Ignite Innovation: The Infento + Riders STEM Ecosystem
The Infento + Riders Ecosystem bridges the gap between hardware and software, creating a complete STEM mobility platform where LEGO meets Tesla. By combining Infento’s buildable, human-scale electric vehicles with Riders’ intelligent software, this turn-key solution empowers students to design, assemble, and program semi-autonomous vehicles while mastering mechanical engineering, coding, and artificial intelligence. Aligned with national NGSS and STEM standards, it provides a comprehensive learning journey tailored for Career and Technical Education (CTE) pathways, workforce readiness, and long-term student engagement.
Unlike standard STEM kits that stop at small-scale desktop robotics, this ecosystem expands learning into human-scale engineering and advanced mobility systems. Through full-classroom engagement and semester-long curriculum options, students move beyond coding on screens to constructing physical, rideable vehicles using modular engineering kits. They then bring those physical creations to life through advanced online simulations, sensors, and code. Because both hardware and software platforms are built for durability and continuous reuse, schools gain an economical, long-lasting investment that scales easily from beginner to advanced classrooms.
The physical component centers around Infento’s modular kits, which turn mechanical engineering and design thinking into a hands-on, collaborative experience. Students work in teams through a six-step design cycle—exploring, designing, making, testing, communicating, and reflecting—to construct life-sized rideable vehicles, scooters, and functional structures. Using modular parts, ePulse motors, and drive systems, learners explore fundamental mechanical principles like gear ratios, propulsion, structural integrity, and chassis dynamics. Offerings like the Discovery Kit feature 14 unique engineering builds with stackable storage for younger learners, while the Pro Kit Electric offers over 1,110 modular parts and ePulse motors for building larger, high-performance electric vehicles.
On the digital side, Riders acts as a gateway to robotics programming and visual AI. Functioning as an interactive online robotics curriculum and competition platform—often described as an online counterpart to VEX Robotics—Riders immerses students in industry-standard languages like Python, C++, and Arduino. Learners tackle real-world, mission-based scenarios such as programming Mars exploration robots, waste-management vehicles, or sustainable agricultural systems. Beyond basic code logic and debugging, Riders introduces core AI concepts including data analysis, pattern recognition, and automated decision-making, teaching students how to transform sensor data into real-time autonomous navigation.
Key Modular Kit Options
Discovery Kit: Enables students (ages 8+) to explore foundational engineering concepts across 14 unique builds—ranging from electric motors to windmills—featuring stackable storage and supporting up to 28 students simultaneously.
Pro Kit Electric: Designed for advanced projects, providing 1,110 modular parts, ePulse motors, and tools to construct life-sized electric vehicles through 12 rides, 4 science builds, and 20 design challenges.
Core Platform Advantages
Turnkey Curriculum Integration: Supports full-semester robotics and AI programs, offering complete classroom engagement with lessons aligned to CTE and workforce pathways.
Real-World AI & Coding: Teaches Python, C++, and Arduino programming through interactive 3D simulations, visual AI, and algorithmic problem-solving.
Together, Infento and Riders form an unbeatable synergy that equips students with real-world technical skills for 21st-century careers. By connecting software and sensors to physical, human-scale electric vehicles, students experience the immediate feedback of testing their code on real-world systems. Whether preparing students for postsecondary engineering, computer science pathways, or regional robotics competitions, this turnkey solution turns theoretical concepts into active, high-impact innovation.
Contact Technical Training Aids today to request a quote, schedule a demonstration, or learn how to bring an Infento + Riders STEM mobility lab to your school!
