
In recent times, Saint Lucia has been equipping students and teachers with tech-supported learning tools; reinstating the One Laptop per Child program, rolling out smart classrooms, and opening new ICT centers. Summertime is the perfect opportunity to transform access into action with hands-on STEM initiatives, which is precisely why Orbtronics emphasizes it. We leverage national advancements such as laptops, SMART classrooms, and trained educators to create project-based camps where students can supplement their traditional educations with STEM-based activities such as building robots, developing apps, and prototyping with 3D printers. This methodology aligns with our core principles of access to innovation, fostering agency among the public, and learning through hands-on experiences.
Furthermore, this approach is supported by evidence: educational robotics demonstrably improves learning outcomes, block-based app development (like App Inventor) enhances computational thinking and promotes responsible tech habits, and 3D printing programs foster problem-solving, creativity, and interest in STEM.
Recent meta-analyses find that educational robotics delivers moderate, positive effects on Grade K–12 outcomes, especially computational thinking, with the strongest gains in design-based projects and small-group participation.
At the same time, block-based programming lowers the barrier for beginners so they can move from idea to working apps quickly; and research on MIT App Inventor and similar tools reports measurable improvements in critical thinking, motivation, and collaboration, including in short workshop or summer-camp formats.
Combining blocks + usable software projects or physical computing (e.g., sensors/robots) further strengthens critical thinking gains, which is why our tracks pair coding with tangible builds and public demos that reinforce problem-solving, communication, and teamwork long after summer ends.

Regional bodies continue to champion digital and financial literacy for youth and it is through their continued support that we are able to implement these camps and keep learning relevant beyond the classroom. We are very thankful to our title partners: The Eastern Caribbean Central Bank, The Republic of China (Taiwan), Ministry of Education Saint Lucia, the National Telecommunications Regulatory Commission (NTRC) USF Office and Republic Bank’s Power to Make A Difference program and other collaborating entities, such as the Sir Arthur Lewis Community College (SALCC), St. Joseph’s Convent, Vieux-Fort Comprehensive Secondary School and the steadfast and supportive parents of all our participants for their continued cooperation and partnership, which has directly led to the success of these educational programs.

Hosted by this year’s FIRST Global Challenge team, this event exposed members of the public to seven (7) different robots with their respective suites and kits, while sharing knowledge and resources to help other students (and adults) begin their STEM journeys. The event showed the willingness of the local community to learn and engage, welcoming over sixty (60) visitors across an extensive range of ages (as young as 3 to over 60 years of age), built public support and awareness of the National Robotics Team and gained sponsorship from Massy Stores (SLU) and the Orbtronics Innovation Hub.

Orbtronics—co-founded by SALCC alumni; exists to close the loop between education and industry. Our co-working space, the Innovation Hub in Rodney Bay, is the space for this; now we’re building the pipeline.
Be first to know when Summer 2026 STEM camps open. You’ll get early-bird windows by joining our exclusive newsletter and track options (Game Design and Development with Python, Chatbot Development powered by Python and Generative AI, Multimedia Creation, and more.
All year round, fuel interest, engagement and further understanding by attending the Innovation Academy, a youth STEM program with monthly project cycles, geared specifically toward students aged 13 to 18 and hosted at the Innovation Hub.
Who it’s for: Secondary school students interested in STEM and/or preparing for university/early careers. Beginners welcome, we scaffold learning so first-timers and returnees both progress.