Interactive Robotics Course Modules
Progress from basic logic to advanced autonomous systems. Our curriculum blends visual coding, physics simulation, and sensor integration for a complete engineering experience.
Build your first autonomous bot using visual snap-logic. Learn how to map motor inputs to movement, define coordinate systems, and program basic obstacle avoidance routines.
- Master drag-and-drop logic for motor control
- Calculate pathing for simple 2D navigation
- Debug sensor-to-actuator feedback loops
Upgrade your robot with advanced sensor arrays. Learn to fuse data from multiple inputs to create intelligent bots that map environments and solve complex mazes autonomously.
- Implement multi-sensor fusion for accuracy
- Solve complex maze navigation challenges
- Optimize code for adaptive path planning
Explore the physics of robotics. Design chassis for stability, calculate torque requirements for different terrains, and optimize weight distribution for maximum performance.
- Design stable chassis for specific tasks
- Calculate torque and gear ratios for speed
- Balance weight for optimal traction
Master professional-grade robotics systems. Learn to monitor telemetry, manage I/O ports, and build remote control interfaces for your custom-built virtual robots.
- Monitor real-time robot telemetry data
- Configure custom I/O for external tools
- Build a remote control interface for bots
Fragen zu Ihrem Roboter Projekt.
Hier finden Sie Antworten auf häufige Fragen zu unseren Kursen, der Simulation und dem Einstieg in die Robotik.
Noch Fragen offen?
Kontaktieren Sie unser Team für weitere Informationen oder Unterstützung bei Ihrem ersten Projekt.
Launch Your First Programmable Robot
Build, code, and test your own robots in our browser-based simulator. Master mechanics, electronics, and software without physical hardware.
Ready for the Full Robotics Challenge?
Complete end-to-end projects from chassis design to autonomous navigation, and receive a performance report on your robot's efficiency.