This presentation, delivered by Ecda Erol from the Haptics & Robotics Lab at Boğaziçi University's Department of Mechanical Engineering, offers an exploration of Adams—Automated Dynamic Analysis of Mechanical Systems. As a leading Multibody Dynamics (MBD) software, Adams enables engineers and researchers to study the dynamics of moving parts and analyze force distribution across mechanical systems effectively. The presentation covers a range of topics, including the software's core features, simulation examples from various fields like vehicle drive performance and agricultural machinery, and the specific advantages of using Adams for system-level simulation and dynamic load prediction. Additionally, it discusses the limitations of the student edition, the software's compatibility with platforms like Linux and Windows, and its integration capabilities with MATLAB/Simulink for enhanced control system simulations. Through detailed examples, including a spring mass damper system demo, the presentation demonstrates how Adams facilitates more accurate and efficient designs, saving both time and resources in the development of mechanical systems.