Electrification in Energy
UH Energy and the Subsea Systems Institute are proud to offer this 3-badge program, which introduces essential electrical engineering concepts for electrification in the energy industry. The program is designed to meet the growing demand for the development, maintenance, and safety inspection of energy production, transportation, and delivery systems.
Overview
Duration
Each badge consists of 6 modules, with each module taking 1-2 hours to complete
3 badges (18 modules) in total
Format
Online
Price
$600 per badge
$1200 for all three badges
(Scholarships available!)
Deadline
Please sign up by July 14th!
Why this Credential?
UH Energy and the Subsea Systems Institute are proud to offer this program designed to introduce and deepen understanding of electrical engineering principles critical to electrification of the energy industry. Electrification plays a vital role in enhancing the efficiency, reliability, and environmental performance of energy systems across the value chain—from production and processing to transportation and end-use delivery.
This program responds directly to the increasing need for skilled professionals who can develop, operate, and maintain electrically powered infrastructure and ensure its safety and resilience. Participants will gain foundational and applied knowledge that supports the design, integration, and inspection of electrified systems within both traditional and emerging energy platforms, including offshore and subsea environments. By bridging engineering theory with real-world applications, the program prepares attendees to contribute meaningfully to the future of energy.
Instruction for each badge consists of six modules, with each module taking 1-2 hours to complete, over six weeks. Badges do not have to be completed in order.
Who Should Enroll?
The Electrification in Energy Program is designed for the following groups:
- Managers who want a better understanding of electrical engineering to make decisions related to energy systems.
- Technicians and maintenance personnel who are involved in the day-to-day operation of energy systems.
- Energy industry personnel who want to extend their system capability by understanding more about electrical engineering.
Curriculum
Instruction for each badge consists of six 1-2 hour modules, taking place over a six-week period. A healthy mix of UH Faculty modules (blue) and Industry Instructor modules (red) provide a well-rounded learning experience.
Badge I: Power Fundamentals
Recommended for those with backgrounds other than electrical engineering
Badge 1 will focus on foundational concepts necessary for a better understanding of electrical systems relevant to energy, offshore and subsea. As such, most of the modules in this Badge are UH Faculty driven (blue). Key objectives for each of the UH Faculty modules can be found below.
Badge I: UH Faculty ModulesOverview I will be delivered in hybrid format at the University of Houston, and will consist of two parts. First, Industry Speakers will share their knowledge about the current state of electrification in energy. Second, an Industry Panel will provide insightful answers to questions from a moderator and the audience. This module is an introduction for the course participants, will be supported by industry sponsors, and is open to potential registrants!
Tentative date and location of Overview I is July 18th at the University of Houston Tech Bridge. Make sure to click on the Register button at the top of the page to stay informed.
Badge II: Offshore Power
Badge III: Subsea Electrification
What You Will Earn
Micro-credential badges are awarded every six modules, three in total, for the Electrification in Energy Program. Badges do not need to be completed in order. The earned badges are a permanent addition to your skill set and resume. After successfully completing the program, you can incorporate micro-credential badges from UH into your LinkedIn profile and resume.
UH Instructors
Dr. Kaushik Rajashekara
Distinguished Professor of Engineering, University of Houston
Dr. Harish Sarma Krishnamoorthy
Associate Professor, University of Houston
Dr. Xingpeng Li
Associate Professor, University of Houston