10 Summer Engineering Programs for Middle School Students in Texas
- Stephen Turban
- 14 minutes ago
- 7 min read
Summer engineering programs can help middle school students explore STEM interests early while developing practical skills that go beyond classroom learning. Through hands-on projects, design challenges, and collaborative activities, these programs introduce you to engineering concepts used in fields such as robotics, aerospace, computer science, and mechanical design. Many programs also provide exposure to college-style academics, university campuses, and professional environments, helping you better understand how engineers solve real-world problems.
Texas is home to major engineering industries, including aerospace, energy, technology, biomedical research, and advanced manufacturing, making it a strong location for students interested in STEM exploration. We’ve narrowed this list of summer engineering programs for middle school students in Texas to those that are academically rigorous, highly selective, well-funded, or hosted by prestigious universities and organizations. Many of the programs below also offer mentorship opportunities, collaborative engineering projects, networking exposure, or access to advanced laboratory environments. Whether you are interested in robotics, aerospace engineering, coding, or interdisciplinary STEM research, these summer engineering programs for middle school students in Texas provide structured opportunities to explore engineering in depth at an early stage.
Acceptance rate/cohort size: Selective; cohort size not publicly available
Location: Online
Cost: Varies, financial aid available
Dates: Multiple cohorts; ~8 weeks
Application Deadline: Rolling admissions
Eligibility: Students in grades 6–8
The Lumiere Junior Explorer Program is a mentor-guided enrichment program that lets you explore engineering and related STEM topics through project-based learning and individualized support. Depending on your interests, you can study areas such as robotics, coding, artificial intelligence, engineering design, data science, or computational problem-solving. Throughout the program, you will work closely with a mentor while developing an independent project tailored to your academic interests and skill level. The curriculum emphasizes analytical thinking, collaboration, research, and communication through guided discussions and presentations. A key feature of the program is the opportunity to receive personalized mentorship while exploring advanced engineering concepts in a flexible online format. Since the program is fully virtual, you can participate from anywhere in Texas without the need to relocate or commute.
Acceptance rate/cohort size: Limited; first-come, first-served with capped enrollment
Location: Rice University, Houston, TX
Cost: $499/week; scholarships available
Dates: June 9 – June 13 (weekdays, 9 AM–3 PM)
Application Deadline: Scholarship deadline typically mid-April; registration closes when full
Eligibility: Open to students in grades 6–7
The iRIDE Academy is a hands-on engineering program that introduces you to real-world problem-solving through collaborative design challenges and applied STEM activities. You will begin by learning foundational engineering concepts, then work in teams to design, test, and improve solutions using the engineering design process. Throughout the program, you will participate in project-based activities that encourage creativity, critical thinking, and teamwork. You will also have opportunities to interact with guest speakers and STEM professionals, including representatives from organizations such as NASA, helping you learn more about engineering career pathways. One of the program’s main highlights is the capstone project, where you apply the concepts you’ve learned to develop a solution to a practical engineering problem. By the end of the program, you will strengthen your collaboration, problem-solving, and engineering design skills in a university-based learning environment.
Acceptance rate/cohort size: Selective; small cohort groups
Location: Online
Cost: Varies, financial aid available
Dates: 2-week or 10-week formats
Application Deadline: Rolling admissions
Eligibility: Grades 6–8; no prior coding required
In this program, you will explore core concepts in artificial intelligence, machine learning, and data analysis through interactive lessons and collaborative projects. While the curriculum is centered on AI, the skills you develop can also support interests in engineering fields that rely on automation, robotics, predictive modeling, and computational design. You will work on a group project where you apply concepts such as regression, classification, and predictive analytics to practical scenarios. The program combines live lectures with small-group sessions, giving you opportunities to balance guided instruction with teamwork and discussion. Through project-based learning, you will also strengthen your analytical thinking, collaboration, and technical problem-solving skills.
Acceptance rate/cohort size: Selective; cohort-based
Location: University of Texas at Austin, Austin, TX
Cost: $2,700; scholarships available
Dates: June 15 – July 23
Application Deadline: Not publicly specified
Eligibility: Students completing grades 6–7 with an interest in STEM
UT PREP is a rigorous STEM enrichment program where you will study subjects such as logic, mathematical problem-solving, engineering, and analytical reasoning in a structured academic environment. The curriculum is designed to strengthen both conceptual understanding and practical application through classroom instruction, collaborative exercises, and interactive activities. Throughout the program, you will explore advanced STEM concepts while developing critical thinking and quantitative reasoning skills. You will also gain exposure to university life through access to campus facilities and research labs, as well as interactions with engineers, faculty members, and STEM professionals. One of the program’s most distinctive features is its multi-year pathway structure, which allows you to continue into progressively advanced UT PREP levels in future summers. By participating, you will build a strong foundation in STEM while experiencing college-level academics in a university setting.
Acceptance rate/cohort size: Open enrollment; class sizes vary by program
Location: The John Cooper School, The Woodlands, TX
Cost: Most programs cost $250 per AM or PM session; specialty camps may cost more
Dates: Multiple weekly sessions from June 1 – July 3
Application Deadline: Rolling registration until programs fill
Eligibility: Students entering grades 6–8 (varies by camp)
The John Cooper School’s summer programs offer several engineering and technology-focused options for middle school students, including Computer Programming (Python), Robotics with VEX IQ, and STEM Explorers camps. Depending on the program you choose, you will learn foundational coding concepts, robotics design, engineering problem-solving, and computational thinking through hands-on activities and collaborative projects. Courses such as Python programming introduce you to coding logic and software fundamentals, while robotics camps allow you to build and test engineering systems using VEX IQ platforms. The programs are designed in shorter weekly formats, making them flexible if you want to explore specific STEM topics without committing to a long residential program. The variety of STEM-focused sessions lets you combine engineering, coding, robotics, and leadership activities over multiple weeks based on your interests.
Acceptance rate/cohort size: Limited; first-come, first-served
Location: Texas A&M University, College Station, TX
Cost: ~$425 (day camp) / varies for overnight camps; scholarships may be available
Dates: Multiple one-week summer sessions
Application Deadline: Registration opens seasonally and closes when full
Eligibility: Students entering grades 6–12 (middle school students eligible for junior high camps)
Aggie STEM Summer Camps are hands-on STEM programs where you will explore engineering, mathematics, and technology through collaborative projects and practical design challenges. During the program, you will participate in activities focused on engineering design, mathematical modeling, and the use of advanced technical tools to solve real-world problems. The camps are taught by Texas A&M faculty members and STEM professionals, giving you exposure to both academic research and industry applications. Depending on your preference, you can choose between day camps and residential camp formats, both of which emphasize teamwork and project-based learning.
Acceptance rate/cohort size: Open enrollment; space may be limited by location
Location: Austin, TX
Cost: Varies by camp location and session; financial assistance may be available
Dates: Week-long summer camp sessions throughout the summer
Application Deadline: Rolling registration until camps fill
Eligibility: Girls entering grades 4–8
Girlstart Summer Camp is a STEM-focused enrichment program where you will explore science, technology, engineering, and math through hands-on activities and collaborative projects. The camp is designed specifically to encourage girls to engage with STEM subjects in an interactive and supportive learning environment. Throughout the program, you will participate in engineering challenges, problem-solving activities, and applied STEM experiments that connect technical concepts to real-world situations. The curriculum combines structured instruction with creative exploration to help you build confidence and strengthen your understanding of STEM topics.
Acceptance rate/cohort size: Limited to 20 students per session
Location: Southern Methodist University, Dallas, TX
Cost: $600
Dates: Boys Only Camp: July 6–10, Girls Only Camp: July 13–17, Co-ed Camp: July 20–24
Application Deadline: Applications open February 9 – April 5
Eligibility: Rising 7th and 8th grade students
The Introduction to Engineering camp at SMU is designed for middle school students who have little or no prior experience with engineering or integrated STEM programs. During the camp, you will explore foundational concepts in electrical, mechanical, civil, environmental, and computer engineering through hands-on activities and collaborative design projects. The curriculum is structured around the engineering design process, allowing you to learn how engineers approach problem-solving, testing, and prototyping in real-world situations. You will work closely with mentors, including SMU engineering students and college STEM students from the Dallas–Fort Worth area, who provide classroom support and guidance throughout the week.
Acceptance rate/cohort size: Limited enrollment
Location: University of North Texas, Denton, TX
Cost: $400
Dates: June 9–13
Application Deadline: Registration open until spots fill
Eligibility: Students ages 14+ entering grades 9–12
The Future Engineers Summer Camp at the University of North Texas introduces you to mechanical engineering concepts through hands-on design projects and laboratory-based STEM activities. During the program, you will explore topics such as solar and wind energy, 3D printing, aluminum sandcasting, injection molding, and engineering fabrication techniques. You will also build projects such as solar-powered cars while learning how engineers apply scientific principles to real-world design challenges. The camp combines classroom instruction with interactive lab experiences, giving you exposure to engineering tools, manufacturing processes, and applied problem-solving. One of the program’s key strengths is its emphasis on experiential learning through engineering workshops and fabrication activities conducted in university facilities. By the end of the camp, you will have developed practical engineering, design, and teamwork skills while gaining insight into mechanical engineering pathways and university-level STEM environments.
Acceptance rate/cohort size: Limited enrollment
Location: University of Texas at San Antonio, San Antonio, TX
Cost: Robotics Camp: $150 + processing fee | Sound and Stitch Coding Camp: $300 + processing fee
Dates: Sound and Stitch Coding Camp: June 22 – 25, Youth Robotics Summer Camp: July 6 – July 10
Application Deadline: Registration closes when camps fill
Eligibility: Middle school students
UTSA’s Klesse College Summer Camps introduce you to engineering, robotics, coding, and creative technology through hands-on STEM activities and collaborative projects. In the Youth Robotics Summer Camp, you will build and program robots while learning about drivetrain systems, servo mechanisms, and Java-based robotics programming before participating in a final robotics competition. The program also includes lab tours and invited talks that expose you to STEM careers and university-level engineering environments. If you are interested in creative coding, the Sound and Stitch Coding Camp lets you explore programming through music composition, embroidery design, and beginner-level Python-based digital art projects. A notable feature of these camps is their interdisciplinary approach, combining engineering, coding, robotics, art, and design through project-based learning.
Stephen is one of the founders of Lumiere and a Harvard College graduate. He founded Lumiere as a Ph.D. student at Harvard Business School. Lumiere is a selective research program where students work 1-1 with a research mentor to develop an independent research paper.