ADAMS


Mechanical Engineer with strong expertise in multibody dynamics and CAE simulations using ADAMS Abaqus and ANSYS along with advanced CAD experience in SOLIDWORKS and Creo. Demonstrated hands-on experience in developing and validating simulation models including contact definition load and torque evaluation and Kinematics & Compliance (K&C) analysis to support robust design decisions. Proven ability to optimize and update legacy CAD models through morphing and design refinement reducing design iteration time and improving alignment with current engineering standards. Actively involved in virtual validation and correlation studies enabling reduction of physical prototypes lab time and material costs. Experienced in supporting R&D workflows through detailed simulation documentation technical inputs for design reviews and close collaboration with cross-functional teams. Applied simulation-driven problem-solving to enhance the performance durability and reliability of pharmaceutical dispenser components and related mechanical systems.
Multi-Body Dynamics (MBD) Simulation
ADAMS
ANSYS
Abaqus
Creo
Solidworks
Meshworks
Scored 55% in IPTSE - Intellectual Property Talent Search Examination
I am a passionate Formula 1 enthusiast with a deep interest in race strategy and data-driven decision making and advanced telemetry analysis I closely follow how teams interpret real-time data to optimize performance and manage tyres and adapt strategies under dynamic race conditions My curiosity extends beyond the track into automotive engineering and innovation particularly in areas such as aerodynamics and power unit efficiency and performance optimization which continuously shape the future of motorsport