● STRUCTURED LEARNING MODE

Learn one robot skill.
Build a full FTC auto.

Start with drivetrain and shooter fundamentals, add artifact collection, then combine every skill into complete autonomous cycles. Check each solution locally and ask the AI mentor for optional coaching.

SIX-LESSON PATH

Movement → shooting → intake → pickup control → preload auto → full collect-and-score cycle.

01LEVEL 1

Robot Foundations

Learn the drivetrain and shooter separately before combining mechanisms into an autonomous routine.

CODE STYLESimple robot commands

Drive a repeatable path
Aim the robot
Spin up and fire a preload

Drive and TurnFocus · Build a repeatable drivetrain sequence and distinguish relative turns from field headings.

→1B

Spin Up and ShootFocus · Learn the shooter from a fixed, proven scoring pose.

→

02LEVEL 2

Game Piece Control

Use drivetrain and intake motors together to acquire an artifact and move it under control.

CODE STYLEFTC-style hardware methods

Run the intake motor
Drive into a pickup
Stop and retreat with the artifact

Intake on the MoveFocus · Coordinate an intake motor with a timed drivetrain approach.

→2B

Collect and RetreatFocus · Turn a pickup into a controlled autonomous cycle segment.

→

03LEVEL 3

FTC Autonomous Routines

Combine drivetrain, intake, and shooter skills inside an FTC-shaped autonomous program.

CODE STYLELinearOpMode-style Java

Gate actions with waitForStart()
Build a preload auto
Complete a collect-and-score cycle

Preload AutonomousFocus · Combine movement and shooting inside runOpMode().

→3B

Full Collect-and-Score CycleFocus · Combine every prior lesson into one complete autonomous cycle.

→

Learn one robot skill.Build a full FTC auto.

Robot Foundations

Game Piece Control

FTC Autonomous Routines

Learn one robot skill.
Build a full FTC auto.