Private Schools With Hands-On STEM Programs in Florida
- Dr. Matt Weinberg
- Jan 19
- 6 min read
Updated: 1 day ago
Florida parents searching for private schools with hands-on STEM programs are usually looking for more than a label. They want to know where students actually build, test, code, experiment, and solve real problems, not where they watch demonstrations or complete step-by-step worksheets with predetermined outcomes. Across the state, many private schools advertise STEM. Far fewer deliver the kind of experiential, integrated science and technology education that genuinely prepares students for what comes after graduation. This guide explains what real hands-on STEM looks like, how to evaluate it during a campus visit, and which Florida private schools are doing it well.
What hands-on STEM education actually looks like in practice
The clearest indicator of a genuine STEM program is not the equipment in the room. It is what students are doing with it. In programs where STEM is authentically embedded, students regularly design and build physical or digital projects from their own specifications, apply mathematics and science to problems that do not have a single correct answer, work with robotics platforms and coding environments to create rather than consume, collaborate with peers to test ideas, encounter failure, and iterate toward better solutions, and connect STEM thinking across subjects rather than treating science as a separate period that ends when the bell rings.
Programs that fall short tend to rely on prescribed lab procedures where the outcome is known in advance, limit STEM activity to a single dedicated class rather than weaving it through the curriculum, and introduce technology at the high school level as an elective rather than building toward it progressively from the earliest grades. The difference between these two approaches is significant and visible within about twenty minutes of watching a class in session.
How to evaluate a STEM program before enrolling
A campus visit is the right tool for this assessment, and the questions worth asking are specific. Ask how often students work on hands-on projects each week, not just in science class but across subjects. Ask to see recent student work or portfolios rather than marketing materials. Ask whether teachers have training in project-based instruction and how that shows up in their daily practice. Ask how early in the grade progression STEM learning begins and whether it is integrated into the core curriculum or delivered as standalone enrichment.
Schools with strong programs can answer all of these questions clearly and back them up with evidence. Schools where STEM is primarily a branding exercise tend to answer in generalities and redirect toward facilities rather than student outcomes. The distinction becomes obvious when you know what to listen for.
The Barrett School, Destin: hands-on STEM from Pre-K4 through 12th grade
For families in Northwest Florida, The Barrett School in Destin stands out as one of the region's most forward-thinking private schools for genuine hands-on STEM education. The program has been recognized with a Top STEM Education Award in Florida, and the approach behind that recognition is visible at every grade level.
STEM embedded across every grade, not reserved for high school
Most schools introduce serious STEM work at the middle or high school level. Barrett begins in Early School, where age-appropriate robotics tools, coding concepts, and project-based problem-solving are built into the learning experience from Pre-K4 onward. By the time students reach the upper grades, they are not being introduced to STEM thinking for the first time. They have been developing it for years.
Across all divisions, the full programs structure integrates STEM into core academic subjects rather than siloing it into a single class. Students connect mathematical reasoning to engineering challenges, apply scientific thinking to environmental projects like the school's rooftop hydroponic tower gardens and weather station, and develop the kind of iterative problem-solving mindset that shows up not just in science but in how they approach every discipline.
Small class sizes amplify all of this. When a teacher has eight to twelve students rather than twenty-five or thirty, every student participates in hands-on work rather than observing from the back of the room. The mentorship that small classes enable is what turns a good STEM curriculum into a genuinely transformative learning experience.
Dual enrollment and advanced science in the upper school
At the upper school level, Barrett's STEM programming extends into dual enrollment through partnerships with Arizona State University and the University of South Florida. Students can take college-level science and technology coursework for transferable credit while still in high school, supported by Barrett faculty throughout. Electives including robotics, biotech, digital media production, and an immersive virtual reality learning environment give students the opportunity to develop specialized skills alongside their standard academic coursework.
For families in Destin and across Northwest Florida considering where serious STEM education is available at the private school level, Barrett offers something genuinely rare: a program that begins in early childhood, grows in sophistication through every grade level, and culminates in university-level coursework before graduation.
Other Florida private schools recognized for hands-on STEM
South Florida
Pine Crest School in Fort Lauderdale and Boca Raton has strong engineering labs, active robotics teams, and applied science coursework across its upper school. Ransom Everglades School in Miami takes an inquiry-based approach to learning with rigorous STEM coursework at the secondary level, emphasizing original student research alongside standard academic preparation.
Central Florida
Lake Highland Preparatory School in Orlando features makerspaces, competitive robotics programs, and interdisciplinary STEM projects integrated across grade levels. The First Academy, also in Orlando, offers hands-on science labs and structured engineering pathways within a faith-based academic environment.
Tampa Bay
Berkeley Preparatory School in Tampa has developed dedicated innovation labs and a strong culture of project-based STEM instruction, particularly at the upper school level. Shorecrest Preparatory School in St. Petersburg takes an experiential learning approach with integrated technology across subjects and an emphasis on preparing students for STEM-related university programs.
North Florida
Maclay School in Tallahassee offers advanced science and engineering opportunities in the upper grades, with a curriculum that emphasizes rigorous academic preparation alongside extracurricular STEM involvement. Bolles School in Jacksonville has active robotics programs and applied STEM electives that extend the academic curriculum into competitive team environments.
Why experiential STEM learning matters beyond the classroom
The case for hands-on STEM education is not primarily about preparing students for careers in engineering or computer science, though it does that well. It is about the habits of mind that genuine problem-solving develops across every field. Students who learn to design a project, test it against real constraints, encounter failure, and iterate toward a better solution are developing critical thinking and resilience that transfers to every discipline and every professional environment they will encounter.
A student who graduates having genuinely built things, having written code that ran and broke and ran again, having applied mathematical reasoning to problems without predetermined answers, carries a different relationship to difficulty than one who has primarily studied these subjects from a textbook. That difference shows up in university performance, in professional adaptability, and in the confidence with which students approach work that requires them to figure things out rather than recall memorized procedures. STEM education that delivers this outcome is genuinely valuable. STEM education that does not is a missed opportunity regardless of how well it is marketed.
For families considering Barrett's broader approach to this kind of learning, the post on college credit, global experience, and service learning covers how the upper school program builds on the STEM foundation established in the earlier grades.
Visiting The Barrett School and evaluating the program in person
The best way to assess whether any STEM program is delivering what it promises is to visit during a regular school day and watch students at work. Ask to see the robotics lab. Ask to see a project in progress. Ask a student what they built last semester. The answers to those questions will tell you more about the quality of the program than any marketing material will.
Tours at The Barrett School in Destin are available by appointment and typically take under an hour. The campus visit page is the fastest way to schedule, and the admissions team can answer questions about specific grade-level programs, dual enrollment access, and the application process for families ready to move forward. Enrollment for 2026-2027 is open, and grade-level capacity at the Early School level fills earlier than most families expect.
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