13 Free Programs for Middle School Students in Florida
Programs can be a useful way for you to explore different interests and subjects while you are still in middle school. They allow you to build skills through structured activities and guided projects in areas like STEM, research, coding, and engineering. Many of these programs are free, making them more accessible while still giving you the opportunity to learn in collaborative and academic environments.
Why should you attend a program in Florida?
Florida is home to universities and organizations that offer a wide range of programs for middle school students across different subject areas. Depending on the program, you can explore topics such as artificial intelligence, environmental science, engineering, or data analysis through workshops, experiments, and technical projects. These opportunities can be worth considering, whether you are a Florida student looking for options nearby or an out-of-state student interested in exploring new learning environments.
In this blog, we’ve identified 13 free programs for middle school students in Florida to help you get started.
If you’re looking for online programs, check out our blog here.
1. FGCU Summer Research Opportunity
Location: Emergent Technologies Institute at the Florida Gulf Coast University campus, Fort Myers
Acceptance rate/Cohort size: Not specified
Dates: July 7 – 11 and July 14 – 18
Application deadline: Not specified
Eligibility: Middle school students
The FGCU Summer Research Opportunity introduces middle school students to the full process of scientific investigation through a structured, collaborative research experience. Working in small teams, you explore a real research question and learn how scientists move from forming a hypothesis to designing an experiment that tests it. Faculty mentors and student researchers guide you through field observations and laboratory activities that help you gather and interpret data. Projects are tied to scientific themes that connect classroom science with practical questions, encouraging you to examine patterns in natural systems and biological structures. Along the way, you practice documenting your findings, discussing results with peers, and refining your conclusions. The experience concludes with presentations where you explain your project and what your research revealed.
2. Veritas AI’s AI Trailblazers
Location: Virtual
Acceptance rate/cohort size: Selective
Application deadline: Rolling deadlines. You can apply to the program here.
Dates: 25 hours over 10 weeks (on weekends) during the spring cohort and 25 hours over 2 weeks (on weekdays) during the summer cohort.
Eligibility: Students in grades 6-8
AI Trailblazers introduces middle school students to the foundations of artificial intelligence through guided coding lessons and interactive technical projects. Early sessions focus on core programming skills before expanding into topics such as machine learning, pattern recognition, and neural networks. Through coding exercises and practical demonstrations, you begin to see how algorithms analyze data and make predictions. Mentors guide small groups through discussions about the ethical implications of AI technologies and the responsibilities involved in designing them. As the program progresses, you apply what you have learned by building a project that uses machine learning concepts to solve a problem or analyze a dataset. By the end, you have developed a working model or prototype that reflects your understanding of how AI systems function.
3. VCS Summer STEM Programs
Location: DeLand High School; Galaxy Middle School; Mainland High School; Pine Ridge High School; T. Dewitt Taylor Middle–High School
Acceptance rate/cohort size: Varies by site
Dates: Summer session dates vary by location (held during the summer break)
Application deadline: Registration required; deadlines shared through the Summer STEM information request form
Eligibility: Middle school students enrolled at participating Volusia County middle schools
The VCS Summer STEM Program introduces middle school students to science and engineering concepts through hands-on exploration and collaborative problem solving. Each session centers around practical projects that encourage you to experiment with ideas from robotics, coding, electronics, and engineering design. Rather than focusing only on theory, the program emphasizes building and testing solutions that demonstrate how technology works in real applications. Some activities include designing simple machines, programming robots, or experimenting with electronic circuits. Collaborative challenges foster teamwork as students work together to refine their designs and troubleshoot problems.
4. Lumiere Junior Explorer Program
Location: Remote
Acceptance rate/cohort size: Moderately selective
Dates: Multiple cohorts throughout the year
Application deadline: Multiple rolling deadlines for JEP cohorts across the year; you can apply using this application link
Eligibility: Students in grades 6 – 8
The Lumiere Junior Explorer Program introduces middle school students to the process of academic research through guided mentorship and structured inquiry. Initial sessions focus on exploring different academic fields and on learning how researchers identify meaningful questions. With guidance from a mentor, you gradually refine your interests into a focused topic that serves as the foundation for your independent project. Weekly meetings help you evaluate sources, organize evidence, and develop a clear research argument. As your project develops, you receive feedback that helps strengthen your analysis and presentation. The program concludes with a completed research output that demonstrates your ability to investigate and explain a complex idea.
5. YMCA Middle School Summer Camps
Location: Orange County middle school site locations
Acceptance rate/cohort size: Not selective
Dates: Multiple week-long camps available in the summer
Application deadline: Varies by camp
Eligibility: Students in grades 6 – 8
YMCA Middle School Summer Camps combine STEM exploration with creative and collaborative learning experiences designed for curious students. Each week centers on themed activities that let you rotate through hands-on sessions, including science challenges, digital media projects, and collaborative problem-solving exercises. In STEM-focused sessions, you might experiment with basic engineering designs, coding tasks, or science demonstrations. The schedule also incorporates creative activities that encourage teamwork and communication alongside technical learning. You work in small groups, collaborating with peers while counselors guide discussions and help troubleshoot projects.
6. Engineering For Kids – After-school Classes
Location: Franchise centers across the U.S., including Florida
Acceptance rate/cohort size: Open enrollment; class sizes usually range from 8 to 16 students
Dates: Available year-round during the academic calendar; summer camps and holiday workshops are also offered
Application deadline: Varies by location and program; early registration recommended
Eligibility: Students ages 4–14; grouped by age for appropriate curriculum
Engineering For Kids classes introduce middle school students to engineering concepts through short design challenges and technology-focused activities. Each lesson presents a problem that asks you to imagine possible solutions, build a prototype, and evaluate how well it works. Projects might include constructing bridges, designing rockets, experimenting with robotics, or exploring basic programming tools. The activities follow the engineering design process, encouraging you to test ideas and improve them through repeated experimentation. Some classes also incorporate digital tools such as beginner coding platforms or simple 3D modeling software. Through these practical challenges, you begin to see how engineering principles shape the technology and infrastructure used in everyday life.
7. FCGU’s Growing in Engineering, Math, and Science (GEMS)
Location: Florida Gulf Coast University, Fort Myers
Acceptance rate/Cohort size: Limited capacity
Dates: One-day sessions throughout the year; Events are announced one month in advance
Application deadline: Open until full
Eligibility: Regional middle school students
The Growing in Engineering, Math, and Science program introduces middle school students to STEM topics through interactive activities led by university mentors. Throughout the event, you rotate through hands-on workstations that explore environmental science, biotechnology, engineering design, and astronomy. Each activity focuses on experimenting with a scientific concept rather than simply learning about it through lectures. Faculty members and student mentors guide you through experiments and explain how the ideas connect to real research fields. You collaborate with peers on small investigations and discuss the results.
8. 4-H Programs
Location: Nationwide (organized by local county extension offices)
Acceptance rate/cohort size: Open enrollment; club sizes vary by county
Dates: Available year-round
Application deadline: Rolling; Sign up through your local 4-H office or extension website
Eligibility: Youth aged 5-18 with some state-specific variations; full participation begins at age 8, with Cloverbud programs for ages 5–7
4-H programs introduce middle school students to science and engineering through project-based learning guided by adult mentors and community volunteers. After joining a local club, you select a project area that matches your interests, such as robotics, environmental science, agriculture, or engineering design. Meetings focus on experimentation and hands-on work rather than lectures, encouraging students to explore ideas through building, testing, and observation. Many projects also incorporate leadership and communication skills, as participants explain their work during demonstrations or community events. Throughout the experience, mentors help you refine your ideas and understand the scientific principles behind your projects. The program often culminates in exhibitions or fairs where you showcase what you have created or discovered.
9. Bootstrap’s Data Science Course
Location: Offered through participating schools and educators nationwide
Acceptance rate/cohort size: Open to all students at participating schools; not selective
Dates: Varies by school or district; can run for several weeks or a full semester.
Application deadline: No formal application; students participate through their school.
Eligibility: Students in grades 8–12; typically offered in math, science, or computer science classes
Bootstrap’s Data Science Course introduces students to the fundamentals of statistics and data analysis through lessons integrated into school-based learning environments. Instead of functioning as a standalone camp, the program is taught within classrooms or school-organized sessions, allowing you to explore data concepts as part of your regular studies. You work with real datasets to learn how to calculate averages, interpret visual data, and draw conclusions from numerical information. Lessons are often connected to subjects like math, science, or social studies, helping you see how data analysis applies across disciplines. The curriculum is designed with research-backed methods and can be adapted by educators to match different learning levels.
10. Women’s Alliance in STEM and Humanities Summer Research Institute
Location: Remote
Acceptance rate/cohort size: Selective
Dates: Weekly sessions from June 22 to July 27
Application Deadline: May 21
Eligibility: Students in grades 6-11
The Women’s Alliance in STEM and Humanities Summer Research Institute introduces students to advanced STEM topics through interactive online seminars and small-group discussions. Each course explores a specialized subject such as number theory, computational neuroscience, or machine learning. Instructors guide you through the concepts step by step, combining explanations with problem-solving exercises and demonstrations. As the program progresses, you apply these ideas by developing a short research project connected to your chosen topic. Discussions with instructors and peers help you refine your approach and explore different ways of analyzing your results.
11. Stanford Middle School Scholars Program
Location: Remote
Acceptance rate/cohort size: Highly selective.
Dates: July 7 – 25
Application Deadline: March 20
Eligibility: U.S. students from low-income backgrounds in grades 6-7
The Stanford Middle School Scholars Program helps students strengthen academic skills and prepare for rigorous high school coursework through a structured learning community. During the program, you participate in interactive classes that explore topics such as analytical writing, mathematical reasoning, and academic study strategies. Small cohort sizes allow students to collaborate closely as they discuss ideas and work through challenging problems together. Course instructors guide conversations about goal setting, academic pathways, and preparing for selective educational opportunities. The program also encourages reflection on how curiosity and persistence contribute to long-term learning success.
12. Kode With Klossy Summer Camps
Location: Remote
Acceptance rate/cohort size: Not specified
Dates: Various two-week sessions in the summer
Application deadline: Not specified
Eligibility: Women and gender expansive teens who are 13 – 18 years old.
Kode With Klossy Summer Camps introduce students from underrepresented genders in tech to core programming skills through an intensive, project-based learning experience. You can choose from focused tracks such as web development, mobile app creation, data science, or machine learning, depending on your interests. Lessons guide you through programming languages like Python, JavaScript, and HTML/CSS while showing how these tools are used to build real applications. Working in small teams, you collaborate on projects such as designing websites, developing apps, or analyzing datasets to solve practical problems. Alongside technical instruction, the program also encourages discussions on topics such as algorithmic bias and inclusive technology design. By the end of the camp, you will have completed a polished project.
13. MIT Raise Workshops
Location: Online
Acceptance rate/cohort size: Not specified
Dates: Self-paced program; Takes over 10 hours
Application deadline: Varies by location
Eligibility: Upper elementary and middle school students
MIT RAISE Workshops introduce middle school students to artificial intelligence through structured, hands-on activities that balance accessibility with conceptual depth. Throughout the program, you explore key ideas, including how machines recognize patterns, learn from data, and interact with users. Activities are built using beginner-friendly platforms like Scratch, App Inventor, and Jupyter Notebooks, allowing you to experiment with AI concepts without needing advanced coding experience. As you progress, you gain insight into how intelligent systems process information and make decisions in practical contexts. The workshops also place a strong emphasis on ethical considerations, encouraging you to think critically about fairness, bias, and the broader impact of AI technologies.