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Robotics in Energy

Unlock the future of energy operations with the Robotics in Energy micro-credential from the Subsea Systems Institute and SPRINT Robotics. Designed to bridge the skills gap in a rapidly evolving industry, this course empowers professionals to safely and profitably integrate robotics into inspection, monitoring, and maintenance tasks鈥攐nshore and offshore. With a focus on safety, reliability, and business impact, it equips you with the tools to evaluate risks, justify investments, and drive smarter, more efficient energy solutions.

Overview

Duration

Check back Fall 2025 for schedule updates.

Format

Online & In-Person

Price

Discount may apply
Course Price: TBD

Deadline

Application Closed

Why this Credential?

There is a growing demand for robotics systems in production, inspection, and maintenance within the energy industry 鈥� both onshore and offshore 鈥� driven by the desire to minimize the risk of human exposure to hazardous environments and reduce operating costs. However, a significant gap exists between the current workforce's expertise and the rapidly evolving technologies. Deploying robots in inspecting, monitoring, and maintaining energy assets requires an in-depth understanding of robotic systems, including the ability to identify a specific use case, assess the impact of robotics on the business, and maintain the value of the robot to ensure it continues to operate safely and profitably.

To address these challenges, the Subsea Systems Institute (SSI), collaborating with SPRINT Robotics, has developed a Robotics in Energy course focusing on safety, reliability, business impact, and use cases. The micro-credential course provides participants with a comprehensive understanding of the robot integration process, including economic evaluation and qualification. It also includes an evaluation tool/protocol for risk and safety management, enabling participants to assess the feasibility of incorporating robots into their working environment.

Who Should Enroll?

This course has been designed primarily for personnel in the energy industry with the following interests.

  • Those who need to be aware of the current robotic technology, as well as benefits and risks, to assist business decisions.
  • Those who need an appropriate strategy to evaluate the business impact of robots and maintain both safety and sustainability.
  • Those who need a sufficient understanding of the working principles and a robotics vocabulary to work with people from various backgrounds
  • Those from non-robotics backgrounds wish to gain a deeper understanding of robotics and its applications.

Curriculum

Module 1: Technology awareness (Online)

  • Robotics in extreme environments: Downhole, Tank & Confined space, Extreme temperature & pressure
    Subsea & Underwater robotics
  • AI & Digital twin for inspection

Module 2: Robotic integration & Business management (Online & In-person)

  • Asset owner
  • Operator and service provider

Module 3: Safety & Risk assessment and management (Online & In-person)

  • Processes and tools for RAMS (Reliability, Availability, Maintainability and Safety) achievement

What You Will Earn

After successfully completing this program:

  • Gain a comprehension of the various robotic technologies being adopted in the energy sector, including downhole and in-tank robotics, underwater vehicles, and AI.
  • Have a clear understanding of the critical issues related to safety, risk, and economy when adopting robots and be able to evaluate them through qualitative and quantitative methods.
  • Plan and apply a robotic project across various disciplines within engineering, maximizing the benefits and mitigating the risks associated with robotic integration.

Instructors

Rami Jabari

Engineering Consultant, Aramco Americas

Brant Cassimere

Instrumentation and Controls Supervisor, ExxonMobil

Tao Cheng

Technology Development Lead, ExxonMobil

Mauricio Calva

Inspection Engineer, Chevron

John O'Brien

Senior Consultant, itcSkills

Caroline Roberts

Managing Director, Astrimar

Ralph Gall

Technical Sales Manager, Sonardyne

Thomas Culverhouse

ADCP Group Manager, Sonardyne

Xavier Quintanilla

Program Manager North America, Sprint Robotics

Kimberley Hayes

CTO, Valkim Technologies

Yvan Petillot

Professor of Robotics and Autonomous Systems, Heriot-Watt University National Robotarium

John Allen

Industry Liaison, Allen Energy Consultants, LLC (AEC)

Eddie Gutierrez

North America Sales Manager, Nexxis

Ivan Miestchovich

sUAS Technical Specialist, MFE Inspection Solutions

Chance Kirkpatrick

Unmanned Technical Support Specialist (Robotics), MFE Inspection Solutions

Frequently Asked Questions

You can register for the program by visiting the registration link and completing the application form. The registration link will be available once course enrollment opens.  
We accept major credit cards, debit cards, and electronic payments. If you require alternative payment options, please reach out to our business office. 
Courses are offered online, in-person, or hybrid formats, depending on the specific course, allowing students to engage with course materials through live lectures, pre-recorded modules, interactive discussions, or hands-on projects. 
Yes. Assessments are required to successfully complete the program and earn your micro-credential. Details on grading criteria and passing scores will be provided at the start of the course.  
Depending on the program structure, you may have access to recorded sessions or alternative assignments. Please review the attendance policy or contact your instructor for specific arrangements. 
Refunds are not available if you withdraw from the course.