Riders.ai is a simulation-based platform that teaches coding and robotics through interactive tutorials and realistic digital twin robots, enabling students to master complex STEM skills in a competitive environment. The platform addresses the challenge of engaging students in difficult subjects by providing hands-on, game-like experiences that enhance learning and retention.
Funding
$921K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many students find STEM subjects challenging to master, and educators struggle to engage students effectively, resulting in a limited number of students becoming proficient in these critical skills. Traditional teaching methods often lack the hands-on experience needed to solidify theoretical knowledge and foster a deeper understanding of coding and robotics.
Solution
Riders.ai offers a simulation-based platform that combines video tutorials with robotics simulations to provide an engaging and effective STEM learning experience. The platform allows students to apply newly learned theories in realistic, game-like environments using accurate digital twins of real-world robots. By gamifying the learning process and incorporating e-sports-inspired competitions, Riders.ai motivates students to improve their skills and showcase their abilities. The platform provides educators with ready-made lesson plans, instructor training, and tools for student activity monitoring and performance evaluation.
Target Audience
The primary target audience includes middle and high school students interested in STEM, educators seeking engaging and effective teaching tools, and educational institutions looking to enhance their computer science and robotics programs.
Features
- Interactive video tutorials that guide students through coding, AI, and machine learning concepts
- Realistic 3D simulations of various robots, including Arduino, MBot, and Lego, allowing hands-on experimentation
- Support for block-based programming (Blockly) and Python
- Ready-made lesson plans aligned with computer science curricula
- A competition module that prepares students for robotics leagues and showcases their projects
- Instructor dashboard for live monitoring of student activities and data-driven performance tracking
- Virtual environment to test designs in real-world scenarios, from space missions to sustainable cities