SHUBHAM RAJESHIRKE

adh0g6@r.postjobfree.com 848-***-**** https://www.linkedin.com/in/shubham-rajeshirke SUMMARY

Mechanical Engineering Graduate who has experience in electronic enclosure for Automotive R&D Industry Worked on thermal management of plastic and sheet metal enclosure with ‘Computer Aided Engineering (CAE)’ Proven track record in leadership, verbal, and written communication, with strong teamwork and interpersonal skills Ability to create effective presentations together with excellent communication skills Experienced in latest manufacturing techniques, prototyping, DFM, DFA, 3D printing and 3D scanning EDUCATION

Rutgers University New Brunswick, NJ

Master of Science (M.S.) in Mechanical and Aerospace Engineering Sep 17 – Aug 20 University of Pune Pune, India

Bachelor of Engineering (B.S.) in Mechanical Engineering Aug 12 – May 16 PROFESSIONAL DIPLOMA AND CERTIFICATION in Product Design Oct 16 – Mar 17 ANSYS, Catia V5, SolidWorks, Hypermesh

SKILLS

Mechanical: Rapid Prototyping, Geometric Dimensions and Tolerances (GD&T), Computer Aided Design (3D CAD), Computer Aided Engineering (CAE), Computational Fluid Dynamics (CFD), Finite Element Analysis (FEA) Software: Surfacing, SolidWorks, Catia V5, ANSYS, Pro-E, PTC Creo, AutoCAD, SolidEdge, Hypermesh, C++ 3D Printers: Stereolithography (SLA), Selective Laser Sintering (SLS), Multi Jet Fusion (MJF) PROFESSIONAL EXPERIENCE

KEA Technologies Inc., Boston, MA Jan 19 – Aug 20

Role: Mechanical Design Engineer

• Built a new custom enclosure with thermal management to mount an off-shelf processor on a portable touchscreen

• Boosted stability by building custom camera modules in vehicles and laser mounts for optical laser table

• Collaborate with Electrical for PCB footwork to integrate custom power supply board with single board computer

• Co-authored assembly manuals leveraging SolidWorks composer with visual representation for technicians

• Managed Bill of Materials (BOMs), drawings, purchasing, tooling requirements and strategy implementation Project: Improved Design and Development of Driver Alcohol Detection System for Safety (DADSS)

• Designed an improved breath capture inlet using SolidWorks to seamlessly integrate with vehicle dashboard

• Designed a sheet metal enclosure for Next Data Acquisition System (DAS) using SolidWorks

• Shortened design lead time by 3 weeks leveraging a 3D scanner and Surfacing using generated mesh data

• Optimized packaging space for DAS by 150% by replacing D sub connectors with molex connectors

• Reduced lead time by 4 weeks replacing outsourced aluminum mounts with MJF 3D Printed mounts in-house

• Implemented Standard Operating Procedure (SOP) to upload firmware in next generation DADSS system for Bench testing before Vehicle integration

• Analyzed behavior of mechanical system and drafted a Troubleshooting manual to fix problems Rutgers University Dining – Student Manager Oct 17 – Dec 18

• Devised strategies to reduce expenses, modernize operations and revamp procedures to improve operations

• Trained and Mentored 50+ new students hired to fulfill roles like Manager, Server, and helper

• Drafted customized schedules for 30+ students every week according to availability ACADEMIC RESEARCH: (Master’s Thesis) Sept 19 – Aug 20 Enhanced efficiency of an Alcohol detection sensor to Maximize breath capture by (CFD) Analysis of Breath flow

• Evaluated 110 simulation results with help of ANSYS Fluent to trace flow intake in sensor inlet

• Studied effect of different shapes, sizes, flow pattern, angle of inlet over sensor

• Analyzed results and proposed changes in design which increases breath capture by 20%

• Assessed an actual working model with results input after installing it in a vehicle to check design feasibility ACADEMIC PROJECTS

Computational Thermal Analysis and Drop Test of a Printed Circuit Board (PCB) Jan 17 – Feb 17

• Applied proper placement of mesh, external forces induced during a drop test, performed explicit dynamic

• Simulated Finite Element modeling with material properties, thermal analysis, and study of shock propagation Design and Analysis of a Truck Chassis frame due to external forces using FEA Jan 17 – Mar 17

• Created a custom mesh around corners to decrease time taken for analysis results by 30%

• Performed a FEA, complete static and structural analysis for failure points and damage simulation

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