Yogesh Prasad Viswanath

High-performing Design Engineer with solid background in mechanical engineering. Skilled in using CAD software, prototyping and testing with keen eye for detail. Proven ability to lead cross-functional teams in design, development and implementation of complex projects.

• Conducted simulations of car wing designs using Creo for 3D modeling and ANSYS for computational fluid dynamics (CFD) to optimize downforce and minimize drag.
• Performed structural analysis in ANSYS to assess stress, deformation, and fatigue resistance of the car wing under high-speed and load conditions.
• Utilized Creo to develop parametric models of car wings and refined the designs based on ANSYS simulation results for enhanced performance and manufacturability.

• Conceptualized and built a portable 3D machine with a compact and ergonomic design for easy transportation and user-friendly operation.
• Engineered and assembled the frame and moving components to ensure stability, precision, and durability in the 3D printing process.
• Selecting and installed the electronic control system, including motors, sensors, and controllers, for seamless machine functionality.
• Selected lightweight yet robust materials to enhance portability and maintain performance reliability. ( HDF wood )

• Develop a rotary actuator to achieve high precision and efficiency for industrial
• Analyze its functionality in terms of torque output, rotational speed, and durability under varying load conditions.
• Use CAD tools like SolidWorks or Creo to create a 3D model of the actuator components.
• Conduct simulations to analyze the stress distribution, material selection, and overall feasibility.
• Selecting multiple gear types and creating an actuator by combining spur and planetary gears to achieve the required output speed and torque in given specified area