Campers enroll in a focused STEM track and spend the day working through projects tied to that pathway. Across the program, Treobytes combines project-based learning with industry-based learning: students use tools, workflows, and problem-solving methods connected to real technical fields. The summer pathways include engineering, mechanical engineering, CAD and 3D design, game development, web development, cybersecurity, robotics, artificial intelligence, music technology, circuitry, and STEM sports.
Activities become more technical as students progress. Elementary-level experiences emphasize curiosity, making, simple robotics, basic circuits, patterns, and cause-and-effect thinking. Middle-school work adds systems thinking, applied engineering design, sensors, microcontrollers, math, data, and a transition toward text-based programming. Advanced tracks use tools such as Python, C++, Arduino hardware, Onshape CAD, and digital audio software for deeper capstone work. Product-specific courses show students designing functional mechanical assemblies, programming sensors and motors, building MIDI controllers, producing music, and using athletic data for AI models.
Many tracks culminate in a working or presentation-ready project. The common rhythm is to design, build, test, debug, revise, and communicate a solution, giving campers repeated practice with technical creation and iteration inside a structured day-camp format.