Mechanical Engineer Design

Gaurav Singh Parihar

Tempe, AZ 480-***-**** adcib5@r.postjobfree.com linkedin.com/in/parihar-gaurav-singh/ Mechanical Engineer

Upcoming graduate with a Master’s degree in Mechanical Engineering and notable projects and internships. A motivated professional with an aptitude for process improvement who will learn and adapt swiftly while providing diagnostic capabilities. Areas of Expertise

AutoCAD / NX10 / SolidWorks Matlab / Ansys / nTopology Hyper Mesh / Altair / Inspire

Python / I-DEAS Minitab / JMP / SAS / R Product Design & Fabrication

Microsoft Office / Windows / Mac Quality Control / Data Analysis Additive Manufacturing EDUCATION

Master of Science in Mechanical Engineering Arizona State University, Tempe, AZ, 2020 (expected) GPA: 3.44 Coursework: Design and Analysis of Experiments, Design for Additive Manufacturing, Modern Manufacturing Methods, Applied CFD, Stress Analysis, Applied Analysis of Variance, Energy Efficiency Bachelor of Science in Mechanical Engineering Rajiv Gandhi Proudyogiki Vishwavidyalaya, Gwalior, India, 2016 GPA: 3.40 CERTIFICATIONS

CPR & AED Safety Training, Fire & Safety Training, Cambridge English Certificate in ESQL International EXPERIENCE HIGHLIGHTS

ARIZONA STATE UNIVERSITY – 3DX RESEARCH, Polytechnic Campus, AZ, April 2019 – August 2019 Graduate Research Assistant

Determined optimal level for shape recovery utilizing four layer thicknesses and raster angles in the experiment. Examined order and contribution amount of experimental factors on the target index by conducting range analysis and ANOVA. Key Accomplishments:

Completed analysis of range and variance to decrease surface roughness amount in metal additive manufacturing. EASY TECH TRAINING AND SOLUTIONS, Gwalior, India, August 2016 – June 2018 Design Engineer

Integrated the structural design of Audi Type II and Type IV buses and a 12-meter Type III staff bus for Rajasthan Coach Builders, optimized design from crash simulation results with ANSYS and LS-DYNA, and revamped FEA/CFD analysis for several assemblies and components in ANSYS within the development and improvement phases. Key Accomplishments:

Collaborated with senior design engineers on testing the structural design and rollback of Eicher buses. DEAL, DRDO, Dehradun, India, June 2015 – August 2015 Summer Research Intern

Confirmed the design, assembly, and structural analysis using geometric dimension and tolerance to perfect finished product. Promoted hands-on experience with design and analysis on NX10. NOTABLE PROJECTS

CELLULAR AND TOPOLOGY OPTIMIZATION OF BEAMS UNDER BENDING Noted in the Solid Freeform Fabrication Conference in Austin, TX, for the insights on stochastic structures and their properties. A detailed analysis is comparing the character and properties of cellular and topology optimized structures with Topology and Altair-Inspire. MINIMIZE VOLUME OF BEAM USING CELLULAR STRUCTURES

Initiated and implemented the characteristics of cellular structures with nTopology software with rule shape and rotations. Completed optimization volume of the beam securing 5th position in the batch going from 81000 cubic mm to 3073 cubic mm. DESIGN & ANALYSIS OF OPTIMIZATION OF VOLUME OF SOLID RECTANGULAR CANTILEVER BEAM Identified the relationship between affecting factors and output of the process and implemented the design of experiments on beam with 3K full factorial approach and each factor at level 3 using JMP software. POTHOLE FILLING METHODS WITH SPRAY INJECTION DEVICES An Independent Project to complete the design and analysis of stereotypes for the radio-controlled spray injection devices which are capable of sensing, filling, leveling of the potholes.