JAYANT C. BHOSLE

ac2osc@r.postjobfree.com (***) ***- ****.

EDUCATION

M.S., Mechanical Engineering December 2016

New Jersey Institute of Technology, Newark, New Jersey. GPA – 3.7 Bachelor of Engineering, Mechanical Engineering May 2014 Mumbai University, Mumbai, India. GPA – 3.4

AREA OF EXPERTISE

Product Design (3D Model, Sheet Metal)

Conceptual Design

Design for Manufacturing and Assembly

Geometric Dimensioning & Tolerance

Machine Design

Knowledge of CNC Programming

CAD & CAE

Finite Element Analysis (FEA)

Bill of Materials

TECHNICAL PROFICIENCY

Software: SOLIDWORKS, CREO Parametric, CREO Simulate, ANSYS Workbench, ProE, Microsoft Office Suite, CREO Manufacture, CATIA, Autodesk Inventor Professional, Auto CAD, Java, Microsoft Project, 3D CAD Certification: Diploma in Product Design and Analysis, CADD Centre EXPERIENCE

Mechanical Design Engineer May 2014 – July 2015

Dumra Machines, Gujarat, India.

Assisted engineering staff in the design and development of systems and components using Computer Aided Design software

Responsible for designing prototype for Fully Automatic Capsule Filling Machine by using the New Product Development process that consisted of ~800 parts

Created detail drawings, Documents, General assembly, Bills of materials and performed Geometric Dimensioning and Tolerance (GD&T)

Led development and coordination in all aspects of production, including selection of manufacturing methods, creating inspection plans, Experienced Tolerance Stack up for assemblies and fulfilment of orders and specifications

Designed Motor base support and conducted Structural and Modal Analysis to determine the maximum von Mises, displacement, factor of safety and modal frequencies of the assembly

Tested for safety, material expectation, and tested motor base functionality by locating the areas of maximum and minimum stress

Tutor October 2015 – December 2016

New Jersey Institute of Technology, Newark, NJ.

Tutored under-graduate students in courses such as Stress Analysis, Machine Design, CAD

Providing guidance to undergraduate students explaining basics and suggesting alternate solutions to challenging problems PROJECTS

CREO Parametric – Cart Assembly and Design

Performed dimensioning and modeling on 13 individual parts of a cart that were assembled using CREO

Designed and conducted global interference checks after product assembly to improve dimensioning and create accurate fits

Discovered 3 major interferences while testing that led to increasing the diameter of hole in one part (Lower arm) and using different size of Bolts.

Created detailed project plans and drawings with Bill of Material (BOM) for each sub-assembly and assembly part.

Managed assembly plans and led efforts toward maintenance and release of BOMs Solidworks - Design, Assembly and Manufacturing Centering Attachment

Designed centering attachment consisting of 23 unique parts and performed assembly using SolidWorks

Designed and conducted global interference checks after product assembly to improve dimensioning and create accurate fits

Discovered 2 major interferences, while testing that led to redesigning of Bolts

Performed Turning, Threading and Centering using CREO Manufacture to implement and produce final product Steady State and Transient Thermal Analysis of DSP Chip

Created different parts for a single DSP chip such as silicon, chip under-fill, substrate, coating using CREO

Created different material for multiple parts respectively using Ansys Workbench.

Performed steady state and thermal analysis to determine locations of Von-Mises stress and maximum displacement Undergraduate Project: Design and Fabrication of Motorized Screw Jack. Team leader

Designed, assembled and manufactured a prototype of a Motorized Screw Jack.

My role as a team leader was to Planning, make the important decisions, assign duties to all the team members, managing the funds.