Our Impact and Reach
Texas Computer Science Pipeline
The Texas Computer Science Pipeline (TXCSP) was funded by the Texas Legislature through the Texas Higher Education Coordinating Board to recruit and train computer science (CS) educators and expand CS education in K-12 schools. The investment will help build a local workforce trained to use advanced technology across sectors.
- In 2024–2025, the TXCSP served 2,952 K-12 educators across all 31 of the state senate districts and 145 of the 150 state house districts.
- The educators participating in the TXCSP taught 268,831 students CS or technology applications and were in 445 school districts and 1,169 schools.
- New TXCSP initiatives include Launch Middle School, Tech Apps TEKS training, Texas CS PD week workshops, the Texas SAGE CS Teacher Mentor pilot, WeTeach_CS Family Engagement, and the WeTeach_Quantum Hub.
- “The TXCSP will help prepare today’s students for the jobs of tomorrow.”
Hot Science – Cool Talks
Hot Science – Cool Talks (HSCT) is a STEM series presenting world-class research by leading scientists to learners of all ages. The program fosters exploration and community connection through immersive, family-friendly events consisting of hands-on STEM activities and a dynamic scientific talk.
- This Fall, HSCT engaged 1,485 attendees and 25 local organizations in three on-campus events.
- Recordings of each event are available on the ESI YouTube.
- “Attending was a powerful reminder of how science isn’t just done in universities or labs. It includes and depends on the public… It was a great way to build community around real, active research” — UT Undergraduate Student.
UTeach Outreach Summer Camps
UTeach Outreach inspires and engages 3rd-12th graders with a variety of STEM summer camps. Its largest program, the UT PREP Summer STEM Pathway, provides advanced content, career exploration opportunities, and mentorship to middle and high school students for four summers.
- 497 campers served, including 281 UT PREP graduates.
- 94% of UT PREP graduates reported interest in pursuing a college degree in STEM.
- 16 former UT PREP students on staff.
- “UT PREP has been integral in my academic career. From being a student myself to becoming an intern instructor, I’ve developed strong problem-solving and leadership skills while applying technical knowledge in real settings. These experiences not only supported my academic growth but also helped me shape my career path!” – Marie E., UT PREP ’21, Computer Science Intern ’25.
UT Austin Women in STEM Summer Camps & Academies
Women in STEM (WiSTEM) in-person summer camps and virtual academies provide rising 10th through 12th-grade high school students with the opportunity to explore STEM college majors and career paths, gain hands-on STEM experiences and STEM career skills, connect with STEM role models, and learn about university resources and the admissions process. View Impact Report.
- 251 camp or academy participants with a total of 355 camp or academy engagements.
- After camps and academies, 95% of participants agreed or strongly agreed with the following statement: “I am interested in STEM-related career opportunities.”
- “It was such a pleasure to meet [all] of the partners and role models. They have all inspired me to continue my pursuit of STEM.”
UTeach Computer Science
UTeach Computer Science is celebrating 10 years of empowering educators to become successful CS and Cybersecurity teachers through expert-led professional development, project-based curriculum, and on-demand support.
- UTeach CS has supported more than 1,600 teachers and 80,000 students across 13 countries, 44 states, D.C., and Guam.
- Students using the UTeach CS curriculum have consistently outperformed national averages by 3–5% on AP CS exams.
- “By far, the UTeach curriculum is easiest on the teacher and really enjoyable for students. The lesson plans are artfully crafted. The PD is exceptional. I highly recommend UTeach if you’re looking for a better way to teach CS!”
UTeach Institute
The UTeach Institute partners with universities across the country to replicate the innovative UTeach Natural Sciences teacher preparation program developed at UT to produce high-quality secondary STEM teachers. UTeach programs produce well-prepared teachers who stay in teaching longer and improve student performance in math and science. View Impact Report.
- UTeach programs are in 53 universities across the nation, including 12 in Texas, and have produced 9,500+ graduates.
- UTeach graduates are projected to teach more than 1 million STEM students annually by 2028.
- “Everything I accomplished in the UTeach program prepared me to feel teaching-ready. This program is incredibly strong, and I can’t overstate how much it helped me get to where I am today.”
UTeach Natural Sciences
UTeach Natural Sciences prepares STEM majors to become highly effective math and science teachers in middle and high schools — without adding time or cost to their degree. UTeach students begin teaching inquiry-based lessons in K–12 classrooms from their very first course. Students become part of a supportive UTeach community while they’re in the program and after they graduate and have their own classrooms. View Impact Report.
- UTeach Natural Sciences graduates are teaching in 174 school districts in 26 states and internationally.
- Based on the success of UTeach Natural Sciences, more than 50 universities across the country have started their own UTeach programs.
- “You engaged us and made us actually look at how things worked and why they worked, not only in problems, but also in practical applications. You really changed my love of science into an understanding of what I want to do for a living.”
Texas Advanced Computing Center (TACC) Education & Outreach Tours
TACC Tours provide exposure to career opportunities, an overview of TACC resources, and broaden the awareness of high-performance computing.
- Provided 86 tours in 2025.
- 87% of tours engaged K-12 students, educators, and college/university constituents.
- Over 3089 visitors have learned about supercomputing, artificial intelligence, computer programming, and academic and industry pathways within computing.