UH's Sugar Land campus has a new innovation hub focused on machine learning in the energy industry. Photo via UH.edu

The University of Houston at Sugar Land is now home to an innovative lab that will work to find new ways to use artificial intelligence in the oilfield.

Dubbed the Artificial Intelligence Industry Incubator and Digital Oilfield Lab at the University of Houston, the facility will allow faculty, students, and energy professionals to develop technologies and solutions to increase efficiency and boost oil field safety through machine learning, according to a release from UH.

The lab opened in late 2020 and is part of the College of Technology's Advanced Technology and Innovation Laboratory. It represents a partnership with the UH College of Technology and the AI Innovation Consortium based in Louisville, Kentucky.

The consortium also includes Pennsylvania State University, the University of Louisville, Louisiana State University, and a number of corporations.

According to the release from UH, several companies have already agreed to work with the lab on projects that will find ways to use AI for predictive analytics, visual inspection, and health and safety measures.

"This incubator program emphasizes the need to build projects grounded in clear business value, with technologically rich and hands-on initiatives, and an engaging industry/academia partnership," Konrad Konarski, chair and director of operations at AIIC, says in a statement. "This allows us to focus on the most relevant AI technologies that have immediate impact and value to the oil and gas industry."

Too, the lab aims to provide students with valuable experiences that they can likely leverage into a job upon graduation.

"The laboratory and incubator will allow our students to contribute to the various applied research and proof of concept work currently underway and in the future," David Crawley, professor of practice in the College of Technology, says in a statement. "This includes working with the AIIC's commercial partners to create opportunities to move their incubator experience and advanced academic background into jobs at participating operations."

The university has also made headway in recent months using machine learning to better the search for "super hard" materials, such as diamonds. It also launched a new drug discovery institute in November.
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Accenture, Goodwill-backed cleantech job accelerator celebrates Houston launch

up and running

A major nonprofit and a worldwide corporate leader have teamed up to advance cleantech jobs — and the program has officially celebrated its launch in Houston.

Goodwill Houston, in collaboration with Accenture, BlocPower, and Goodwill Industries International hosted a celebration for the Clean Tech Accelerator, an industry-focused full-time free jobs training program that was originally announced last year. The first cohort graduated earlier this year, and the second is ongoing.

"Through the CTA, we want to shape the future of sustainable energy in Houston by recruiting underrepresented jobseekers and equipping them with technical proficiency, safety and clean tech certifications, and facilitating placement with local employers," a representative from Accenture states in an email. "Following a quiet initial launch, this event was the official kickoff."

The event also demonstrated the opportunities within the CTA program for job seekers to prepare for the most in-demand clean energy careers in Houston. The accelerator is targeting a specific set of advanced energy jobs — the 40 percent that don't require college degrees and and pay more than the median salary in the United States.

According to Accenture and Goodwill, the plan is to grow the program to 20 cities in the next seven years and train an estimated 7,000 job seekers. The program, which was co-designed by Accenture, will be run by Goodwill. Participants identified as under and unemployed individuals and accepted into the program will be compensated as they undergo the training and career placement services.

"As our labor market transitions, we see important opportunities for people to move into more promising roles with better pay. It is essential that we provide the training and other support needed to ensure people capture these opportunities," Steve Preston, president and CEO of Goodwill Industries International, says in a news release announcing the program. "The Goodwill Clean Tech Accelerator will open doors for people in an expanding industry and provide support to employers who are helping us transition to a more sustainable world."

Speakers included leaders from the participating organizations. Photo courtesy of Accenture

Houston tech company building a next-generation space station has new investor

interstellar lab

Houston-based Starlab Space, which is developing a commercial space station, has enlisted a high-profile investor — Japanese industrial conglomerate Mitsubishi.

With the addition of Mitsubishi, Starlab now boasts three equity partners. The two others are aerospace company Voyager Space and defense and space product manufacturer Airbus Defense and Space. Financial terms of the Mitsubishi deal weren’t disclosed.

Voyager and Airbus finalized creation of the Starlab joint venture in January 2024. The two companies announced the joint venture in August 2023.

Dylan Taylor, chairman and CEO of Voyager, says the Mitsubishi partnership will help “unlock space technology on a global scale and drive meaningful impact across several industries, from space to ground.”

“We are very pleased to welcome Mitsubishi … as a strategic partner in our joint venture with Voyager Space. This brings Starlab Space to the next level on the way to a truly global endeavor,” Mike Schoellhorn, CEO of Airbus Defense and Space, says in a news release.

The continuously staffed, low-Earth-orbit Starlab space station will serve NASA, other space agencies, businesses, and research organizations.

Starlab announced in January 2024 that it had tapped Elon Musk’s SpaceX Starship to launch Starlab’s stainless-steel space station. A launch date hasn’t been revealed, although it’s tentatively set for the late 2020s.

The Starlab station will help fill the gap that’ll be left by the International Space Station, which NASA plans to retire in 2031.

Houston energy innovation leader calls for collaboration to tackle the industry's biggest hurdles

Houston Innovators Podcast Episode 231

When Barbara Burger moved to Houston a little over a decade ago to lead Chevron Technology Ventures, she wondered why the corporate venture group didn't have much representation from the so-called energy capital of the world.

“I had no companies in my portfolio in CTV from Houston, and I wondered why,” Burger says on the Houston Innovators Podcast.

Much has changed in the ecosystem since then, she says, including growth and development to what the community looks like now.

“There are a few things I’m proud of in the ecosystem here, and one of theme is that it’s a very inclusive ecosystem,” she explains, adding that she means the types of founders — from universities or corporate roles — and the incumbent energy companies. “The worst way to get people to not join a party is to not invite them.”

“No one company or organization is going to solve this. We have to get along,” she continues. “We have to stop thinking that the mode is to compete with each other because the pie is so big and the opportunity is so big to work together — and by and large I do see that happening.”



Burger, who has since graduated from Chevron to act as an adviser, mentor, and philanthropist across her passions, also shares her insider perspective on CERAWeek by S&P Global — from the key topics discussed to who was there this year and, notably, who wasn't. One thing that stood out to here was the practicality problems that were on the agenda.

“We need an energy system that focuses on climate, the economy, security — a lot of this is just the block and tackling of engineering, policy, economics, and community engagement. I think it was a practical discussion,” she says.

Another huge topic was the amount of energy needed in the near future.

“Everybody has woken up and realized that our load growth — our demand — is growing, and because of all kinds of things pointing toward electrification. I think that the big one in the room was AI and the power demands for it,” she says.

In addition to finding the funding to grow these new technologies, scale is extremely important when it comes to making an impact on the energy transition.

“It’s not just about the innovation — it’s really about scaling that innovation and that execution, because that’s when we get impact, when these technologies are actually used in the energy system, and when we create new businesses,” she explains on the show. “It’s going to take investment, capabilities, a real understanding of the marketplace, and, in many cases, it’s going to take a relationship with the government.”