SARTHAK VYAS
FLINT, MI USA ***** 810-***-**** adjiqq@r.postjobfree.com https://www.linkedin.com/in/sarthak-vyas/
Technical Skills
CAE/FEA: Finite Element Analysis, Designing, Durability Analysis, nCode DesignLife, ABAQUS, HyperMesh, Hyperview, OPTISTRUCT, LS DYNA, NX Unigraphics (UG), CATIA v5, FEA technical support, Applied Solid Mechanics, Materials, Structural analysis, material properties(Aluminum and Steel), optimization, technical reports and interpretation of analytical results,
NVH: Vibration analysis, Modal analysis, LMS Test lab, FFT, LMS Virtual LAB, Correlation analysis
Crash Safety: Crash Safety analysis, Occupant Safety, Meshing, Topology Revision, Weight optimization, Impact & Drop test, Dummy modelling, FMVSS, NCAP, IIHS, Full vehicle crash, HIC & Chest injury Criteria, DOE/DFSS, FMEA, Issue resolving design
Soft Skills: Leadership, Customer Relationship, Customer Service, excellent communication, Teamwork skill, interpersonal skills, Problem solving, Flexibility, integrity, professionalism, adaptable, and analytical
EXPERIENCE
CAE Powertrain Optimization Engineer, Detroit Engineered Products Client FCA Oct 2020-Present
Participated in the meshing of the powertrain components and connecting parts using Meshworks and Hypermesh
Developed durability and NVH analysis load cases and benchmarking as per client using Nastran and Abaqus respectively
Postprocessed the solver data into nCode DesignLife for the durability analysis
Interpreted the simulation results and suggest the necessary enablers in the design for better durability of the component
Collaborated & supported with multifunctional teams to collect the material properties and setup configurations for the static and dynamic analysis of automotive components especially powertrain components
Graduate Research Assistant in Noise Vibration Harshness Lab at Kettering University Oct 2018-Oct2020
Finite element analysis (linear, non-linear, Static & Dynamic) of tire failure in ABAQUS CAE: Tread separation (U.S. Army)
Quasi Static, and dynamic strength analysis of multi-layered tire construction using explicit solvers in ABAQUS
Reinforced material data for FE simulation and diagnosed the tire performance areas reduced the tire failure by 66%
Effectuated the compound-reinforcement interaction & modeled tread separation zones rescued 400 lives a year
Ensured the virtual testing for reinforcement design and reserved the tire liability cost of 120 million
Vibration analysis (linear, non-linear, modal, Static, and Dynamic) of skin for cancer detection as a non-invasive method
Designed a multilayered skin model in ABAQUS CAE and analyzed its modal characteristics
Ensconced a distinguished modal response of healthy and unhealthy skins saved 24 lives a day
Determined the correlation & attained 74% validation in modal responses of healthy/unhealthy skins using LMS Virtual LAB
Achieved the modal analysis of the skin for cancer detection using ABAQUS CAE, hold 8 billion TAM diagnostic market
Multibody dynamics (MBD) of bushing project sponsored by General Motors
MBD analysis of an Elastomer bushing in MSC ADAMS for static & dynamics conditions for purpose of loads prediction.
Evaluated and verified the static and moving response of bushing in Motion View using AutobushFD model
Perpetrated the optimal bushing performance in the full vehicle model for better ride & handling performance
Executed vibration-based fatigue analysis of suspension bushing in ADAMS/CAR
Crash and occupant safety research assistant at Kettering University
Outlined and improved the collapsible steering model for crashworthiness performance in vehicles using NX & ABAQUS
Fabricates & Pre-processed the assembly model of dummy and steering using the Hyper-mesh improved analysis by 90%
Entrenched an optimal design of a collapsible steering for non-axial & axial occupant impact in frontal & side impact
Attained the analysis of the steering model by estimating the HIC and chest injury criteria avoided 1,300 fatalities a year
Design engineer, Tata Consultancy Services Oct 2015 – May 2018
Acted surface cleanup and developed CAE models of different vehicle components resulted 90% simulation accuracy
Consummated better element quality by enhancing the topology of different components using Hyper-mesh
Hosted an impact and drop analysis of vehicle’s interior to ensure the safety of the occupant’s head in LS-Dyna
Engineered a full vehicle crash analysis using detailed crash dummies as per different Euro NCAPs and FMVSS
Honed the weight of the vehicle components and mounting brackets using Optistruct conserved an increase in 75% profit
Accomplished the design proficiency in static and in motion analysis of vehicle sub-components and Optimization of mounting brackets along with the analysis of vehicle based on FMVSS pocketed 80% of saving to the company
Performed the topology revision for the passenger bus body frame retained 50% production cost and 70% production time
EDUCATION
Pursued, Master’s in automotive systems, Kettering University, Flint MI USA. March 2020
Pursued, Bachelor of Engineering in Mechanical Engineering, Ujjain (M.P.) India. June 2015