IN SCHOOL PROGRAMS
THINKRS
Flexible Program
Align with School Schedule
Low Instructor to Student Ratio
Game-Based Learning Experiences
Hands-on Learning Experiences
Expert and Engaging Instructors
At Hive of Thinkrs, we partner with schools to bring high-impact Math and STEM enrichment directly into the school day. Our flexible programs are designed collaboratively with administrators and teachers to align with each school’s goals, schedule, and existing resources. From advanced math enrichment learners to hands-on STEM experiences that spark creativity, we deliver tailor-made curriculum and instruction that enhance and extend what students are already learning in class. Whether it’s integrating technology into electives, enriching core academics, or introducing robotics and coding at an early age, our in-school programs give students the opportunity to explore, innovate, and thrive; all while adding meaningful value to the school’s academic offerings.
Our flagship Math Enrichment Program at Hebrew Academy is designed to challenge students far beyond their grade level, helping them accelerate their learning and reach their full potential. Through a carefully structured and differentiated curriculum, students build strong foundations while advancing several grade levels in math. For example, first graders work confidently with multiplication and division, while fifth graders tackle Pre-Algebra and Algebra I concepts, laying the groundwork for future academic success. This program has become a cornerstone of our partnership with Hebrew Academy, showcasing how targeted enrichment and expert instruction can unlock exceptional mathematical talent.
Our STEAM Enrichment Program at Hebrew Academy gives students the opportunity to explore engineering, coding, and design through hands-on, creative projects during the school day.
Students in K–2 are introduced to foundational engineering and electronics concepts using littleBits, building electrical prototypes that bring their ideas to life. They also begin learning coding with Scratch, developing logical thinking and problem-solving skills through fun, visual programming activities.
Students in grades 3–5 advance their skills by working on more complex Scratch coding projects and games and exploring 3D design with Tinkercad, where they create and model their own digital prototypes. Throughout the program, students engage with engineering-rich content in a playful, collaborative environment that builds confidence and inspires a lasting love for STEM and creative innovation.
In this hands-on elective, students unleash their creativity and bring ideas to life through the power of design and technology. They begin by learning the fundamentals of 3D modeling with Tinkercad, creating real-world prototypes and building a strong foundation in digital design. Once they master these skills, students graduate into using Fusion 360, an industry-standard 3D design software, to take their work to the next level with more advanced tools and precision. As their expertise grows, they also explore cutting-edge AI design platforms like Vizcom for AI-powered sketch rendering, Ludo AI for concept development, and Meshy for 3D asset creation. By blending traditional design techniques with the latest in AI, students transform simple sketches into professional-level digital design; developing future-ready skills in creativity, innovation, and problem-solving.
Our newest school partnership at Zucker Jewish Academy brings hands-on STEM learning directly into the classroom for students from Pre-K through 4th grade. Through tinkering with electrical circuits, students explore the fundamentals of electricity and learn how to build their own electronic prototypes and inventions. From simple circuits to imaginative creations, this in-class enrichment program inspires curiosity, problem-solving, and a love of making. By integrating STEM into the school day, we give students early, meaningful exposure to engineering concepts in a playful and engaging way.
At Mater Brickell Academy, we partnered with the school to deliver a year-long Technology program for 7th grade students during the school day. The program was divided into two focused semesters: Python Coding in the fall and 3D Design with Fusion 360 in the spring, giving students the opportunity to develop both computational and design thinking skills using real-world tools.
During the first semester, students learned the fundamentals of Python programming, building a strong foundation in syntax, variables, loops, and conditional statements. They applied these concepts through hands-on coding projects, developing interactive programs and simple games that strengthened their logical reasoning and problem-solving abilities. By the end of the semester, students were confidently writing and debugging their own Python code, gaining valuable early experience with a professional programming language.
In the second semester, students transitioned to 3D design with Fusion 360, an industry-standard CAD software. They learned key design principles such as sketching, extruding, constraints, and creating assemblies. Through guided projects, students designed and modeled their own digital prototypes, exploring how technology and creativity intersect in the design process. This experience introduced them to the tools and thinking used by engineers and designers, preparing them for more advanced STEM opportunities in the future.
At La Piazza Academy, we integrated LEGO Robotics directly into the school day for students in Kindergarten through 3rd grade, bringing hands-on engineering to life in the classroom. Through guided building and exploration, students worked with LEGO robotics kits to design, construct, and program simple machines and interactive robotic models.
Throughout the school year, they explored foundational engineering concepts such as gears, levers, pulleys, and motion while developing early coding and problem-solving skills in a fun, collaborative environment. This program gave young learners the opportunity to think like engineers, experiment creatively, and build a strong STEM foundation from the very start of their academic journey.