Key Takeaways
- Eighty middle‑school students from the Tampa Bay area completed a free, three‑week technology camp at Hillsborough College’s Brandon campus.
- The program combined coding, virtual reality, artificial intelligence, drone/rover operations, and 3‑D printing to teach engineering, robotics, and design‑thinking skills.
- Participants used the Delightex application to design roller coasters, created AI‑generated logos and park maps, and printed souvenirs for their mock amusement‑park projects.
- Camp culminated in student presentations of theme‑park concepts, many inspired by popular movies and TV shows.
- Ronkel Williams, Professional Development Officer at Hillsborough College, emphasized that hands‑on, engaging experiences are the most effective way for learners of any age to acquire STEM competencies.
- The camp, launched in 2018 by the National Association for Community College Entrepreneurship (NACCE), aims to prepare youth for a technology‑driven workforce.
- Additional program details and future schedules are available on the camp’s website for interested families.
- The initiative reflects a broader regional effort to strengthen STEM education and workforce readiness in Tampa Bay.
Overview of the Free Summer Technology Camp
Hillsborough College’s Brandon campus recently hosted a free, three‑week technology camp for middle‑school students, culminating in a showcase where participants presented their own amusement‑park designs. The immersive experience was designed to expose young learners to cutting‑edge tools such as coding platforms, virtual‑reality environments, and artificial‑intelligence applications. By framing the final project around theme‑park creation, organizers tapped into students’ natural curiosity about rides, attractions, and storytelling, turning abstract STEM concepts into tangible, creative outcomes. The camp’s no‑cost model removed financial barriers, allowing a diverse group of 80 students from across Hillsborough County to benefit from high‑quality, hands‑on instruction that might otherwise be inaccessible.
Participant Profile and Program Goals
The camp attracted 80 middle‑schoolers, ranging in age from approximately 11 to 14 years old, who represented a cross‑section of the local community. Hillsborough College partnered with the National Association for Community College Entrepreneurship (NACCE) to deliver the program, which originally launched in 2018 with the explicit purpose of preparing youth for a rapidly evolving workforce increasingly dominated by technology and STEM fields. According to Ronkel Williams, the college’s Professional Development Officer, the initiative seeks to demystify technology careers and show students that every job—whether in healthcare, entertainment, or manufacturing—now relies on some form of technological fluency. By engaging students early, the camp aims to spark lasting interest in STEM pathways and build a pipeline of skilled workers for the Tampa Bay region.
Tools and Technologies Employed
Throughout the three weeks, participants worked with a variety of modern technologies that illustrate the interdisciplinary nature of contemporary engineering. The Delightex application served as the primary platform for roller‑coaster design, allowing students to manipulate track geometry, speed, and safety features in a virtual environment before moving to physical prototypes. Coding instruction was delivered through hands‑on sessions with drones and ground‑based rovers, where learners wrote scripts to navigate obstacles, collect data, and perform simple tasks. Artificial‑intelligence tools were harnessed to generate logo concepts and park‑map layouts, giving students a glimpse into how machine learning can accelerate creative processes. Finally, 3‑D printers were used to produce tangible souvenirs—such as miniature ride models and branded keychains—bridging the gap between digital design and real‑world fabrication.
Project Focus: Amusement‑Park Design
The capstone project challenged each student or small team to conceive a complete amusement‑park concept, complete with ride layouts, thematic storytelling, branding, and operational considerations. Many groups drew inspiration from popular movies, television series, and video games, adapting familiar narratives into original park attractions. For example, one team created a “space‑explorer” zone modeled after a sci‑fi franchise, complete with a virtual‑reality simulator that mimicked zero‑gravity movement. Another group designed a “fantasy‑forest” area inspired by animated films, incorporating interactive storytelling elements triggered by motion sensors. By integrating technical skills with creative narrative development, the camp reinforced the idea that successful technology solutions often require both analytical precision and imaginative thinking.
Insights from Program Leadership
Ronkel Williams highlighted the pedagogical philosophy underpinning the camp: “Kids and adults, we learn when it’s hands‑on, especially when it’s something engaging, and we want to do it.” He argued that passive lectures struggle to maintain the attention of young learners, whereas active, project‑based experiences foster deeper understanding and retention. Williams also stressed the omnipresence of technology in modern life, noting that “every job, everything that we touch has something to do with technology and STEM.” Consequently, the program deliberately showcased multiple avenues within STEM—ranging from software development and robotics to AI‑assisted design and additive manufacturing—so students could envision diverse career trajectories. His remarks underscored the camp’s dual goal of skill acquisition and motivation building.
Historical Context and Organizational Support
The free summer camp traces its origins to 2018, when NACCE partnered with local educational institutions to address a growing skills gap in the technology sector. NACCE’s mission centers on fostering entrepreneurship and workforce readiness through community‑college‑based initiatives, and this camp exemplifies that approach by leveraging the resources and expertise of Hillsborough College. Over the years, the program has refined its curriculum to incorporate emerging technologies such as AI and VR, ensuring that participants receive training that aligns with industry trends. The continued support from NACCE and the college reflects a sustained commitment to equipping the next generation with the tools necessary to thrive in a digital economy.
Accessing Further Information
Families interested in learning more about the camp—or exploring other youth‑college opportunities offered by Hillsborough College—can visit the program’s official website. The site provides detailed schedules, eligibility requirements, application procedures, and testimonials from past participants. It also highlights upcoming sessions that may focus on different STEM themes, such as cybersecurity, renewable energy, or biomedical engineering. By maintaining an accessible online hub, the organizers aim to broaden outreach and encourage ongoing engagement from students, parents, and educators throughout the Tampa Bay area.
Source Attribution and Reliability
The information presented in this summary derives from a local educational report that detailed student projects at Hillsborough College, complemented by direct statements from Professional Development Officer Ronkel Williams. The report outlines how the camp was structured, the technologies employed, and the outcomes observed during the final presentations. Williams’ quotes were obtained during an interview conducted for the report, ensuring first‑hand insight into the program’s objectives and impact. This combination of documented program data and expert commentary provides a reliable foundation for understanding the camp’s significance and its role in regional STEM education efforts.
Broader Implications for Tampa Bay’s STEM Landscape
The success of this middle‑school technology camp highlights a promising model for community‑driven STEM enrichment in Tampa Bay. By offering free, hands‑on experiences that blend creativity with technical skill‑building, the initiative addresses both interest and accessibility barriers that often deter under‑represented youth from pursuing STEM careers. As the region continues to attract technology firms and innovation hubs, cultivating a local talent pool equipped with coding, AI, robotics, and design‑thinking abilities becomes increasingly vital. Programs like this one not only prepare students for future job markets but also foster a culture of lifelong learning and problem‑solving that can benefit the wider community. Continued investment and expansion of such initiatives will be essential to sustaining Tampa Bay’s reputation as a vibrant center for technological advancement and workforce readiness.