After School Robotics provides K‑12 schools with a turnkey robotics program that includes certified engineering instructors, a standards‑aligned curriculum, and managed component procurement. The service integrates CAD software, 3D printing, and CNC machining so students can design and build custom robots, with progress tracking and optional competition modules. Schools pay via subscription or per‑course fees.
Funding
Funding not disclosed
Founders
Product
Problem
Many K‑12 schools lack the expertise, curriculum, and material budget needed to run a sustainable, hands‑on robotics program, resulting in limited student exposure to practical engineering and computer‑science experiences. Without dedicated instructors and access to real‑world components, robotics clubs often rely on a single “unicorn” teacher or on pre‑assembled kits that do not reinforce core STEM concepts.
Solution
After School Robotics delivers a turnkey robotics solution that integrates directly into a school’s existing STEM framework. The service supplies professional engineering instructors who manage classroom sessions and mentor students throughout the program. A structured, standards‑aligned curriculum guides learners from building simple bots on day one to using computer‑aided design (CAD), 3D printing, and CNC machining for custom parts by year’s end. Schools receive a dedicated budget to purchase the exact components required for each project, ensuring that robots are built to meet specific functional goals rather than relying on generic kits. All instructional materials, software licenses, and component sourcing are coordinated by the provider, allowing schools to focus on student learning outcomes.
Target Audience
Primary customers are public, private, and charter K‑12 schools seeking to add or expand a hands‑on robotics program within their STEM offerings, especially districts without internal robotics expertise.
Features
- Certified engineering instructors with classroom experience who lead weekly sessions and provide ongoing mentorship
- Modular curriculum mapped to NGSS and state STEM standards, covering physics, engineering design, programming, and systems integration
- Access to licensed CAD software (e.g., Autodesk Fusion 360) and cloud‑based design collaboration tools
- On‑site 3D printing and off‑site CNC machining services for rapid prototyping of custom robot parts
- Pre‑allocated component budget per class, enabling purchase of motors, sensors, microcontrollers, and specialty hardware tailored to project requirements
- Structured assessment framework with rubrics, progress dashboards, and final project showcase documentation
- Turnkey logistics management, including parts ordering, inventory tracking, and safety compliance oversight
- Optional extension modules for competition preparation, such as VEX or FIRST‑style challenges