01. Walking Robot Goal: Learn how to control DC motors with encoders to achieve precise walking movement. Understand basic motion logic and programming fundamentals for walking robots.

02. Rolling Tank Goal: Build a tracked robot and control it using light and sound sensors. Explore multi-sensor fusion and environmental reaction strategies.

03. Spider Robot Goal: Develop a six-legged walking robot and program it to react to IR remote commands. Learn about servo coordination and movement patterns.

04. Detection Robot Goal: Use ultrasonic sensors to detect and avoid obstacles. Understand the principles of safe autonomous navigation.

05. Three-Wheel Robot Goal: Implement line-following behavior and combine it with obstacle avoidance. Learn about decision-making using multiple sensors.

06. Forklift Robot Goal: Simulate real-world lifting mechanisms and control them with IR remotes and limit switches. Explore logic for vertical motion and object handling.

08. Robot Arm Goal: Construct and control a 3-axis robotic arm to perform basic pick-and-place tasks. Learn inverse kinematics and position control.

09. Bartender Robot Goal: Create a robot that simulates mixing and serving drinks using pumps and servos. Introduce students to timing, accuracy, and multitasking.

10. Robot Arm Tank Goal: Combine mobility and manipulation by mounting a robotic arm on a moving tank. Program coordinated actions for logistics or remote handling.

11. Ball Launcher Goal: Build a robot that launches balls on command. Learn about speed control, mechanics of tension/release, and feedback optimization.

12. Self-Balancing Robot Goal: Master the gyroscope sensor to build a robot that balances on two wheels. Understand real-time feedback loops and PID control.