Mechanical Engineering Microsoft Office

ANIKET BORUDE

E-mail: *******@***.*** www.linkedin.com/in/aniket-borude Phone: +1-480-***-****

Mechanical engineering graduate with a strong understanding and experience in applying design principles and manufacturing concepts like Lean, new product development and commercialization and working with 3D CAD and FEA tools such as SolidWorks, CREO, and ANSYS, seeking an opportunity to contribute in Design, Development, Analysis, Testing and Manufacturing of products

EDUCATION

Master of Science-Mechanical Engineering Arizona State University, Tempe, AZ GPA: 3.63 May 2017

Bachelor of Engineering in Mechanical Engineering FCRIT, University of Mumbai, Mumbai, India June 2015

RELEVANT SKILLS

Software: ANSYS, MATLAB, SolidWorks, CREO, AutoCAD, JMP, Inventor, LabVIEW, ABAQUS, Microsoft Office

Technical: 3D CAD Modeling, Finite Element Analysis, FMEA, GD&T, DFM, DFA, JIT, 5S, Six Sigma, Kanban, Design of

Experiments (DOE), Design Optimization, Solar Commercialization, Documentation

Soft Skills: Strong Written and Verbal Communication Skills, Enthusiastic Learner, Attention to Detail, Good Organizational Skills, Team Player, Critical Thinker, Excellent Analytical and Problem-Solving Skills, Presentation Skills

PROFESSIONAL EXPERIENCE

Graduate Service Assistant ASU March 2017 – May 2017

Worked as an assistant for professor for Polymers and Composites course of 70 students at Arizona State University

Organized and maintained home-work records and solved queries of students through in person meetings and email

Associate Sun Devil Campus Store, (Follett Corp), ASU December 2015 – December 2016

Assisted in processing online orders of more than 1500 books and general merchandise in a high-volume workplace

Managed a high-volume workload and underwent customer service training to improve customer satisfaction and productivity

Applied principles of Lean Manufacturing, 5S and JIT to ensure demands were met by identifying and resolving process defects

Investigated workstations for unproductive down times and improvised operations based on requirements

Intern AISI December 2014

Participated in an internship and industry training program on Automotive IC Engine Design & Development

Managed a team of 5 students on an industrial research on design methodologies to reduce piston thermal loading in an IC Engine

Presented research to experts from OEM’s and achieved the ‘Award of Excellence’ among 20 other teams

INDEPENDENT STUDY AND PROJECTS

Capstone plus further Independent study Automatic Control of a Hydraulic Pump Motor July 2014 - May 2015

Led a team of 4, from conceptual design to fabrication and installation of a cost-efficient prototype of a pump motor controller

Created prototype design in LabVIEW interface for Arduino and prepared 3D CAD drawings in SolidWorks along with BOM

Applied manufacturing techniques such as Failure Mode & Effect Analysis (FMEA) and Design for Manufacturing (DFM)

Conducted technical evaluations such as final product verification and functional testing to validate system design

Publication : Authored and published "Automatic Control of a Pump Motor” ; published and presented paper at IJAFRSE

Design and Structural Analysis of a Polymer beam ASU January 2016 - May 2016

Compared Structural Analysis results and Lab Load Tests results of deflection of a beam to the accuracy of 99.2%

Utilized iterative designing method of CAD modelling and performed structural analysis on ANSYS on multiple beam designs

Manufactured the final prototype and conducted load test on beam and compared results with FEA results

CAD Modeling Projects ASU January 2016 - May 2016

Designed and customized a ladder with adjustable attachments for uneven terrain in PTC CREO

Developed a home appliance consisting of a meat grinder, blender and a mixer all in one and used Surfacing and Sheet Metal

Optimization of a Vehicle Suspension system ASU January 2016 - May 2016

Conducted a nonlinear axisymmetric analysis FEA of a tire (Rubber) of an off-road vehicle to reduce its rolling resistance

Created the 3D CAD tire design in the SolidWorks and assigned variables of tire dimension to be tested for optimized design

Conducted a design of experiments study in ANSYS to find the optimized values of the variables, for minimum rolling resistance

PV concept commercialization ASU January 2017 – May 2017

Created a future business model (commercialization of concept through production) for recycling old and faulty crystalline silicon solar PV modules

Implemented Goldsmith Commercialization principles for designing business model

Contact this candidate