Mandar Shinde Email & Phone Number

Santa Clara, California, US

• Design owner of high-volume OEM sockets for Intel’s land grid array (LGA) server products.
• Scope includes mechanical design using Solidworks, mechanical drawings and tolerance analysis, reliability modelling and validation (temperature cycling, shock, bake, vibe, SMT), releasing design guides and certifying.
• Collaborate with various internal teams in a highly matrixed company to close design based on manufacturability, yield and reliability; solve thermo-mechanical assembly and reliability issues during development, LVM.
• Perform thermomechanical simulation using FEA to design electronic packages that meet assembly processes, manufacturing yield and reliability (architecture, process and material selection).
• Developed prototype for pick and place tool required to assemble protective caps on the socket

Tempe, AZ, US

• Field driven design of cellular structures for maximizing energy absorption
• Establish field-driven design and Finite Element simulation methodology for the large deformation analysis
• Design cellular structures based on TPMS geometries to enhance energy absorption characteristics under quasi-static compression.

Eindhoven, Noord-Brabant, NL

• FEA Simulation and validation of the Drop Test impact on the accelerometer package and MEMS structure.
• Abaqus\Explicit is used to predict the acceleration levels at different locations in the accelerometer package.

Eindhoven, Noord-Brabant, NL

• Simulation and validation of the Drop Test impact on the accelerometer package and MEMS structure.
• Coordinated with the testing team to validate drop test simulation methodology using spherical balls.
• Abaqus\Explicit is used to predict the acceleration levels at different locations in the accelerometer package.
• Used sub modeling to analyze the behavior of MEMS structure due to predicted acceleration levels

Pune, Maharashtra, IN

• Supported the Crashworthiness development of advanced vehicle structural concepts for various load cases in 4 Vehicle Programs.
• Generated feasible vehicle design recommendations and worked with engineering functions, program teams, suppliers, manufacturing, and vehicle integration team to implement design changes as required for packaging.
• Evaluated the GISSMO model used for failure prediction during crash simulations.
• Supported crash testing with pre-test predictions, post-test tear-downs, and correlate CAE to test results.

Columbus, Indiana, US

• Spearheaded team of 30 personnel for regular and preventive maintenance of the plant.
• Designed diesel storage calibration system for accurate monitoring of diesel and a fixture for accurate positioning of holes on a stator housing
• Initiated drive of Autonomous maintenance to improve efficiency of machines, motivated and trained workforce for the successful implementation
• Member of Global cross-functional team for improving standard operating process (SOP) of handling electronic components

Doctor Of Philosophy - Phd, Mechanical Engineering

Master Of Technology (M.Tech.), Engineering Design

Bachelor Of Technology (B.Tech.), Mechanical Engineering