Robotics & Mechatronics (REAL_ROB)

1. Introduction to Autonomous Systems

In this module, you will transition from legacy manual robotics to Sentient Mechatronics. We focus on how machines perceive their environment using high-fidelity LiDAR and ultrasonic arrays.

Core Learning Objectives

• Kinematics: Understanding robotic limb coordination in 3D space.
• Sensor Fusion: Combining data from multiple sources to create a unified world-view.
• Actuator Dynamics: Mastering the precision of brushless DC motors and servo-control.

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Sentient Checkpoint

What is the primary purpose of Sensor Fusion in sentient mechatronics?

To increase the weight of the robotic chassis

To combine data from multiple sources for a unified world-view

To replace the need for actuators

To reduce the power consumption of LiDAR arrays

Verify Understanding

2. The Detroit Robotics Lab

Detroit’s industrial legacy meets the future. Students will work with the same robotic armatures sharded across the REAL_ROB industrial silo.

“The machine is not a tool; it is a physical extension of the neural kernel.” — AEAM V10 OS.

3. Project: The Detroit Rover

Build and program a four-wheeled autonomous vehicle capable of navigating the Michigan Central halls without human-in-the-loop intervention.