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 external suppliers. • 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 and HVM.• 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, attribute trade-offs, and vehicle performance.• 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