IWCF Well Control Drilling Operations Level 2
Duration: 2 full days of training (minimum 16 contact hours) + 1 dedicated exam day
Mode: In-person (offline) or virtual (online)
Schedule: Intensive, sequential modules with integrated knowledge checks during training days; written and practical assessments on exam day
Requirement: Valid CR Number
Certificate Validity: 5 years (upon successful completion of assessments)
Location: Accredited training center equipped with well control simulation tools (e.g., BOP simulators)
Curriculum: Official IWCF Level 2 syllabus focusing on foundational well control knowledge in drilling operations
Instructors: Certified IWCF trainers with extensive field experience
Learning Style:
Interactive lectures
Group discussions
Real-world case studies
Scenario-based simulations
Hands-on familiarization with well control equipment (where available)
Assessments:
Pre-course knowledge test
Daily review quizzes
Final written and practical assessments on Day 3
Certification: IWCF Level 2 Certificate awarded to participants who meet passing criteria
This 2-day course is intended for entry-level personnel engaged in drilling operations involving surface or subsea Blowout Preventers (BOPs). It introduces core concepts of well control, including early kick detection, risk mitigation, and use of both primary and secondary barriers. Participants will gain practical knowledge of the equipment and procedures needed to ensure safe and effective drilling operations.
Upon completion, participants will be able to:
Recognize early signs of well control issues and take initial response steps
Understand key pressure concepts: hydrostatic, formation, and fracture pressures
Identify and describe well control equipment such as BOP stacks and choke manifolds
Apply primary and secondary well control techniques and adhere to safety protocols
Execute basic shut-in procedures
Collaborate effectively in team-based well control scenarios
This course is ideal for:
Drilling crews (roustabouts, floorhands, derrickhands)
Assistant drillers and junior drilling engineers
Wellsite engineers and service company personnel new to well control
HS&E staff involved in drilling projects
Anyone requiring a foundational well control certification to work with surface or subsea BOP systems
Safety briefing, course overview & pre-assessment
Introduction to well control and barrier management
Causes of kicks and how to detect them
Kick warning signs and indicators
Drilling fluid circulation system overview
Influx behavior and shut-in procedures
Application of primary and secondary well control methods
Introduction to well control equipment: BOPs, choke manifolds, auxiliary systems
Equipment operations and basic pressure testing
Well control considerations during routine activities (casing, cementing, tripping)
Contingency planning and emergency response
Scenario-based discussions and equipment walkthroughs
Final review and Q&A
Written Exam: Focused on principles, procedures, and equipment
Practical Assessment: May include simulator-based evaluation (if applicable)
Post-assessment Feedback
Course wrap-up and certificate distribution
IWCF Well Control Drilling Operations Level 3 & 4 Surface Stack
Duration: 5 full days (minimum 32 hours, excluding assessment time)
Mode: In-person, instructor-led classroom or virtual class
Schedule: Consecutive daily modules, culminating in theoretical and practical assessments
Requirement: CR-Number
Certificate Validity: 2 years upon successful completion and passing assessments
Curriculum: Official IWCF Level 3 & 4 syllabus, incorporating IOGP standards and industry-leading practices
Instruction: Combination of expert-led presentations, discussions, animations, and real-life case studies
Practical Training: Simulator exercises reflecting authentic well control scenarios for both surface stack situations
Assessment: Written exams on Equipment and Principles & Procedures, plus a practical (simulator-based) assessment; minimum 70% required in each section to pass
Learning Resources: Delegates receive workbooks, handouts, exam preparation materials, and personalized feedback
This advanced course provides a comprehensive foundation in well control for drilling operations using surface BOP stacks. It covers the principles, equipment, and procedures required for effective well control, with a strong focus on real-world application. The program is structured to develop both operational and supervisory capabilities—preparing participants to identify, respond to, and manage well control incidents safely and efficiently. Advanced topics such as risk management, barrier verification, decision-making under pressure, and leadership in emergency situations are emphasized throughout the course.
Participants will:
Understand well control principles for drilling operations with surface stack BOPs
Recognize causes, warning signs, and behaviors of unwanted influxes (kicks)
Demonstrate proficiency in kick detection, shut-in procedures, and pressure management
Apply both primary and secondary well control methods appropriately
Operate and function-test BOPs, choke manifolds, and auxiliary surface well control equipment
Analyze and implement correct kill methods (Driller’s and Wait & Weight methods)
Perform risk assessments and implement contingency and emergency response plans
Interpret and solve well control problems using practical simulations and calculations
For Level 4 (Supervisor): Develop leadership, communication, and critical-decision making abilities in high-risk well control situations
Level 3 (Driller): Drillers, assistant drillers, and personnel expected to shut-in a well and monitor the operation; those who perform actions to prevent or respond to well control incidents
Level 4 (Supervisor): Wellsite supervisors, company men, drilling supervisors, senior engineers, and other personnel responsible for overseeing and directing critical well control decisions and team responses
Prerequisites:
Level 3: Field experience (no prior IWCF certificate mandatory)
Level 4: Valid Level 3 certificate and supervisory/leadership experience in drilling operations
Day 1:
Safety Briefing, Course Introduction, and Pre-course Comprehension
Well Control Principles: Definitions, Key Concepts
Kick Causes & Detection
Fracture Pressure Fundamentals
Kick Detection Exercises and Introduction to Simulators
Day 2:
Revision and Data Collection (Well Parameters & Recorded Data)
Shut-in Procedures and Data Management
Gas Behavior in Wellbore
Constant Bottomhole Pressure Methods (Driller’s & Wait & Weight Methods)
Kill Problems, Bad Practices, and Case Discussions
Day 3:
Practical Simulation Exercise (Well Control Scenario 1)
Well Control Instruments and Measurement
BOP Stack Components (Detailed Surface Application)
Safety Valves, Choke & Choke Manifold Operations
Additional Simulation Exercises and Knowledge Review
Day 4:
Simulator Exam (Well Control Practical)
BOP Control System Operations
Surface BOP Testing and Verification Procedures
Subsea Well Control Concepts (overview)
Advanced BOP Component Review
Day 5:
Written Assessment: Equipment Section
Written Assessment: Principles & Procedures Section
Results Announcement, Course Summary, Individual Feedback
Certificate Issuance for successful candidates
IWCF Well Control Drilling Operations Level 3 & 4 Surface and Subsea Stack
Duration: 2 full days of training (minimum 16 contact hours) + 1 dedicated exam day
Mode: In-person (offline) or virtual (online)
Schedule: Intensive, sequential modules with integrated knowledge checks during training days; written and practical assessments on exam day
Requirement: Valid CR Number
Certificate Validity: 5 years (upon successful completion of assessments)
Location: Accredited training center equipped with well control simulation tools (e.g., BOP simulators)
Curriculum: Official IWCF Level 2 syllabus focusing on foundational well control knowledge in drilling operations
Instructors: Certified IWCF trainers with extensive field experience
Learning Style:
Interactive lectures
Group discussions
Real-world case studies
Scenario-based simulations
Hands-on familiarization with well control equipment (where available)
Assessments:
Pre-course knowledge test
Daily review quizzes
Final written and practical assessments on Day 3
Certification: IWCF Level 2 Certificate awarded to participants who meet passing criteria
This 2-day course is intended for entry-level personnel engaged in drilling operations involving surface or subsea Blowout Preventers (BOPs). It introduces core concepts of well control, including early kick detection, risk mitigation, and use of both primary and secondary barriers. Participants will gain practical knowledge of the equipment and procedures needed to ensure safe and effective drilling operations.
Upon completion, participants will be able to:
Recognize early signs of well control issues and take initial response steps
Understand key pressure concepts: hydrostatic, formation, and fracture pressures
Identify and describe well control equipment such as BOP stacks and choke manifolds
Apply primary and secondary well control techniques and adhere to safety protocols
Execute basic shut-in procedures
Collaborate effectively in team-based well control scenarios
This course is ideal for:
Drilling crews (roustabouts, floorhands, derrickhands)
Assistant drillers and junior drilling engineers
Wellsite engineers and service company personnel new to well control
HS&E staff involved in drilling projects
Anyone requiring a foundational well control certification to work with surface or subsea BOP systems
Day 1 – Well Control Fundamentals
Safety briefing, course overview & pre-assessment
Introduction to well control and barrier management
Causes of kicks and how to detect them
Kick warning signs and indicators
Drilling fluid circulation system overview
Influx behavior and shut-in procedures
Application of primary and secondary well control methods
Day 2 – Equipment & Operational Practices
Introduction to well control equipment: BOPs, choke manifolds, auxiliary systems
Equipment operations and basic pressure testing
Well control considerations during routine activities (casing, cementing, tripping)
Contingency planning and emergency response
Scenario-based discussions and equipment walkthroughs
Final review and Q&A
Day 3 – Assessment & Certification
Written Exam: Focused on principles, procedures, and equipment
Practical Assessment: May include simulator-based evaluation (if applicable)
Post-assessment Feedback
Course wrap-up and certificate distribution
IWCF Pressure Control Well Intervention Level 2 (Coiled Tubing, Snubbing, Wireline)
Duration: 2 full days of training (minimum 16 contact hours) + 1 dedicated exam day
Mode: In-person (offline) or virtual (online)
Schedule: Intensive, sequential modules with integrated knowledge checks during training days; written and practical assessments on exam day
Requirement: Valid CR Number
Certificate Validity: 5 years (upon successful completion of assessments)
Location: Accredited training center equipped with well control simulation tools (e.g., BOP simulators)
Curriculum: Official IWCF Level 2 syllabus focusing on foundational well control knowledge in drilling operations
Instructors: Certified IWCF trainers with extensive field experience
Learning Style:
Interactive lectures
Group discussions
Real-world case studies
Scenario-based simulations
Hands-on familiarization with well control equipment (where available)
Assessments:
Pre-course knowledge test
Daily review quizzes
Final written and practical assessments on Day 3
Certification: IWCF Level 2 Certificate awarded to participants who meet passing criteria
This 2-day course is intended for entry-level personnel engaged in drilling operations involving surface or subsea Blowout Preventers (BOPs). It introduces core concepts of well control, including early kick detection, risk mitigation, and use of both primary and secondary barriers. Participants will gain practical knowledge of the equipment and procedures needed to ensure safe and effective drilling operations.
Upon completion, participants will be able to:
Recognize early signs of well control issues and take initial response steps
Understand key pressure concepts: hydrostatic, formation, and fracture pressures
Identify and describe well control equipment such as BOP stacks and choke manifolds
Apply primary and secondary well control techniques and adhere to safety protocols
Execute basic shut-in procedures
Collaborate effectively in team-based well control scenarios
This course is ideal for:
Drilling crews (roustabouts, floorhands, derrickhands)
Assistant drillers and junior drilling engineers
Wellsite engineers and service company personnel new to well control
HS&E staff involved in drilling projects
Anyone requiring a foundational well control certification to work with surface or subsea BOP systems
Day 1 – Well Control Fundamentals
Safety briefing, course overview & pre-assessment
Introduction to well control and barrier management
Causes of kicks and how to detect them
Kick warning signs and indicators
Drilling fluid circulation system overview
Influx behavior and shut-in procedures
Application of primary and secondary well control methods
Day 2 – Equipment & Operational Practices
Introduction to well control equipment: BOPs, choke manifolds, auxiliary systems
Equipment operations and basic pressure testing
Well control considerations during routine activities (casing, cementing, tripping)
Contingency planning and emergency response
Scenario-based discussions and equipment walkthroughs
Final review and Q&A
Day 3 – Assessment & Certification
Written Exam: Focused on principles, procedures, and equipment
Practical Assessment: May include simulator-based evaluation (if applicable)
Post-assessment Feedback
Course wrap-up and certificate distribution
IWCF Pressure Control Well Intervention Level 3&4 (Coiled Tubing, Snubbing, Wireline)
Duration: 5 full days (28–32 contact hours minimum, excluding assessment time)
Mode: In-person (offline) or virtual (online)
Schedule: Consecutive, structured modules; includes two written exams and a practical assessment on a well intervention simulator
Requirement: CR-Number
Certificate Validity: 2 years (upon successful completion of all assessments)
Curriculum: Based on the official IWCF Level 3 & 4 Well Intervention (Pressure Control) syllabus; covers all compulsory and optional disciplines: coiled tubing, snubbing, and wireline
Instruction: Delivered by certified IWCF instructors and reinforced through classroom presentations, group discussions, case studies, and animations
Hands-On Training: Simulator exercises and demonstrations for each discipline, emphasizing real-life operational scenarios, barrier management, emergencies, and team response
Assessment:
Two written exams: Equipment (identification, function, limitations) and Principles & Procedures (application, calculations, contingency)
Practical/simulator assessment in candidate’s certified discipline(s)
Minimum 70% passing score required in each section for certification
This advanced IWCF Level 3 & 4 program delivers a comprehensive knowledge and skill set for personnel working in critical well intervention pressure control roles—including operators and supervisors involved in coiled tubing, snubbing, and wireline activities. The course addresses pressure control theory, well integrity, barrier principles, and emergency response management, ensuring both operational safety and compliance with global standards. Upon completion, participants are qualified to perform or supervise well control actions during live interventions across both surface and subsea environments, as relevant.
Participants will be able to:
Understand and apply pressure control principles for all three disciplines (CT, snubbing, wireline)
Identify, operate, and test well intervention equipment: BOPs, lubricators, stuffing boxes, control panels, kill manifolds
Demonstrate barrier management and verification, including primary and secondary barriers, NPT/Shear considerations
Detect, shut-in, and manage well control incidents (kicks, ballooning, loss of pressure, equipment failures)
Execute safe, effective well kill methods and emergency well intervention responses
Analyze and solve well control problems using intervention-specific calculations, wellbore hydraulics, and kick detection methods
Lead or participate in wellsite response teams, utilizing sound problem-solving and team communication
Apply regulatory compliance and risk management best practices for well intervention and pressure control operations
Level 3 (Operator): Equipment operators for coiled tubing, snubbing, wireline, well intervention operators, wellsite engineers, completion/workover crew expected to shut in a well or execute basic well control measures
Level 4 (Supervisor): Well intervention supervisors, company men, service leaders, completion supervisors, and other decision-makers responsible for managing intervention well control incidents and leading response teams
Prerequisites:
Level 3: Relevant field experience
Level 4: Prior Level 3 certification and proven supervisory experience
Day 1 – Introduction and Well Control Principles
Safety orientation, course introduction, pre-course knowledge check
Fundamentals of well control and pressure management for interventions
Kick types, detection techniques, and immediate responses
Wellbore hydraulics and fluid behavior
Overview of CT, snubbing, and wireline intervention roles
Day 2 – Barrier Management and Equipment
Barrier principles for interventions: types, functions, and verification
Equipment identification, function, and operation: BOPs, lubricators, control panels, accumulators, kill manifolds
Wellsite rig-up/rig-down for each discipline
Testing procedures and best practices for equipment and barriers
Day 3 – Procedures and Operations for CT, Snubbing, and Wireline
Shut-in procedures and dynamic contingencies for each intervention discipline (including with the string in or out of hole)
Pressure control equipment testing with tubulars in place
Barrier management during packing/stripper changes, snubbing, and wireline operations
Operational considerations and risk management: tripping, deployment, pressure test failures
Day 4 – Advanced Operations and Emergency Response
Operational problems: loss of containment, equipment failure, handling power/hydraulic loss, shallow gas, leak management
Simulator-based hands-on training for both normal and emergency scenarios (discipline-specific)
Group debrief and pre-assessment review
Exam preparation and targeted review of equipment and procedures
Day 5 – Assessment and Certification
Written Exam 1: Equipment (discipline-specific)
Written Exam 2: Principles & Procedures (discipline-specific, includes calculations and scenario-based questions)
Practical/Simulator Assessment: Live scenario-based role play and troubleshooting on intervention simulators in candidate’s discipline(s)
Individual feedback, certification issuance, and course closure
Wellsharp Drilling Operation Awarness Course
Duration: Typically 4–8 hours for 1 day
Mode: Online (live instructor-led virtual class) or offline (classroom/instructor-led, face-to-face)
Schedule: Modular structure allowing flexibility; can be completed in one session or divided over several sessions as per provider and learner needs
Certificate Validity: Lifetime
Curriculum: Based on the official IADC WellSharp™ Awareness syllabus
Instruction: Delivered by qualified instructors (for offline or live virtual) or via interactive e-learning platforms (for self-paced online)
Participant Engagement: Includes video-based modules, animations, assessments, case studies, and—for offline—question and answer sessions
Assessment: Knowledge test is optional for Awareness Level; some providers include short quizzes for engagement
Certification: IADC WellSharp Awareness (Introductory) certificate of attendance
The IADC Drilling Awareness Level course is designed for personnel who need a basic understanding of drilling and well control but are not directly involved in critical rig-floor operations. This program covers fundamental concepts of drilling a well, pressure control, equipment basics, kick detection and prevention, and emergency procedures. It emphasizes practical awareness, safety issues, and the importance of team roles in maintaining a safe drilling environment.
Upon completing this course, participants will be able to:
Explain the purpose of drilling oil and gas wells and typical uses of hydrocarbons
Describe the key steps in the drilling and completion processes
Understand basic well control concepts, including primary and secondary barrier roles
Recognize causes and warning signs of well control incidents (“kicks”)
Identify basic well control equipment (BOPs, choke manifolds, etc.) and their purpose
Explain the purpose and correct use of drilling fluids
Describe and compare basic well control methods (e.g., Driller’s Method vs. Wait & Weight)
Understand typical shut-in procedures and the importance of crew roles in prevention and response
New/Entry-Level Rig Crew: Roustabouts, floorhands, derrickhands, deck crew, crane operators
Service Company Personnel: Casing/wireline/coil crew, MWD/LWD operators, ROV personnel (non-supervisory)
Operator and Office-Based Staff: Geologists, logistics and operations support
Other Support Roles: Wellsite engineers, field service, equipment repair, supply/support vessel crew, and others in support or non-critical positions
Prerequisites: No prior certification required; suitable for drilling novices or experienced staff needing a refresher
Module 1 – Drilling a Hole
Purpose and objectives of drilling wells
Key hydrocarbon concepts, formation and reservoir properties
Overview of the drilling process, equipment, and environments
Well completion and bringing the well “on-stream”
Module 2 – Controlling Pressure
Principles of pressure and formation fluid pressure
Normal, abnormal, subnormal pressure; why control is critical
Definitions: kick, blowout; concepts of primary/secondary well control
Module 3 – Drilling Fluids and Their Purpose
Functions of drilling fluids and main constituents
Use and selection of weighting materials
Module 4 – Well Control Equipment (BOP)
Purpose, main components, and operation of blowout preventers
The role of BOPs in well shut-in and circulation
Module 5 – Kick Prevention, Monitoring, and Detection
Well planning and importance for kick prevention
Common kick causes and prevention practices
Key instruments for kick detection (flow rate, pit level gauges)
Crew roles in monitoring and intervention
Module 6 – Shut-In Procedures (Surface & Subsea)
Purpose and description of typical shut-in procedures
Emphasis on safety and teamwork
Module 7 – Well Control Methods
Review of basic well kill methods (Driller’s Method, Wait & Weight)
Comparison of approaches and overview of actions to be taken
Module 8 – Q&A Session / Knowledge Review
Participant questions and clarification of key takeaways
Wellsharp Drilling Operation Introductory Course
Duration: Minimum 16 classroom hours (typically 2 full days)
Mode: Available both in-person (classroom, instructor-led) and online (virtual classroom)
Schedule: Flexible modular structure; can be completed in consecutive days or spread across multiple sessions
Assessment: Knowledge assessment at the end of the course; minimum 70–75% pass mark required for certification
Certificate Validity: 5 years (IADC WellSharp™ Certificate of Completion is awarded)
Curriculum: Based on the official IADC WellSharp™ Introductory syllabus for Drilling Operations
Teaching Approach: Interactive lectures, discussions, animations/videos, practical case examples, and optional hands-on with simulators (where available)
Participant Engagement: Built around real-world drilling scenarios; encourages active discussion, critical thinking, and problem-solving
Assessment: Final knowledge assessment (online or written). Some providers include module quizzes during the course for reinforcement
The IADC Drilling Introductory Level course provides foundational well control and drilling awareness for rig-based personnel. It covers the basic principles of drilling operations, the purpose and use of well control barriers, causes of kicks, detection and prevention methods, mud and pit management, equipment basics, and essential safety practices. The course is non-supervisory in scope and is the first step in well control competence for new entrants to the drilling profession.
Upon completion, participants will be able to:
Understand why well control is critical in drilling operations
Explain key well control terminology (rock matrix, porosity, permeability, hydrostatic pressure, BHP, formation strength, balance/overbalance/underbalance, kick/blowout)
Identify main well control barriers and their maintenance
Recognize the early warning signs and causes of kicks (e.g., mud weight drop, losses, pipe movement, abnormal pressure)
Apply basic calculations: pressure, hydrostatics, pit/annular volumes, pipe displacement
Describe the purpose and key functions of drilling fluids, mud systems, and mud management
List the basic steps of kick detection, kick response, shut-in, and verification (for both surface and subsea scenarios)
Understand post shut-in monitoring, recordkeeping, and follow-up activity
Distinguish between main equipment (BOPs, choke manifolds, mud gas separators, etc.) and their functions
Describe basic well control methods (Driller’s and Wait & Weight), kill sheets, and pre-recorded data use
Appreciate the importance of regular well control drills and effective crew communication
Entry-Level Rig Crew: Roustabouts, floorhands, derrickhands, shakerhands, pumpmen, barge engineers, pit hands
Drilling Support & Service Personnel: Mud loggers, mud engineers, ROV operators
Office or Field-Based Personnel: Engineers, geologists, and non-supervisory staff needing practical drilling awareness
Others: Any new hires or apprentices seeking fundamental drilling and well control knowledge
Module 1 – Well Control Concepts
Basic terms and principles
Formation fluids, hydrostatic and bottomhole pressure, principles of balance
Module 2 – Basic Calculations
Pressure, area, force relationships
Hydrostatics, pit/mud volumes, displacement, annular volume
Module 3 – Mud & Pit Management
Functions and types of mud
Importance of monitoring mud weight/viscosity
Use of mud balance, cleaning/mixing equipment
Module 4 – Risk Management & Well Plans
Managing risk throughout the well life cycle
Purpose and overview of a well plan
Module 5 – Causes of Kicks & Abnormal Pressure
Mud weight reduction, losses, hole fill issues, swab/surge, formation pressure
Early warning signs, actions to prevent incidents
Module 6 – Kick Detection
Pit gain, flow checks, trip monitoring, alarm systems
When and why early detection is critical
Module 7 – Shut-In Procedures (Surface & Subsea)
Steps to shut in a well, rationale, and crew roles
Diverting process and hazards
Module 8 – Post Shut-In Monitoring
Recordkeeping, pit level measurement, verification
Module 9 – Well Control Drills
Importance and crew roles in drills (pit, trip, diverter)
Module 10 – Well Control Methods
Driller’s and Wait & Weight methods
Crew actions during kill operations
Module 11 – Kill Sheets & Equipment
Use in operations, data recording, calculations
Identification and basics of BOPs, manifolds, sensors, degassers, etc.
Module 12 – Optional Practical Elements
Simulations on rig models or software
Hands-on with alarm systems, pit management, shut-in drills (where available)
Wellsharp Drilling Operation Driller Surface Stack Course
Duration: 5 full days
Mode: In-person (classroom with instructor-led and practical simulator training) or virtual, depending on provider
Schedule: Sequential modules including theory lessons, simulator sessions, and knowledge checks; assessments conducted at the end of the course
Certificate Validity: 2 years upon successful completion
Curriculum: Follows the official IADC WellSharp™ Driller syllabus for Surface Stack, aligned with international well control standards
Instruction: Delivered by accredited instructors with relevant field experience
Learning Approach:
Interactive lectures, discussions, and video/animation demonstrations
Realistic simulator exercises replicating well control scenarios
Hands-on equipment familiarization and classroom workbook exercises
Assessment:
Written Test: Minimum passing score is 75%
Practical (Simulator) Test: Minimum passing score is 70%
Both assessments must be passed for certification
This course develops the competence required for drillers and crew to detect and respond to kicks and perform well shut-ins using surface BOP stacks. The program covers well monitoring, kick detection, shut-in procedures, well control methods, and the use of relevant surface well control equipment. Emphasis is placed on safe operations, team communication, and regulatory compliance using both theory and simulator-based practical training.
By the end of the course, participants will be able to:
Explain and apply key well control concepts for surface wells
Detect signs of abnormal formation pressures and potential kicks
Execute shut-in and verification procedures correctly
Monitor wells post-shut-in, maintain barriers, and manage pressures
Apply appropriate well kill methods (Driller’s and Wait & Weight Methods)
Operate and function-test surface well control equipment (BOP stacks, choke/kill lines, manifolds)
Understand causes of kicks and implement prevention strategies
Participate in and conduct well control drills
Recognize abnormal pressure indicators and take emergency actions
Complete kill sheets and perform related well control calculations
Communicate effectively and work as a team during well control situations
Drillers and assistant drillers responsible for shut-in operations
Derrick workers, floor hands, and rig-based personnel involved in well monitoring
Personnel preparing to progress to Supervisor Level
Individuals requiring IADC WellSharp Driller Level Surface Stack certification for operational compliance
Day 1 – Well Control Foundations & Pressure Concepts
Drilling and well control overview
Drilling fluids, pressure basics, and essential calculations (hydrostatic, bottomhole, shut-in pressures)
Mud and pit management
Barrier management and pre-recorded data
Day 2 – Kick Theory & Detection
Causes of kicks and early warning signs of abnormal pressure
Kick detection, flow checks, and shut-in procedures (hard/soft shut-in)
Shut-in verification and follow-up activities
Day 3 – Well Control Methods & Equipment
Post shut-in monitoring and actions
Kill methods: Driller’s Method and Wait & Weight Method
Casing and cementing considerations
Surface stack well control equipment: BOPs, choke/kill lines, manifolds
Day 4 – Practical Skills & Risk Management
Simulator training: kick detection, shut-ins, killsheet calculations
Well control drills and communication/teamwork exercises
Dealing with shallow gas, water flows, and tophole drilling issues
Risk management, contingency planning, and emergency procedures
Day 5 – Assessments & Certification
Written knowledge assessment (theory-based)
Practical assessment using simulator (surface stack scenarios)
Feedback session, course review, and certificate issuance
WellSharp Drilling Operation Driller Combined Surface and Subsea Stack
Duration: 5 full days
Mode: In-person (classroom-based instructor-led training with simulator sessions) or online, depending on provider
Schedule: Daily theory modules, well control simulations, and knowledge checks; written and simulator-based assessments at the end
Certificate Validity: 2 years upon successful completion of both written and practical assessments
Curriculum: Follows the official IADC WellSharp™ Driller Level syllabus, covering both surface and subsea BOP stack operations in accordance with global standards
Instruction: Delivered by accredited instructors with significant field and simulator-based experience
Approach:
Lectures and interactive discussions
Case-based learning and simulations
Videos/animations and hands-on exercises using certified drilling well control simulators
Assessment:
Centralized online proctored written test (minimum passing score: typically 75%)
Simulator-based practical evaluation (minimum passing score: typically 70%)
Both must be passed for certification
Materials: Course manual, workbook, and access to simulator or virtual training resources
This advanced Driller Level WellSharp course delivers comprehensive training on well control for both surface and subsea operations. Designed for drillers, assistant drillers, and advanced rig crew, the course focuses on kick detection, shut-in, and initial response procedures for both stack types. The program integrates detailed theoretical instruction with simulator-based practice to reinforce critical well control competencies.
Upon successful completion, participants will be able to:
Explain and apply key well control concepts for surface and subsea operations
Detect formation pressure abnormalities (kicks) and interpret early warning signs
Execute correct shut-in procedures for both surface and subsea stacks
Perform post shut-in monitoring and maintain well control barriers
Apply well kill methods (Driller’s and Wait & Weight) including accurate calculations
Operate and function-test well control equipment such as BOPs, choke/kill manifolds, risers, diverters, and auxiliary systems
Manage specific operational scenarios including shallow gas, water flows, and riser incidents
Implement risk management strategies and contingency plans for emergencies
Complete IADC kill sheets and use pre-recorded data effectively
Participate in well control drills and communicate clearly during critical operations
Drillers, assistant drillers, and advanced rig crew responsible for well shut-ins on surface or subsea stacks
Personnel preparing for or transitioning to Supervisor Level
Individuals required to hold a WellSharp Driller Level Combined Stack certification as per regulatory or operator requirements
Well Control Concepts (Surface & Subsea)
Basic pressure concepts: hydrostatic, formation, fracture, and pore pressure
Mud and pit management techniques
Barrier management and BOP stack functionality (surface vs. subsea)
Risk management and operational safety
Kick Prevention and Detection
Causes of kicks: wellbore influx, formation anomalies, losses
Early warning signs of abnormal pressure
Monitoring systems: pit, trip, and gas detection
Well Control Procedures
Shut-in procedures for surface and subsea stacks
Verification steps and post shut-in monitoring
Standardized checklists and response sequences
Drills and team-based response exercises
Well Kill Methods
Driller’s Method and Wait & Weight Method
Constant bottomhole pressure concepts
Kill calculations and completion of kill sheets
Equipment and Operations
Surface Stack Equipment: BOPs, choke/kill lines, diverter systems, manifolds
Subsea Stack Equipment:
Riser and POD systems
Autoshear and deadman systems
ROV intervention tools (hot stab), riser disconnect and emergency disconnect systems
Function testing, troubleshooting, and maintenance protocols
Special Well Control Situations
Shallow gas zones and water flows
Tophole and deepwater drilling challenges
Casing/cementing considerations
Riser gas management, margin assessment, and displacement post-kill
Practical Training
Simulator exercises: kick detection, shut-ins, well kills, emergency disconnects
Post shut-in monitoring and riser control simulations
Scenarios adjusted to participant experience levels
Assessment
Written Knowledge Test: Administered centrally, online with proctoring (typically 75% minimum score)
Practical Simulator Assessment: Based on realistic surface and subsea scenarios (typically 70% minimum score)
Certification: Issued to participants meeting assessment criteria; valid for 2 years
Wellsharp Drilling Operation Supervisor Surface stack Course
Duration: 5 full days
Mode: In-person instructor-led classroom sessions with hands-on simulator practice; or online
Schedule: Sequential modules, including daily theory, group-based case studies, simulator exercises, and assessments on the final day
Certification Validity: 2 years upon successful completion of both written and simulator assessments
Curriculum: Based on the official IADC WellSharp™ Supervisor Level (Surface Stack) standards and syllabus
Learning Approach:
Interactive lectures and group discussions
Advanced drilling simulation exercises
Videos and animations demonstrating key equipment and procedures
Real-world case studies from well control incidents
Assessment:
Written knowledge test (typically 75% minimum passing score)
Simulator-based practical assessment (typically 70% minimum passing score)
Materials Provided: Comprehensive course manual, workbook, simulator access, and well control reference sheets
This Supervisor-level WellSharp course is intended for wellsite leaders who are responsible for both operational and organizational decision-making in surface stack well control. The course emphasizes advanced theory, risk management, emergency response, leadership, and best practices in well control operations. Practical training through simulator sessions reinforces technical skills and decision-making in high-stakes scenarios.
Upon completing the course, participants will be able to:
Explain advanced well control principles applicable to surface stack operations
Detect, evaluate, and manage well control events with effective responses
Apply industry-approved kick detection methods and shut-in procedures (hard and soft shut-in)
Perform calculations for kill operations and execute control methods (Driller’s Method, Wait-and-Weight, Volumetric, Bullheading)
Operate and maintain surface BOPs, accumulator systems, choke manifolds, and related equipment
Lead and coordinate teams during well control incidents and emergencies
Ensure regulatory compliance and uphold HSE standards
Drilling Supervisors and Superintendents
Wellsite Leaders, Company Men, and Rig Managers
Well Engineers and Completions Engineers
Senior Rig Personnel (e.g., Toolpushers, Drillers seeking advancement)
Personnel responsible for decision-making during well control in surface stack operations
1. Introduction to Advanced Well Control
Course overview, safety briefing, and knowledge baseline assessment
Review of industry standards and risk management fundamentals
2. Formation Pressures & Fracture Gradients
Understanding formation pressure, pore pressure, and fracture gradients
Risk analysis for top-hole drilling, shallow gas, and water flows
3. Kick Theory and Detection
Kick mechanisms, signs, and early detection techniques
Shut-in procedures (hard and soft shut-in), verification, and monitoring
4. Well Control Methods
Driller’s Method and Wait & Weight Method
Volumetric and bullheading techniques
Kill sheet preparation and calculations
Advanced topics: gas migration, ballooning, stripping under pressure
5. Well Control Equipment (Surface Stack)
Components and operation of surface BOPs, accumulators, and manifolds
Equipment testing, barrier management, and kill procedure integration
6. Well Control During Casing & Cementing
Special well control considerations during casing and cementing
Contingency planning and emergency operations
7. Regulatory and Compliance Requirements
HSE documentation, reporting standards, and supervisor responsibilities
Regulatory frameworks and industry best practices
8. Team Leadership and Emergency Response
Leadership and communication during well control incidents
Team coordination, decision-making, and performance under pressure
Conducting regular drills and simulation-based training
9. Simulation and Assessment
Realistic simulator sessions for kick detection, shut-in, and kill procedures
Written knowledge test covering theory, procedures, and compliance
Simulator test evaluating execution and team leadership
10. Course Review and Certification
Final Q&A and summary of key learnings
Review of assessment results and feedback
Issuance of certificates for successful participants
Wellsharp Drilling Operation Supervisor Subsea stack Course
Duration: 5 full days
Mode: In-person, instructor-led classroom sessions or online
Schedule: Daily modules integrating theory, group discussions, and simulator-based practical sessions
Certification Validity: 2 years upon successful completion of both written and simulator assessments
Curriculum: Official IADC WellSharp™ Supervisor Level (Subsea Stack), aligned with international well control standards
Learning Approach:
Interactive lectures and safety-centered discussions
Simulator-based training with realistic subsea well control scenarios
Video case studies, animations, and real incident analysis
Group activities and lessons learned from historical events
Assessment:
Written/online knowledge examination (typical passing score: 75%)
Practical simulator-based assessment (typical passing score: 70%)
Materials Provided: Supervisor-level course book, simulator access, workbooks, and well control reference materials
This advanced-level course prepares supervisors for leadership in subsea drilling environments. Covering complex well control theory and practices, it emphasizes risk identification, regulatory compliance, leadership, and emergency response using subsea Blowout Preventer (BOP) systems. The course also develops decision-making skills through simulator-based problem-solving exercises, reflecting real-world subsea operational challenges.
Upon completion, participants will be able to:
Explain advanced well control principles relevant to subsea BOP operations
Identify and manage well control incidents involving abnormal pressure, shallow gas, or top-hole drilling risks
Execute shut-in procedures for subsea stacks and perform post shut-in monitoring
Apply kill methods (Driller’s Method, Wait-and-Weight, Volumetric, Bullheading) with proper calculations
Operate and function-test subsea well control equipment: BOPs, LMRP, risers, control systems, EDS, auxiliary systems
Lead and communicate effectively during high-risk well control scenarios, including riser gas management, ballooning, and stripping
Conduct well control drills and accurately complete IADC kill sheets
Ensure documentation, compliance, and adherence to HSE protocols and contingency plans
Make informed decisions under pressure in simulated and real-life well control situations
Drilling Supervisors, Superintendents, Company Men
Toolpushers, Offshore Installation Managers (OIMs), Well Engineers
Senior rig personnel in or preparing for a supervisory role in subsea drilling
Personnel required to hold an IADC WellSharp™ Supervisor Level Subsea Stack certification by regulation or operator policy
Subsea Well Control Concepts
Formation pressures and fracture gradients
Formation fluids and kick theory specific to subsea environments
Abnormal Pressure and Warning Signs
Interpretation of advanced warning signs
Shallow gas, water flows, and top-hole hazards
Barriers and Equipment
Subsea BOP systems, LMRP, risers, connectors, valves
Control systems, emergency disconnect systems (EDS), ROV interface, and backups
Kick Detection and Shut-In
Early detection and response
Comparison of surface vs subsea shut-in procedures
Pre-recorded data usage and gas behavior in riser and wellbore
Well Control Methods
Driller’s Method and Wait-and-Weight
Volumetric and bullheading techniques
Stripping pipe under pressure
Well Control Drills and Kill Sheets
Documentation for surface and subsea kills
Practical simulator-based exercises
Post-Well Control and Special Operations
Cementing, casing, completions, and abandonment
Procedures for recovery after a well control incident
Team Leadership and Emergency Response
Command roles and team coordination during incidents
Communication with operator headquarters and regulators
Emergency drill leadership
Assessment
Written knowledge exam (centralized and standardized)
Practical simulator-based test
Both assessments must be passed for certification
Wellsharp Drilling Operation Supervisor Combined surface and Subsea stack Course
Duration: 5 full days
Mode: In-person instructor-led training in a classroom setting or online
Schedule: Daily modular progression, culminating in formal written and simulator assessments on the last day
Certification Validity: 2 years upon passing all required assessments
Curriculum: Based on the official IADC WellSharp™ Supervisor Level (Combined Surface & Subsea) syllabus
Instruction: Delivered by certified instructors using lectures, scenario-based case studies, group discussions, and animation/videos
Simulator Training: Hands-on time using full-featured drilling simulators for both surface and subsea BOP scenarios
Assessment:
Centralized written exam (minimum 75% passing score)
Practical simulator test (minimum 70% passing score)
Materials Provided: Course manual, simulator access, and well control calculation sheets
Class Separation: Supervisor-level classes are conducted separately from Driller-level
This advanced course is designed for wellsite supervisors and personnel responsible for decision-making in well control operations on rigs equipped with surface or subsea BOP stacks. The course expands upon Driller-level fundamentals, covering high-level theory and practical skills in kick management, well kill techniques, pressure control, and leadership in critical events. It ensures mastery of regulatory compliance and crisis response in high-risk scenarios.
Upon successful completion, participants will be able to:
Apply advanced well control concepts for both surface and subsea stack operations
Detect and interpret kick indicators, gas behavior, and abnormal pressure patterns
Lead appropriate shut-in procedures and post-shut-in monitoring
Perform calculations for hydrostatic pressure, kill mud weights, kill sheets, and volumes
Execute kill techniques: Driller’s Method, Wait-and-Weight, Volumetric, Bullheading
Lead communication and decision-making during well control incidents
Conduct post-shut-in analysis, troubleshooting, and preparation for kill operations
Operate and function test both surface and subsea well control equipment (BOPs, control pods, risers, chokes, etc.)
Respond to complex scenarios including shallow gas, ballooning, stripping, and cementing operations
Ensure complete documentation and regulatory compliance
Toolpushers, Drilling Supervisors, Superintendents, Company Men, and Drilling Engineers
Wellsite leaders working with either surface or subsea BOP equipment
Prerequisite: Prior IWCF or IADC Driller-level certification and field leadership experience
Course introduction, safety briefing, and risk management
Pressure concepts: formation and fracture gradients, hydrostatics
Identification of shallow gas, water flows, abnormal pressures
Barrier strategies and verification (surface and subsea)
Kick detection techniques and warning signs
Kick types and shut-in procedures: hard vs soft
Post shut-in monitoring and data analysis
Preparation of kill sheets and use of pre-recorded data
Driller’s Method, Wait-and-Weight, Volumetric, and Bullheading
Step-by-step kill procedures (surface and subsea)
Kill calculations and documentation
Well control considerations during completion and cementing
Surface and subsea BOP equipment: function, testing, troubleshooting
Choke/kill lines, accumulators, diverters, and control pods
Emergency disconnect systems and riser gas management
Special scenarios: stripping, ballooning, shallow gas
Simulator-based scenarios integrating theory and execution
Proctored written assessment (online format)
Practical simulator test covering both stack types
Results review, instructor feedback, and Q&A
Certificate issuance upon successful completion
WellSharp Well Servicing Introductory
Duration: 2 days
Mode: Instructor-led (face-to-face or live virtual)
Schedule: Modular format; delivered over two consecutive days or split to fit crew shifts
Assessment: Final knowledge test (1–1.5 hours), minimum passing score: 70%
Certification Validity: 5 years
Curriculum: Based on the IADC WellSharp™ Introductory Well Servicing syllabus (covers coiled tubing, snubbing, wireline, and workover support)
Learning Approach:
Interactive lectures, scenario-based discussions, case reviews, videos, animations
Designed for all learning styles: visual, auditory, and kinesthetic
No mathematical calculations required
Assessment: Online or classroom-based test at course completion (70% minimum to pass)
This introductory program provides fundamental well control training for individuals involved in well servicing and intervention activities, including wireline, coiled tubing, snubbing, and workover. It focuses on hazard recognition, safe operating procedures, pressure control basics, barrier integrity, and emergency awareness. This non-technical course is ideal for entry-level crew and non-engineering personnel, emphasizing safety, communication, and teamwork during live well operations.
Upon successful completion, participants will be able to:
Identify hazards and risks across various well servicing operations
Understand basic well control concepts (pressure, influx indicators, responses)
Describe primary and secondary barrier functions and failure signs
Understand the use of fluids and pressure relationships in well operations
Explain safe operating procedures for wireline, snubbing, coiled tubing, and workover
Recognize essential pressure control equipment and its emergency use
Demonstrate knowledge of alarms, emergency drills, and crew responsibilities
Coiled Tubing, Snubbing, Wireline, and Workover field crews
Service company personnel and operator representatives in well servicing roles
Entry-level or non-critical staff transitioning into field operations
New hires preparing for WellSharp certification and field deployment
Course Introduction and Pre-Assessment
Risk Awareness and Management
Hazards: suspended loads, dropped objects, high-pressure systems, chemicals
Personal responsibility and stop work authority
Well types: live/dead, cased/open hole, injector/oil/gas wells
Pressure and Influx Fundamentals
Core pressure concepts
Influx and trapped pressure
Influx risks and hole volume management
Barriers & Barrier Management
Fluid and mechanical barriers
Primary vs. secondary barriers
Barrier failure signs and industry standards
Completion and Workover Fluids
Function of fluids: brine, gas, water
Pressure/density relationships
Surface and Subsurface Equipment Overview
Wellheads, trees, ESD systems
Tubing, casing, completion tools
Well Servicing Operations (Technique-Based)
Wireline, snubbing, coiled tubing, and workover practices
Well control considerations and common issues (e.g., P&A, clean-outs)
Pressure Control Equipment
Overview of BOPs, strippers, pack-offs, valves, alarms
Safety systems for various intervention methods
Special Well Situations
Hydrates, H₂S/CO₂/N₂ gases, geothermal, fluid releases
Emergency Drills
Shut-in procedures, alarms, crew roles, muster points
Review, Final Assessment, and Q&A
Course wrap-up
Knowledge test (online or in-class)
WellSharp Well Servicing Wireline Course
Duration: 5 days
Mode: In-person instructor-led (classroom) or live virtual sessions with interactive instructor engagement
Schedule: Sequential daily modules; assessment conducted on the final (5th) day
Certificate Validity: 2 years upon successful completion and exam pass
Curriculum: Based on the official IADC WellSharp™ Service Company Equipment Operator—Wireline syllabus
Instruction: Delivered by certified instructors with wireline and well control expertise
Engagement:
Interactive lectures, group discussions, demonstrations, and scenario-based exercises
Classroom workbooks, videos, and self-study assignments
Assessment:
Daily quizzes
Final IADC online written exam (approx. 3.5 hours, proctored; 70% passing score)
Materials: Course manual, handouts, and access to simulator or demo equipment (where available)
This course offers in-depth well control training tailored to wireline well servicing personnel. It includes pressure control concepts, barrier management, well control response, and emergency procedures. Training combines theory with field-based scenarios and aligns with IADC WellSharp™ certification standards. Suitable for both surface and subsea live well environments.
Participants will be able to:
Recognize and mitigate well control hazards in wireline operations
Apply pressure concepts: hydrostatics, MASP, formation/fracture pressure
Identify and operate pressure control barriers: stuffing box, pack-off, grease injection, BOPs
Manage barriers through testing, monitoring, and fault detection
Follow safe procedures for rig-up, tool deployment, and shutdown
Respond to influx events, pressure anomalies, and equipment malfunctions
Execute emergency procedures and wireline-specific well control drills
Understand regulatory, industry, and company well control standards
Successfully complete the IADC WellSharp™ Wireline assessment
Wireline engineers and operators (slickline, braided line, cased/open hole, TCP, production logging, pipe recovery)
Senior engineers, crew chiefs, and supervisors involved in wireline well control
Rig foremen, service company staff, and operator reps working with live well interventions
New hires or transitioning personnel (prior training recommended)
Individuals needing WellSharp™ Wireline certification per company or regulatory requirement
Risk awareness, hazard management, safety systems, and emergency response
Pressure principles: hydrostatics, formation/fracture pressure, MASP
Barrier types: fluid, mechanical; barrier philosophy and hierarchy
Emergency decision trees and BOP/influx response scenarios
Properties of completion/workover fluids: brines, corrosion, and behavior
Wellbore equipment: X-tree, wellhead, SCSSV, BOP stack
Rig-up and wireline deployment (open/cased hole)
Wireline tools and components: slickline, braided line, electric cable systems
Key pressure control equipment: stuffing box, pack-off, grease injection, tool trap, lubricator, quick test sub
Wireline valves and BOP components (manual/hydraulic, shear seals)
Operational procedures: component handling, drills, scenario exercises
Special cases: trapped pressure, H₂S, hydrates, troubleshooting techniques
Wireline well control in drilling environments
BOP and equipment pressure/function testing
Regulatory standards (API, ISO), and internal policies
Emergency procedures, documentation, Q&A, exam preparation
IADC WellSharp™ online proctored written exam (minimum 70% to pass)
Optional practical reviews or demonstrations (provider dependent)
Review of results, feedback, and certificate issuance
WellSharp Well Servicing Coiled Tubing Course
Duration: 5 days
Mode: In-person exercises or live virtual instruction (as permitted by provider and regulations)
Schedule: Daily sequential modules with interactive lectures, practical exercises, videos, discussions, and workbook activities
Certification Validity: 2 years upon successful completion and passing of the IADC assessment
Curriculum: Based on the official IADC WellSharp™ Coiled Tubing syllabus
Teaching Approach: Blended method combining presentations, animations, scenario exercises, and simulator practice
Participant Engagement: Group discussions, case studies, calculations, Q&A sessions, and hands-on training (if available)
Assessment: Online proctored written test (3–3.5 hours); minimum 70–75% score required
Prerequisites: No prior certification required, but basic well control knowledge is recommended
This course delivers complete well control training for coiled tubing operations in well servicing. Participants will gain theoretical understanding and practical experience in pressure control, risk mitigation, equipment usage, and emergency procedures. The program is aligned with global IADC standards and tailored for both surface and subsea interventions.
Upon completion, participants will be able to:
Understand well control principles, calculations, and pressure fundamentals in coiled tubing
Identify risk factors and respond to hazard scenarios
Explain and operate primary and secondary well control barriers
Detect and manage influx events and abnormal well behaviors
Test and operate pressure control equipment (e.g., strippers, BOPs, lubricators)
Apply procedures for shut-ins, pressure tests, kill methods, and interventions
Navigate special cases, emergencies, and ensure compliance with regulations
Coiled tubing supervisors, engineers, and operators involved in well control
Field service personnel supporting coiled tubing operations
Operator/company representatives responsible for wellsite safety and interventions
Individuals needing IADC WellSharp™ certification for surface or subsea coiled tubing
Identifying hazards in coiled tubing operations
Pre-job communication, safety margins, and emergency response
Pressure fundamentals: hydrostatics, differential pressure, U-tube, ECD
Swab/surge effect, displacement and volume calculations
Mechanical and fluid barrier types
Testing, validation, and barrier failure management
Signs and causes of influx
Influx detection and response
Expansion and compression (Boyle’s Law)
Gas migration and safety impacts
Types of fluids, compatibility, loss control
Measuring techniques and environmental factors
BOPs, strippers, X-tree, wellhead, safety valves
Packers, accumulators, chokes, pumps, and flow rate tools
Alarm handling, shut-in protocols, monitoring, and securing the well
Verification and intervention documentation
Pressure control in coiled tubing
Bullheading, circulation, equipment failures, containment loss
Dealing with equipment failures, hydrates, H₂S, shallow formations
Barrier breaches and gas breakout
Testing requirements, documentation, and regulatory standards (IADC, API)
Company policy integration
Team responsibilities, emergency drills
Communication and bridging documentation
Practice with simulated well control situations
Hands-on use of tools and procedures
IADC WellSharp™ written exam (3–3.5 hours, proctored)
Review session, results feedback, and certification issuance
WellSharp Well Servicing Snubbing Course
Duration: 5 days
Mode: Instructor-led training, available in-person/classroom or live virtual format with direct instructor interaction
Schedule: Modular and sequential, tailored for snubbing operations, including structured theory, demonstrations, and knowledge checks. Final assessment conducted after training
Certification Validity: 2 years upon successful completion and passing the exam
Curriculum: Based on the official IADC WellSharp™ Service Company Equipment Operator—Snubbing syllabus and standards
Teaching Approach:
Interactive lectures, video/animation demonstrations
Scenario-based learning and group discussions
Hands-on demonstrations and case studies (where available)
Ongoing knowledge checks to reinforce learning
Assessment: Proctored written test (3–3.5 hours); minimum 75% required to pass
Materials Provided: Course manual, handouts, reference guides, and additional recommended reading per IADC guidelines
This course provides focused well control training for personnel engaged in snubbing operations during well servicing and intervention. It equips participants with the essential knowledge and skills to identify, prevent, and respond to pressure-related hazards in both live and dead well environments. Training includes risk management, barrier control, equipment operation, influx detection, kill methods, and emergency procedures—aligned with IADC global certification standards.
Upon completion, participants will be able to:
Assess risks and identify hazards in live and dead well snubbing
Understand pressure control concepts and perform related calculations (hydrostatics, MASP, formation pressure)
Identify, maintain, and test primary and secondary barriers (mechanical and fluid)
Operate and troubleshoot snubbing equipment (BOPs, strippers, rams, lubricators, control panels, valves)
Understand and manage the use of completion/workover fluids
Detect influxes, recognize abnormal pressure behaviors, and respond effectively
Execute procedures for snubbing rig-up, rig-down, pressure testing, and emergency responses
Apply approved well control methods: shut-in, verification, bullheading, monitoring, and kill techniques
Comply with industry, regulatory, and company standards for snubbing operations
Engage in safety and emergency drills with competence
Snubbing equipment operators, supervisors, and engineers handling live well pressure control
Well servicing teams performing wireline, coiled tubing, or workover using snubbing units
Completion engineers, field technicians, and service company personnel working with snubbing systems
Individuals requiring IADC WellSharp™ certification for snubbing operations (regulatory or client-mandated)
Introduction, course overview, and pre-assessment
Risk awareness and hazard management in snubbing operations
Fundamentals of well control and basic pressure calculations (hydrostatic, MASP, shut-in pressures)
Barrier philosophy: types, maintenance, and testing in snubbing contexts
Pressure control and influx fundamentals
Gas behavior and characteristics under pressure
Completion and workover fluids: types, usage, compatibility, and measurement
Wellbore equipment overview: wellheads, Christmas trees, SCSSV, IBOPs
Snubbing rig-up procedures and equipment overview: strippers, rams, panels, auxiliary barriers
Snubbing operations: procedures, shut-ins, monitoring, emergency workflows
Well kill methods: Driller’s Method, bullheading, system line-up and verification
Special operations and contingency plans: hydrates, blockages, H₂S, loss of containment
Regulations and compliance standards: IADC, API, government, and operator policies
Final course review, Q&A, emergency drill simulations, and exam preparation
Formal Exam: IADC WellSharp™ written test (3–3.5 hours, proctored)
Follow-up: Results review, instructor feedback, and certificate issuance for successful participants
WellSharp Well Servicing for Oil & Gas Operator Representative Workover & Intervention
Duration: 5 days
Mode: In-person, instructor-led classroom or live online format
Schedule: 4.5 days of training followed by written assessment and optional practical exercises on Day 5
Certificate Validity: 2 years upon successful completion and passing of assessment
Assessment: Passing score required (typically 70–75%) for IADC WellSharp™ certification
Curriculum: Based on IADC WellSharp™ syllabus for Oil & Gas Operator Representatives (Workover & Intervention)
Instructional Methods:
Delivered by certified instructors
Interactive presentations, group discussions, case studies
Simulator-based and scenario-based exercises
Training Approach:
Blended learning: lectures, animations, scenario analysis
Use of classroom workbooks and optional hands-on simulator training
Assessment:
Written or online exam
Practical evaluation (where applicable), in accordance with IADC standards
This course is developed for Operator Representatives who oversee or make decisions during well workover and intervention operations, including coiled tubing, snubbing, and wireline. The curriculum focuses on advanced well control concepts, risk and barrier management, and regulatory compliance, preparing participants to supervise and respond to well control challenges effectively in live well scenarios.
Participants who complete the course will be able to:
Identify and manage well servicing risks and abnormal pressure indicators
Apply advanced well control calculations and kill methods
Understand and implement well barrier philosophy and documentation
Operate key well intervention equipment (CT, snubbing, wireline)
Oversee safe practices in both routine and emergency conditions
Ensure compliance with regulatory and company requirements
Demonstrate performance in well control simulations and drills
Company men, wellsite leaders, and operator representatives
Superintendents, field/production engineers, and consultants
Office-based staff involved in well control decision-making
Non-operator personnel requiring broader intervention knowledge
Risk assessment principles
Well integrity and safety margins
Bridging documentation and pre-job planning
Wellsite roles and responsibilities
Planning for contingencies and emergencies
Communication and documentation procedures
Hydrostatics, formation/fracture pressures
MASP and kill mud weight
Pressure-volume relationships and related calculations
Barrier philosophy and types (mechanical/fluid)
Validation, testing, and failure response
Record-keeping and verification
Coiled Tubing: Strippers, quad stacks, flow/kill lines, kill prep
Wireline: Stuffing boxes, lubricators, shut-in procedures
Snubbing: Rams, annulars, equalizing loops, bleed-off systems
Kick indicators and early warning signs
Gas expansion and impact on surface equipment
Brines, stimulation fluids, and loss control
Fluid compatibility with barrier systems
Surface and subsurface equipment: wellheads, trees, risers
Casing, tubing, completion accessories, ancillary systems
Shallow gas, hydrates, lost circulation
HPHT environments, pressure-control system failures
Equipment and barrier verification
Emergency drills and team role practice
Documentation of procedures
Industry, government, and internal company standards
Reporting obligations and documentation practices
IADC WellSharp™ Exam: Written/online
Practical Evaluation: (If applicable)
Result review, feedback, and certificate issuance
WellSharp Well Servicing Workover Course
Duration: 5 days
Mode: Available as in-person (classroom-based) or online
Schedule: Daily sequential modules, incorporating theory, interactive discussions, case studies, simulator practice, and assessments
Assessment: Written knowledge exam (usually online, proctored; most set the passing mark at 75%) and, where required, practical demonstration or simulation
Certification Validity: 2 years upon successful completion and passing the exam
Curriculum: Based on the IADC WellSharp™ Service Company Equipment Operator—Workover syllabus and global well control standards
Instruction: Delivered by certified instructors using blended approaches—lectures, videos, animations, practical demonstrations, and workbook exercises
Engagement: Training is interactive and scenario-based, with group discussions, Q&A, and real-world case analysis
Practical Skills: Where facilities allow, practical exercises are performed on well control simulators or equipment mockups to reinforce key skills
Assessment: Frequent knowledge checks, module quizzes, and a formal written exam
The WellSharp Workover course builds essential well control knowledge and practical skills for field personnel primarily responsible for workover operations. The curriculum targets the prevention, detection, and response to well control incidents during workover, emphasizing safety, risk management, barrier integrity, and correct operational procedures for both surface and subsurface challenges. The course is fully competency-based and is aligned with current industry best practices.
Upon successful completion, participants will be able to:
Describe well control principles and calculations relevant to workover operations
Identify, test, and maintain primary and secondary barriers during servicing activities
Recognize early warning signs of influxes and abnormal well behavior
Apply correct shut-in, verification, and well control procedures (including Bullhead, Driller’s, Volumetric, Lube and Bleed, and Reverse Circulation methods)
Operate and verify functioning of workover well control equipment: BOPs, manifolds, accumulators, safety systems
Demonstrate knowledge of completion and workover fluids, pressure control, and surface/subsurface equipment
Respond safely to complications such as gas migration, loss of circulation, shallow gas, and emergencies
Participate in well control drills, risk assessments, and team communication during critical events
Understand regulatory and company policy requirements for workover well control
Workover team members: Pumping supervisors, frac supervisors, crew chiefs (drillers), rig foremen, hydraulic intervention contractors, equipment operators
Wellsite supervisors and field engineers responsible for oversight of workover and intervention operations
Service company and operator representatives requiring IADC WellSharp Workover certification
Entry-level and experienced personnel seeking to update or renew their well control skills and certification for workover roles
Day 1
Course Introduction, safety briefing, and overview of workover well control risk
Well control principles & calculations (hydrostatics, pressure, U-tubing)
Introduction to barriers: types, verification, failure recognition
Influx fundamentals and gas behavior
Completion and workover fluids: purpose, selection, and maintenance
Day 2
Surface and subsurface wellbore equipment (BOPs, accumulators, X-tree, valves)
BOP operation, testing, and maintenance
Well kill methods: Bullhead, Lube and Bleed, Driller’s (Forward Circulation), Reverse Circulation
Shut-in procedures, verification, and post-shut-in monitoring
Well control procedures for routine and special workover operations
Day 3
Practical exercises: simulator or scenario-based kick detection and response
Managing complications: loss of circulation, shallow gas, entries during completions
Special situations: gas migration, ballooning wells, stripping pipe under pressure, coiled tubing and snubbing
Regulatory issues, industry and government standards, and documentation
Day 4
Organizing a well control operation: roles, communication, and contingency planning
Practical and knowledge review, team drills
Preparation for final assessment
Day 5
Written (and, where required, simulator) assessment
Results review, individual feedback, and certificate issuance
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