Professor of Operation of Oil Well Drilling Systems at Amphion and Cyberbase

Drilling Systems Operation Instructor — Emphion and Cyberbase (NOV)

Course Duration: 40 Hours
Format: Theoretical and Practical, with Operational Simulation

This course trains drilling operators and rig personnel to understand and safely operate NOV Emphion and Cyberbase control systems, both in manual and automatic modes.
Participants learn the fundamentals of drilling, tripping, and pipe handling operations, as well as real-time monitoring of operational parameters and alarm management — ensuring maximum efficiency and safety during rig operations.

Course Objective

• Develop theory and simulator-based sessions following NOV technical standards.

• Conduct realistic simulation exercises using Emphion and Cyberbase control panels.

• Integrate key concepts of automation, control systems, and operational safety.

• Supervise hands-on practice in manual and automatic operation modes.

Training Methodology

a) Introduction to Automated Drilling Systems

• Overview of Emphion and Cyberbase control systems.

• HMI layout, main screens, and key operational parameters.

• Safety interlocks and operation modes.

b) Manual and Automatic Operation

• Configuration and mode-switching procedures.

• Manual operation of drawworks, top drive, mud pumps, and pipe handling systems.

• Automatic operations: auto-drilling, slip-to-slip, auto-tripping, and sequence control.

c) Data Monitoring and Alarms

• Reading and interpreting WOB, torque, hookload, pressure, and flow.

• Alarm handling, acknowledgment, and safe restart procedures.

• Real-time monitoring and system diagnostics.

d) Tripping and Pipe Handling Operations

• Operational sequencing and equipment synchronization.

• Integration of top drive, catwalk, iron roughneck, elevators, and pipe rack systems.

• Safety and communication protocols between driller and floor crew.

Course Content

• Practical assessment during simulation exercises.

• Detailed technical feedback on safety, efficiency, and procedural accuracy.

• Certificates awarded upon satisfactory completion of all course requirements.

Evaluation and Certification

Activity Description — Drilling Systems Operation Instructor (Emphion and Cyberbase – NOV)

Course Duration: 40 hours

Format: Theoretical and practical with operational simulation

Course Objective

Train drilling operators and rig personnel to understand and operate NOV Emphion and Cyberbase control systems, using both manual and automatic modes safely and efficiently.
The course emphasizes drilling, tripping, and pipe handling operations, as well as real-time monitoring of operational parameters and alarm management.

1. Training Methodology

• Prepare theory and simulation sessions following NOV technical standards.

• Conduct realistic simulator exercises using Emphion/Cyberbase control panels.

• Integrate topics on automation, control systems, and operational safety.

• Provide supervised hands-on practice in manual and automatic operation modes.

2. Course Content

a) Introduction to Automated Drilling Systems

• Overview of Emphion and Cyberbase control systems.

• HMI layout, main screens, and critical parameters.

• Safety interlocks and operational modes.

b) Manual and Automatic Operation

• Configuration and mode switching procedures.

• Manual control of drawworks, top drive, mud pumps, and pipe handling systems.

• Automatic functions: auto-drilling, slip-to-slip, auto-tripping, and sequence control.

c) Data Monitoring and Alarms

• Reading and interpreting key parameters (WOB, torque, hookload, pressure, and flow).

• Alarm handling, acknowledgment, and safe restart procedures.

• Real-time monitoring and system diagnostics.

d) Tripping and Pipe Handling Operations

• Operational sequences and equipment synchronization.

• Integration of top drive, catwalk, iron roughneck, elevators, and pipe rack systems.

• Safety and communication practices between driller and floor crew.

3. Evaluation and Certification

• Assess participants’ practical performance during simulations.

• Provide technical feedback on safety, efficiency, and procedural compliance.

• Issue certificates to participants who meet attendance and performance requirements.