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Congratulations to the 2026 UT | TEX‑E Accelerator Teams

The Energy Institute is proud to announce the four startups selected for the 2026 UT | TEX‑E Accelerator Program: TerraCoat (Jake Bendetti, Moiz Ahmed Mahesar, Muhammad Usama); OmniSpectra (Joseph Schmidt); Quas (Aldo Galli); The Coco Core (Gowtham Velu)

Announcing the 2026 UT | TEX‑E Accelerator Cohort

The Energy Institute is proud to announce the four startups selected for the 2026 UT | TEX‑E Accelerator Program, a three‑month summer accelerator supporting UT Austin student‑led innovations in climate and energy.

This year’s cohort represents a diverse set of technologies and approaches aimed at advancing sustainability, decarbonization, and the future of energy. 

Each team will receive $10,000 in non‑dilutive funding, tailored mentorship, and guidance from an experienced Accelerator Advisory Board as they advance technology development, customer discovery, and commercialization efforts.

Please join us in congratulating the 2026 UT | TEX‑E Accelerator teams:

  • TerraCoat (Jake Bendetti, Moiz Ahmed Mahesar, Muhammad Usama: College of Liberal Arts, Cockrell School of Engineering)

    - TerraCoat has designed a unique efficiency-improving product that can change the game for solar profitability. Bifacial solar panels absorb energy on both sides, and increasing ground reflectivity can boost their total energy yield by up to 15 percent. We are the first company to offer a truly durable, reflective ground treatment.

  • OmniSpectra (Joseph Schmidt: College of Natural Sciences)

    - OmniSpectra is an NSF-backed early startup developing wearable, non-invasive sensing systems for large power transformers. We turn grid assets into self-aware systems by continuously detecting early-stage material degradation, enabling utilities to shift from reactive maintenance to predictive intervention and significantly reduce failure and wildfire ignition risk. 

  • Quas (Aldo Galli: McCombs School of Business)

    - QUAS produces activated carbon from cotton gin waste to treat produced water for Permian Basin operators‚ saving them $0.10/barrel while eliminating tariff exposure from imported Chinese carbon (which costs $3,500-4,500/ton vs. our $1,800-2,200/ton). Operators spend $2B/year on water treatment and recycling in the Permian alone, while 2M+ tons of cotton gin waste sits in the same Texas counties waiting to be disposed. 

  • The Coco Core (Gowtham Velu: McCombs School of Business)

    - Coco Core converts coconut husk waste from farms in Tamil Nadu into premium coco coir growing media, sold in the U.S. as a sustainable alternative to peat moss. We solve two linked problems: peat harvesting releases centuries of stored carbon from drained bogs, while Indian coconut farmers burn their husks as waste, polluting the air and losing a potential income stream.

The UT | TEX‑E Accelerator is part of the Texas Exchange for Climate & Energy Entrepreneurship (TEX‑E), a collaboration among The University of Texas at Austin, partner universities across Texas, and innovation leaders Greentown Labs and MIT, focused on strengthening the climate and energy innovation ecosystem in Texas.

We look forward to supporting these teams throughout the summer as they refine their strategies, validate their business models, and prepare for future investor and market opportunities.

 

TEX-E: Texas Exchange for Energy & Climate Entrepreneurship

TEX-E: Texas Exchange for Energy & Climate Entrepreneurship is a first-of-a-kind collaboration among The University of Texas at Austin, Texas A&M University, University of Houston, Rice University, Prairie View A&M University, Greentown Labs, and MIT’s Martin Trust Center for Entrepreneurship, to create a powerful student-driven energy and climate entrepreneurship ecosystem in Texas. 

Why TEX-E and UT Austin? TEX-E is building a bridge between Texas and Boston. Texas has long been known as the energy capital of the world. However, to lead the world into the energy future, Texas must continue to attract and retain talent by creating a strong, vibrant innovation ecosystem to support the next generation of entrepreneurs and companies. The core elements necessary to build this ecosystem are already in place. Texas universities attract a rich and enormous pool of talent, with deep and long-standing connections to the energy industry that must ultimately bring new innovations to scale. UT Austin is well-known for doing energy research that matters and quickly bringing it to scale—conceiving of new ideas, making discoveries, and utilizing its many demonstration and test sites to take new technologies from the lab into the field. UT has also helped establish Austin, Texas, as the “Silicon Hills” of innovation and is home to Austin Technology Incubator (ATI), the longest running technology incubator in the nation, with one of the oldest programs for energy and clean tech startups. In Boston, the Martin Trust Center for MIT Entrepreneurship is the driving force of MIT’s entrepreneurial education curriculum, and Greentown Labs is North America’s largest climatetech incubator—both have a proven track record of launching and scaling climatetech startups. Given the collective energy and climate expertise and innovation capacity of these institutions, bringing them together into one collaborative program—TEX-E—provides UT’s students with unprecedented opportunities to shape the energy industry of the future. 

Timeline and Goals. Now in its fourth year, the TEX-E brand and program continue to scale and gain influence across UT campus and the region. More students than ever are attending UT’s many energy/sustainability/entrepreneurship events, especially TEX-E-sponsored events, as well as taking the Energy Ventures class out of the Brumley Institute for Graduate Entrepreneurship and participating in the TEX-E Fellows program, the TEX-E startup accelerator program, and other student-focused startup incubator programs like the Smart Energy Call for Innovation (C4i) hosted by Genesis, UT’s startup fund. UT’s TEX-E program has quickly established itself as a model other universities can adopt and continues to grow in both presence and impact. 

TEX-E Programs

TEX-E Fellows

This year-long program connects students from University of Houston, Rice University, UT Austin, Texas A&M University, Prairie View A&M University, and MIT, to the energy and climate innovation ecosystem via exclusive events, industry introductions, tailored programming, and more. 

TEX-E Prize

Each year TEX-E hosts the TEX-E Prize–a pitch competition with cash prize totaling $50,000 for Texas university students working on an energy or climate startup. The Prize is a part of CERAWeek’s Energy Venture Day and Pitch Competition, hosted by the Houston Energy Transition Initiative (HETI) and the Rice Alliance for Technology and Entrepreneurship. 

TEX-E Bootcamps

The TEX-E Bootcamps, held in the Fall and Spring, are premier programming weekend-long events tailored to university students interested in learning more about entrepreneurship, launching successful startups, and the energy transition. The workshops consist of keynote speakers, presentations, and collaborative entrepreneurship projects that are pitched to a panel of industry judges on the final day. UT will provide travel and lodging stipends for UT attendees.

UT | TEX-E Accelerator Program 

The UT | TEX‑E Accelerator Program is offering start-ups in climate and energy led by students from The University of Texas at Austin (UT Austin) $10,000 in non‑dilutive funding to advance technology development, customer discovery, and commercialization efforts.

The program lasts for three months over the summer, beginning on June 1. Teams meet once each month with an Accelerator Advisory Board with domain expertise to help guide the founders with targeted milestones to help refine strategy, validate the business model and value proposition, and prepare the team for investor‑facing opportunities. 

The program is part of the Texas Exchange for Climate & Energy Entrepreneurship (TEX‑E), a collaboration between UT Austin, partnering universities in Texas and innovation leaders, Greentown Labs and MIT, focused on growing the entrepreneurial energy and climate innovation ecosystem in Texas. 

TEX-E Opportunities

Event Status
Scheduled
Date and time: Sunday September 13, 2026 - Friday September 18, 2026, All day
From the moon landing to the energy transition, Houston has always been America's launchpad. As the nation turns 250, AI and energy are colliding. HECW is where builders, backers, and believers come together to write the next chapter.
Event Status
Scheduled
Date and time: Friday October 2, 2026, 6:00 pm - Sunday October 4, 2026, 6:00 pm
A 3-day energy and climate entrepreneurship bootcamp for students across Texas. Build real solutions, gain startup experience, and connect with leaders in the energy transition.

TEX-E Fellows 2026-2027

Brennan Lee

Undergraduate Student, Finance & Sustainability Studies

Brian White

MBA Candidate, McCombs School of Business

Caroline Peach

Canfield Business Honors Sophomore at UT Austin

Colin Carroll

Undergraduate Student, Mcketta Department of Chemical Engineering

Hailey Clingan

Undergraduate Student in Environmental Engineering, Webber Energy Group

Hamad Alsaiari

Masters Student in Operations Research, Cockrell School of Engineering

Jeremy McMahan

Undergraduate Student Corporate Communications, McCombs School of Business

Jong Hyun (Ethan) Rho

Ph.D. Candidate, Mcketta Department of Chemical Engineering

Judi Aly

Canfield Business Honors Student at UT Austin

Lyle Seeligson

Dual-degree graduate student at the Jackson School of Geogiences and LBJ School of Public Affairs

Matthaios Giakoumi

Ph.D. Candidate at the Hildebrand Department of Petroleum and Geosystems

Mohammad Reza Ghorbanali Zadegan

Ph.D. Candidate in Civil Engineering, Cockrell School of Engineering

Mumini Osuolale

Ph.D. Student in Sustainability, School of Architecture

Natalie Sherman

Environmental Geosciences Major and Energy Management Minor, College of Liberal Arts

Ritvick Palanikumar

Environmental Engineering + Statistics/Data Science, Cockrell School of Engineering

Robert Lehr

PhD Student in Civil and Sustainable Systems Engineering, Cockrell School of Engineering

Sam Mercer

Ph.D. Student, McKetta Department of Chemical Engineering

Simón Montoya Bedoya

Ph.D. student in Mechanical Engineering, Cockrell School of Engineering

Tejaswini Kalikiri

Undergraduate Student, Electrical and Computer Engineering, Cockrell School of Engineering

Tessie Le

Chemical Engineering Honors Student, Cockrell School of Engineering

Yeondoo Jeong

MBA and an M.A. Student in Energy and Earth Resources, Jackson School of Geosciences