Introduction to Parametric Robotic Programming with Grasshopper and KUKA|prc

Robotic fabrication is transforming design and construction, but bridging the gap between digital models and physical machinery requires specialized control workflows. This course introduces you to the fundamentals of parametric robot programming, allowing you to translate complex geometry into precise physical movements. Through structured written explanations, logic walkthroughs, and visual programming snippets, you will transition from a beginner to a capable practitioner who can define, simulate, and optimize robot trajectories. What you'll learn: - Understand the core principles of parametric robot control and digital twin simulation. - Configure robot kinematics and toolpaths within the Grasshopper environment. - Apply KUKA|prc components to generate, simulate, and optimize robot commands. - Design collision-free trajectories and manage reachability issues or singularities. - Analyze visual programming workflows for robotic fabrication and automation. - Practice translating digital design parameters into physical robot movement commands. The course begins with foundational concepts of robotic coordinate systems and kinematics before guiding you through visual programming logic, simulation setups, and path optimization strategies. This program is designed for architects, designers, and engineers who are new to robotic programming and want to learn parametric control. No prior robotics experience is required, though a basic familiarity with 3D modeling concepts is helpful. Start reading today to unlock the potential of robotic automation in your creative workflows.