Competitions

CO₂ Dragster Grand Prix

CO₂ Dragster Kits allow students to design, build, and race high-speed model cars powered by compressed carbon dioxide. Through this project, students learn principles of aerodynamics, physics, CAD design, manufacturing processes, and performance testing. Activities culminate in organized racing events such as the RGV CO₂ Grand Prix, promoting engineering design thinking, data analysis, and iterative improvement.

Skills Developed:

Engineering design process
Aerodynamics and friction reduction
Measurement and precision manufacturing
Data collection and performance analysis
Teamwork and competition readiness

Bittle Robot Dog Competition

The Bittle Robot Dog Competition challenges students to design, program, and optimize a quadruped robotic dog using the Bittle Robot platform. Participants will apply engineering, robotics, computer science, artificial intelligence, and problem-solving skills to complete a series of challenges that simulate real-world robotic applications.

Skills Developed:

Innovation
Teamwork
Coding proficiency
Engineering design
Prepare students for careers in robotics, automation, and artificial intelligence.

Infento Discovery & Pro Kit Competition

The Infento Discovery Kit is designed for ages 8–16 and includes 14 hands-on STEM builds covering engineering, physics, mechanics, electricity, balance, structures, transportation, and renewable energy concepts. Each challenge is designed for 40–60 minutes and can accommodate up to 28 students simultaneously.

The Infento Pro Kit includes over 1,100 parts, an electric ePulse® motor system, wheels, braking components, steering systems, and enough components for students to build multiple rideable vehicles while learning mechanics, engineering design, and electric mobility. STEM competitions are focused on design, performance, safety, and innovation.

Waveracer Grand Prix

RC Boat Kits introduce students to marine engineering, propulsion systems, and remote-control technology. Students assemble and test working watercraft, learning about buoyancy, hull design, electrical systems, and hydrodynamics. These kits support water-based competitions and real-world problem solving related to transportation and robotics.

Skills Developed:

Electrical circuits and motors
Hydrodynamics and stability
Structural design
Radio-control systems
Troubleshooting and testing

Solar Velocity Grand Prix

Solar Car Kits engage students in renewable energy engineering by designing vehicles powered entirely by solar panels. Students explore energy conversion, efficiency, sustainability, and environmental science while building functional solar-powered racers. Projects often culminate in solar racing events that demonstrate clean energy technologies.

Skills Developed:

Renewable energy systems
Power management and efficiency
Mechanical design and gearing
Environmental awareness
Innovation in sustainable technology

Maglev Grand Prix

MagLev (Magnetic Levitation) Kits introduce students to advanced transportation technologies using magnetic forces to levitate and propel vehicles. Students learn about electromagnetism, frictionless motion, and high-speed rail concepts while constructing working models of levitation systems.

Skills Developed:

Electromagnetism and magnetic fields
Advanced transportation engineering
Systems thinking
Precision alignment and testing
Future technology awareness