Robotics, Automation & Drones in Oil & Gas – One Day USD 150 / Two Days USD 250 Per Pax

Course level:All Levels
Categories I.T
Course Duration: 0

Description

  1. Introduction to Robotics and Automation in Oil & Gas

    • Evolution of automation in the energy industry

    • The role of robotics and drones in enhancing safety and efficiency

    • Key drivers for automation adoption in oil & gas operations

  2. Types of Robotics Used in the Sector

    • Industrial, service, and autonomous robots

    • Field robots, inspection robots, and robotic arms

    • Mobile and subsea robotics for offshore operations

  3. Automation Technologies and Systems

    • Programmable Logic Controllers (PLCs) and Distributed Control Systems (DCS)

    • Autonomous systems for drilling and production

    • Process automation and remote operation centers

  4. Applications of Robotics in Upstream Operations

    • Drilling automation and rig floor robotics

    • Autonomous underwater vehicles (AUVs) and remotely operated vehicles (ROVs)

    • Reservoir monitoring and well intervention robots

  5. Applications in Midstream and Downstream Operations

    • Pipeline inspection and corrosion monitoring

    • Refinery process automation

    • Material handling, storage, and logistics automation

  6. Introduction to Drones (UAVs) in Oil & Gas

    • Overview of drone types and components

    • Benefits: inspection, surveillance, and environmental monitoring

    • Regulatory considerations and flight permissions

  7. Drone Applications and Data Analytics

    • Aerial inspection of pipelines, flare stacks, and offshore platforms

    • Using drones for mapping, thermal imaging, and leak detection

    • Data acquisition and analysis from drone operations

  8. Integration of AI and IoT with Robotics & Drones

    • Smart robotics powered by AI and machine learning

    • IoT-enabled monitoring and communication

    • Predictive insights for maintenance and operations

  9. Safety and Risk Management in Automated Operations

    • Ensuring safety during robotic and drone deployment

    • Cybersecurity and control system protection

    • Human–machine collaboration and risk mitigation

  10. Operational Challenges and Implementation Strategies

  • Technical, environmental, and organizational barriers

  • Selecting the right technology and vendor partnerships

  • Cost–benefit analysis and pilot project development

  1. Case Studies and Global Best Practices

  • Examples of robotics and drone adoption by leading oil & gas companies

  • Lessons learned and measurable performance improvements

  • Benchmarking automation maturity

  1. Future of Robotics and Automation in Energy

  • Emerging technologies: swarm robotics, digital twins, and autonomous facilities

  • The future workforce: collaboration between humans and robots

  • Sustainability, efficiency, and innovation in the digital oilfield

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