Test the efficiency of two different grabber designs and determine the best design based on specific test criteria.

Assemble a model and explore kinetic energy during a movement using variable speed.

Use conditions to lock or unlock the door of the box.

Assemble a weathercaster robot and create a way of displaying a weather forecast using qualitative cloud data.

Assemble a wind indicator robot and create a way to display wind speed using quantitative cloud data.

Assemble a robot and record multiple values at the same time in an array (list), and compare values.

Build a Practice Driving Base and make precise and controlled movements.

Use sensors to control motors and interact with objects on the competition field.

Write programs using the Color Sensor to make the Driving Base autonomous.

Use My Blocks to write organized programs that’ll help the Advanced Driving Base perform quickly and reliably.

Use controlled motor movements, sensors, and organized programs to solve a practice competition challenge in the shortest amount of time.

Present about driving base and missions then finish all open-end missions.

Students will apply their knowledge of using the light matrix and programming sounds to design, build, and program a digital sign for advertisement.

Assemble the Break Dance model and use Python to dance.

Assemble the Driving Base model and use Python to move in different directions.

Assemble Goal model and use Python to program it work.

Assemble Rhino model with force sensor and use Python to make it run

Investigate programming a grabber to pick up trash using multiple functions in Python

Create a game using the color sensors and Python

Use Python to program model follow the line with color sensor

Use Python to make a grasshopper move and use the distance sensor to avoid obstacles.

Use Python to keep the Safe-Deposit Box safer with operators and list

Students choose any model that use at least 2 electronic devices

Present about the model and the Python code.