the kick including (original mud weight circulation procedure)

• Pressure monitoring during circulation including (casing pressure control and choke adjustment)

• Advantages and limitations including (application scenarios and timing considerations)

• Simulator practice of the Driller's Method including (step-by-step guided execution)

10. Well Control Methods - Wait and Weight Method

• Principles of the Wait and Weight Method including (single-circulation kill mud approach)

• Kill mud weight calculation including (formation pressure and safety margin considerations)

• Drill pipe pressure schedule development including (pressure step-down calculations)

• Circulation procedure execution including (choke and pump coordination)

• Simulator practice of the Wait and Weight Method including (guided kill sheet application)

11. Choke Manipulation and Pressure Management

• Choke system operation including (manual and hydraulic choke control)

• Maintaining constant bottomhole pressure including (choke adjustment during circulation)

• Pressure gauge interpretation including (standpipe and casing pressure monitoring)

• Common choke operation errors including (overcorrection and delayed response)

• Simulator-based choke control exercises including (pressure stabilization drills)

12. Shut-In Procedures

• Hard shut-in versus soft shut-in including (procedure differences and application scenarios)

• Step-by-step shut-in sequence including (pump shutdown and valve closure order)

• Recording shut-in pressures including (accurate data capture for kill calculations)

• Crew communication during shut-in including (standardized commands and confirmations)

• Simulator-based shut-in drills including (timed execution under scenario pressure)

13. Stripping and Snubbing Operations

• Stripping operation principles including (running pipe through a closed BOP)

• Snubbing operation basics including (light-weight pipe and pressure control considerations)

• Volume and pressure tracking during stripping including (trip tank monitoring)

• Safety considerations including (annular preventer wear and pressure control limits)

• Simulator exposure to stripping scenarios including (guided procedural walkthrough)

14. Managed Pressure Drilling Awareness

• Managed Pressure Drilling (MPD) concept overview including (narrow pressure window drilling)

• MPD equipment familiarization including (rotating control devices and back-pressure pumps)

• Applications and benefits including (reduced non-productive time and kick prevention)

• Differences from conventional well control including (continuous pressure management approach)

• Simulator introduction to MPD scenarios including (basic monitoring exposure)

15. Emergency Response and Well Abandonment Procedures

• Emergency shutdown procedures including (rig-wide alarm response and evacuation triggers)

• Well abandonment decision criteria including (uncontrollable kick escalation scenarios)

• Diverter system operation including (surface diversion of flow during shallow gas events)

• Personnel muster and evacuation procedures including (assembly points and headcount verification)

• Simulator-based emergency scenario response including (escalating incident management practice)

16. Communication and Crew Coordination During Well Control Events

• Standardized well control terminology including (consistent command language across crew roles)

• Roles and responsibilities during a kick including (driller, toolpusher, and mud engineer coordination)

• Effective crew communication techniques including (closed-loop confirmation and clear instructions)

• Managing stress under pressure including (maintaining composure during live scenarios)

• Simulator team-based response exercises including (multi-role coordinated kill operations)

17. Simulator-Based Kick Scenarios - Surface BOP

• Surface BOP kick scenario setup including (land rig and platform rig configurations)

• Applying well control methods on surface systems including (Driller's and Wait and Weight execution)

• Choke line pressure losses including (surface system-specific considerations)

• Scenario variation practice including (different kick sizes and formation types)

• Performance assessment and feedback including (response accuracy and timing review)

18. Simulator-Based Kick Scenarios - Subsea BOP

• Subsea BOP kick scenario setup including (deepwater and floating rig configurations)

• Riser margin and subsea considerations including (choke line friction and hydrate risk)

• Applying well control methods on subsea systems including (adjusted kill sheet calculations)

• Managing communication delays including (subsea control system response lag)

• Performance assessment and feedback including (response accuracy under complex conditions)

19. Post-Incident Review and Reporting

• Well control event documentation including (kill sheets, incident logs, and pressure records)

• Root cause analysis of simulated incidents including (contributing factor identification)

• Reporting to regulatory and company stakeholders including (incident summaries and lessons learned)

• Debrief facilitation techniques including (constructive team feedback sessions)

• Continuous improvement application including (incorporating lessons into future drilling practice)

20. Regulatory Compliance and Certification Requirements

• IWCF certification framework including (levels, renewal requirements, and assessment structure)

• IADC WellSharp program overview including (alternative certification pathway awareness)

• Company-specific well control policy alignment including (internal competency requirements)

• Recordkeeping for certification compliance including (training logs and assessment records)

• Preparing for certification examinations including (theory and practical assessment readiness)

21. Group Discussion and Case Studies

• Review of real-world well control incidents including (blowouts, kicks, and near-miss events)

• Facilitated discussion on decision-making failures including (delayed detection and response errors)

• Comparative analysis of well control methods including (method selection under scenario constraints)

• Peer-to-peer scenario debriefs including (simulator exercise outcome discussions)

• Lessons-learned discussion including (industry incident takeaways and best practice reinforcement)