48-757 Architectural Robotics with Perception
6 units, Carnegie Mellon University
Architectural Robotics with Perception (48-757) is the follow-on to Introduction to Architectural Robotics. The course teaches how robots sense, interpret, and act in the built environment, connecting design intent to fabrication. Students learn the fundamentals of camera and depth, real-time sensor based system workflow, and the deployment of useful techniques. Perception streams are integrated into ROS and MoveIt to build planning scenes, manage frames, and execute perception-guided motion. Labs prioritize reproducible workflows and clear documentation, enabling methods to be transferred to studio, research, and thesis work. The final project invites students to apply a sensing-to-action pipeline to a problem in architectural robotics, such as timber assembly, fixtureless positioning, additive manufacturing, or quality assessment, using their own data and constraints. Prerequisite: Introduction to Architectural Robotics or instructor permission; basic Python familiarity and tooling are expected.
Prerequisites: 48-755 or 48-555
Offered: Spring 2027, Spring 2026
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