Kinematics Simulation in CATIA: DMU Basics

Designing a 3D model is only half the battle; understanding how your mechanisms move in the real world is crucial for successful engineering. This text-based course introduces you to the fundamentals of motion analysis using the CATIA DMU Kinematics workbench. You will transition from static 3D assemblies to dynamic, moving mechanisms. By reading structured explanations and studying step-by-step configuration examples, you will gain the skills needed to define joints, simulate motion, and analyze mechanical interference. What you'll learn: Understand the core principles of kinematics and digital mock-ups; Create essential mechanical joints including revolute, prismatic, and cylindrical connections; Convert static assembly constraints into active kinematic joints automatically; Configure commands and degrees of freedom to prepare mechanisms for simulation; Analyze simulations for interference, clashes, and range of motion; Apply modern digital twin concepts to validate mechanical designs before manufacturing. The course starts with foundational definitions of kinematics and workbench navigation. You will then progress through step-by-step written tutorials on joint creation, mechanism simulation, and clash analysis. Designed for beginners to CATIA DMU, mechanical design students, and junior engineers, this course requires no prior kinematics simulation experience. Start reading today to bring your static CAD models to life with precise kinematic simulations.