Houston is not the first city most people think of when it comes to high school research opportunities, but it should be. The Texas Medical Center—the largest medical complex in the world—Rice University, NASA's Johnson Space Center, and a growing biotech sector make Houston one of the best cities in the country for students who want real research experience.
The advantage of Houston over coastal research hubs is that the competition for spots, while still significant, is generally less intense than at Stanford or MIT-affiliated programs. If you are strategic about your applications, your odds are genuinely good.
The Texas Medical Center (TMC) is Houston's crown jewel for research opportunities. With over 60 institutions, including MD Anderson Cancer Center, Baylor College of Medicine, Houston Methodist, and Texas Children's Hospital, the concentration of medical research is unmatched globally.
Focus: Cancer research, biomedical sciences Duration: 8-10 weeks (summer) Cost: Free (stipend provided) Acceptance Rate: ~10-15%
MD Anderson's summer program places students in research labs focused on cancer biology, immunology, genetics, drug development, and computational biology. Students work alongside postdocs and research scientists on active projects and present their findings at an end-of-summer symposium.
Pros:
- MD Anderson is the top-ranked cancer center in the country
- Stipend provided
- Exposure to cutting-edge cancer research
- Strong mentorship structure
- Excellent for students interested in medicine or biology
Cons:
- Focused on cancer/biomedical research only
- Competitive admissions
- Requires daily commute to the Medical Center
- Most positions require students to be at least 16
Focus: Biomedical research Duration: 8 weeks (summer) Cost: Free (stipend available) Acceptance Rate: ~10-15%
The Summer Medical and Research Training (SMART) program at Baylor is one of the better-known high school research programs in Texas. Students are assigned to research labs and work on projects spanning genetics, neuroscience, infectious disease, and cell biology.
Pros:
- Baylor's research faculty is world-class
- Structured program with regular workshops and seminars
- Free with stipend
- Diverse range of biomedical topics
Cons:
- Limited to biomedical research
- Competitive
- Requires Houston-area residency or relocation
- No formal publication pathway
Focus: Translational medicine, biomedical engineering Duration: 6-8 weeks (summer) Cost: Free Acceptance Rate: ~15-20%
Houston Methodist offers research positions for high school students in its labs focused on nanotechnology, regenerative medicine, cardiovascular research, and surgical innovation. The translational focus means you are closer to real-world medical applications than in a basic science lab.
Pros:
- Translational research focus is unique and compelling
- Smaller program with more personalized attention
- Access to cutting-edge medical technology
- Less competitive than MD Anderson or Baylor
Cons:
- Less name recognition than MD Anderson
- Limited spots
- Biomedical focus only
- Project scope may be limited by short duration
Texas Children's Hospital, affiliated with Baylor College of Medicine, occasionally offers research internships for high school students in pediatric research. Areas include childhood cancer, infectious disease, and developmental biology. Check their website in January for application information.
Focus: Various STEM disciplines Duration: 2-6 weeks (summer) Cost: Varies (some free, some tuition-based) Acceptance Rate: ~15-25%
Rice offers several summer programs with research components across engineering, natural sciences, and computer science. The Tapia Center for Excellence and Equity in Education runs outreach programs that connect high school students with Rice researchers.
Pros:
- Rice is a top-20 research university with a collaborative culture
- Smaller university means more personal attention
- Strong engineering and CS programs
- Houston location is more affordable than coastal cities
Cons:
- Programs are less established than TMC offerings
- Some require tuition
- Research depth varies by program
- Limited spots
Rice's campus culture is relatively open, and many faculty members are willing to mentor high school students informally. The key is making direct contact.
How to approach Rice faculty:
- Browse the Rice research directory to find faculty in your area of interest
- Read at least one of their recent papers
- Send a concise email explaining your interest, what you have already done (coursework, projects, relevant reading), and what you hope to contribute
- Be specific—"I am interested in your work on perovskite solar cells" is far stronger than "I am interested in chemistry"
Our guide to emailing professors for research has templates that have worked for students in similar situations.
NASA JSC is one of Houston's most unique research assets, and several programs are available to high school students.
Focus: Engineering, hardware design, 3D printing Duration: Academic year Cost: Free Acceptance Rate: School-based (your school must participate)
HUNCH is a NASA program where high school students design and build hardware that is actually used on the International Space Station and in NASA operations. If your school participates, this is one of the most impressive research and engineering experiences available to any high school student in the country.
Pros:
- Your work literally goes to space
- Real engineering challenges with real constraints
- Free
- Team-based but produces tangible outcomes
- Extraordinary college application material
Cons:
- Requires your school to be a HUNCH partner
- Engineering/hardware focus (not pure research)
- Quality depends on the teacher and school program
- Not available at all Houston schools
Focus: Aerospace engineering, planetary science, life sciences, data science Duration: 10-16 weeks (summer or academic year) Cost: Free (stipend provided for some positions) Acceptance Rate: Competitive
NASA offers internships at Johnson Space Center for students 16 and older. These are genuine research and engineering positions, not tours or shadowing. Interns work on real NASA projects under the mentorship of NASA scientists and engineers.
Pros:
- NASA's name and the quality of work are unmatched
- Stipend provided for most positions
- Exposure to aerospace research that does not exist anywhere else
- Strong for any STEM college application
Cons:
- Highly competitive nationally
- U.S. citizenship required
- Must be at least 16
- JSC location can be a long commute from some parts of Houston
While not research programs per se, Space Center Houston offers workshops, camps, and educational programs that can spark interest and build foundational knowledge in space science and engineering.
Focus: Various STEM fields Duration: Summer and academic year options Cost: Free for many programs Acceptance Rate: ~20-30%
UH runs several outreach programs connecting high school students with research opportunities in engineering, biology, pharmacy, and computer science. The admissions bar is generally lower than at Rice or TMC institutions, making these good options for students building their research profiles.
Pros:
- More accessible than elite programs
- Wide range of STEM disciplines
- UH faculty are often eager for motivated high school help
- Good stepping stone for more competitive applications later
Cons:
- Less name recognition than Rice or TMC
- Program quality varies
- May be less structured than flagship programs
- Limited funding for some programs
The University of Houston has significant research infrastructure in energy—oil and gas, renewables, and energy policy. Students interested in energy research may find unique opportunities here that are not available in other cities.
Open to: Houston-area high school and middle school students Timeline: Regional fairs in January-February, city fair in February-March Cost: Free
SEFH is the primary regional science fair for the Houston area and feeds into the Texas State Science Fair and ISEF. Houston's fair is large and competitive, with strong participation from magnet and STEM-focused schools.
Tips for standing out:
- Choose a topic with genuine novelty—judges see the same projects year after year
- If possible, conduct your research at a university or hospital lab (this is feasible in Houston given the TMC access)
- Focus on rigorous methodology and honest analysis of results
- Present your work clearly and be prepared for tough questions
- Read our science fair presentation guide for detailed advice
Students who advance from SEFH compete at the state level. Texas is one of the largest and most competitive states for science fairs, so placing well here is a significant achievement.
Houston students are well-positioned for national competitions given the research resources available locally. Students working at TMC institutions have produced particularly strong entries. Our ISEF qualification guide covers the full pathway.
Houston's local options are strong, particularly in biomedical research. But remote research makes sense when:
- Your interest is not biomedical. Houston's research ecosystem is heavily medical. If you want to study computer science theory, linguistics, environmental policy, or astrophysics, your local options are more limited.
- You cannot commute to the Medical Center. Houston is enormous. A daily commute from Katy or Sugar Land to the TMC can take over an hour each way.
- You want guaranteed mentorship. Competitive programs may reject you. A remote program provides a reliable alternative.
- You want to publish. Many local programs end with a poster. If peer-reviewed publication is your goal, a program designed for that outcome is more effective.
Focus: All STEM disciplines Duration: Flexible (typically 3-6 months) Cost: Paid program Format: Fully remote, 1-on-1 mentorship
The YRI Fellowship is a strong choice for Houston students who want research mentorship beyond the biomedical focus that dominates local options. Each student is paired with a PhD-level mentor and works on an original research project in their area of interest.
Key advantages for Houston students:
- Research in any STEM field, not just medicine
- No commuting across Houston's sprawl
- 1-on-1 mentorship instead of group lab settings
- Designed to produce peer-reviewed publications
- Flexible schedule around school and extracurriculars
- Proven results—students have published in IEEE and won major science fairs
Explore student results or learn how the program works.
September-October: Begin exploring research topics. Read papers, attend lab tours, and identify what interests you. If you want to start research immediately, apply to year-round remote programs like YRI.
November-December: Prepare application materials. Draft personal statements, update your resume, and ask teachers for recommendation letters. Identify 4-6 programs to apply to.
January-February: Submit applications to MD Anderson, Baylor SMART, Rice, and NASA programs. Most deadlines fall in this window.
March-April: Receive decisions. If accepted, prepare for your summer program. If not, activate your backup plan—remote programs, independent research with a teacher, or science fair preparation.
May-August: Conduct research. Whether in-person or remote, focus on producing meaningful results.
September onward: Continue your research. The best projects extend beyond summer. Submit to science fairs, seek publication, and incorporate your research into college applications.
For biomedical research, MD Anderson and Baylor SMART are the top options. For engineering, NASA HUNCH and JSC internships are exceptional. For flexibility across all STEM fields with a focus on publication, the YRI Fellowship is a leading remote option. The best program depends on your specific interests and goals.
Yes. MD Anderson, Baylor, Houston Methodist, and Texas Children's all offer programs for high school students. Most require you to be at least 16 and available for 6-10 weeks during summer. Start your applications in January.
Apply through the NASA STEM Gateway portal, typically open in the fall for summer positions. You must be a U.S. citizen, at least 16 years old, and enrolled in school. Having prior STEM experience (science fairs, relevant coursework, or previous research) strengthens your application significantly.
Most of the top programs (MD Anderson, Baylor SMART, NASA) are free and some provide stipends. Rice and UH programs vary—some charge tuition while others are funded. Remote programs like YRI are paid but offer a different value proposition focused on individual mentorship and publication.
Start exploring in the fall of the year before you want to participate. Most applications are due in January-February. Begin building your research skills—reading papers, learning basic statistics, identifying research questions—well before application deadlines.
Houston's research ecosystem is strongest in biomedical sciences and aerospace. For fields like environmental science, psychology, computer science, or social sciences, you may want to supplement local options with remote programs that can connect you with the right mentor. The YRI Fellowship covers all STEM disciplines and matches you with a specialist in your area of interest.