Design Engineer Mechanical Engineering

Abhinay Pise

************@*******.***.***. Ph.-978-***-****. www.linkedin.com/in/abhinaypise

EDUCATION

MS. Mechanical Engineering, University of Massachusetts, Lowell MA (3.37/4) May 2017 Coursework: Plastic Product Design, Mold Design, Theory of FEA, Applied FEA Analysis, Composites BS. Engg. Mechanical Engineering, University of Mumbai, Mumbai, India (3.5/4) June 2015 PROFESSIONAL EXPERIENCE

Design Engineer, 7AC Technologies, Beverly, MA Feb 2017 – May 2017

• Experienced working on cutting edge technology of Lithium Chloride desiccant system air conditioning systems; Worked as team to create and process engineering change orders for the system

• Designed and drafted cooling system parts and assemblies in SolidWorks; Redesigned existing Haier system for better efficiency; Applied DFA/DFM principles for reliability on design

• Tested the desiccant systems for performance and quality; Programmed Emerson PLC Research Assistant, Laboratory of Green Combustion, UMass Lowell, MA Jan 2016 – Feb 2017

• Designed and set up “Reaction Chamber” which consists of mixing premixed non-premixed gases; Burning them under different characteristic conditions to study different properties -temperature, pressure, ignition delay, wavefront propagation

• Modeled Reaction Chamber in SolidWorks; Created detailed drawings and design for manufacturing

• Analyzed for stress, strain, and fabrication in Ansys; Simulated CFD analysis of methane injection inside the chamber; Laid out circuit for Data acquisition in NI LabVIEW Mechanical Design Engineer, Matrix CAD Academy, Mumbai, India July 2014 – July 2015

• Demonstrated experience working in a startup environment as a part of 3-member founding team

• Translated ideas into 3D working models and prototypes using SolidWorks; Analyzed and simulated them in Ansys for stress, strain, deformation and thermal distribution; Worked on Geometric Dimensioning and Tolerancing (GD&T) of machine parts

• Assessment of current models; Redesigned to meet required specifications; Redesigned existing model of Transmission Tower to meet stress reduction target, analyzed pressure vessel to evaluate performance under various pressure conditions

• Effectively solved design complications of 3-Axis trolley; Created detailed drafting for fabrication of machined components

Manufacturing and Design Engineer, Voltas Limited, Mumbai, India July 2014 – June 2015

• Manufactured fin and tube heat exchanger and documented manufacturing process according to ASME and TEMA standards

• Drafted pressure vessels in AutoCAD; Maintained inventory for continuous production of heat exchangers

• Redesigned existing system of water chiller plant to reduce material usage keeping efficiency of entire process constant, ensured compliance with results of mechanical and thermal design of evaporator and condenser according to ASME & TEMA standards

Mechanical Engineering Intern, Western Coalfields Limited, Chandrapur, India May 2013 – Sept 2013

• Gained hands-on experience while maintaining and repairing engines and transmission system of Heavy duty machines; Utilized machine shop tools and machinery to reduce downtime

• Welded shovel hooks and joints and drove bulk handling crane to transport machinery

• Applied Kanban System to the manufacturing process of various parts which increased productivity by 11% TECHNICAL SKILLS

• Programming languages: C, C++, Java, Minitab, MATLAB, R Basics

• Software: AutoCAD, Creo Parametric, Pro-E, Mastercam, SolidWorks, Ansys, Abaqus, Femap, Hypermesh, NI LabVIEW, CATIA, Tableau Data Visualization

• Shop Skills: Lathe machine, milling, shaping grinding, drilling, CNC, TIG Welding

• Office: Microsoft Office Word, Excel, PowerPoint, Access, Programming in Microsoft Excel, data compilation, sorting and analysis

ACADEMIC EXPERIENCE

SBIR Grant Phase I Proposal -- A Device for early detection of Acute Pancreatitis (Fall 2016)

• This proposal demonstrates a device that helps detect acute pancreatitis in early stages of its growth and thereby eliminating multiple organ failures

• Need here is to detect Interlurekin-8 in blood using a test apparatus or device that calibrates its level

• It predicts the severity of disease within onset time of 12 to 24 hrs

• Test apparatus includes a strip that tests IL-8 levels using an antibody, coagulated with colloidal tracer

• Prototype designed using AUTOCAD 2014

• There are certain facilities that are well advanced in dealing with pancreatic problems. Some of those include, Cleveland clinic, Massachusetts general, UPMC pancreas center for excellence, National pancreatic foundation. These facilities have dedicated laboratories for developing new methods and resources for pancreatitis Design of Cooling System for Core i7-5960X Processor (Spring 2016)

• Designed cooling system for a desktop computer for thermal management of the high-end processor;

• Identified parameters critical to efficient functioning of the cooling system – resistance, temperature, fan rpm and sealing material characteristics

• Designed cooling system using SolidWorks and simulated CFD analysis to evaluate performance and efficiency

• Provided comparative cost analysis to existing commercially available products to demonstrate cost- efficiency trade-off

Analysis of Spring in Pogo Stick (Fall 2015)

• Modeled pogo stick in Solidworks and analyzed it for stress, strain, and deformation in Ansys focusing on movement of spring; evaluated alternate materials for the spring to improve lifespan of spring Manufacturing of AMC’s (MS Research Paper) (Fall 2015)

• Economical methods of manufacturing of Aluminum Matrix Composites were discussed along with pros and cons of methods of production.

ISRO Manufacturing Assignment ( 2012- required for Creo Certification)

• Designed machine parts and assemblies in Creo Parametric; Drafted them in Creo as per requirements for their fabrication

• Coded CNC machine for the production of the machine parts Formula Student Germany 2K13 (2013 -UG cocurricular project)

• Collaborated as team to fabricate a Formula 1 prototype car to participate in FSG 2K13

• Designed inlet and outlet manifold of engine; Designed cooling system for F1 prototype

• Manufactured chassis with grinding, cutting and welding operations Microcontroller Based Wired Robot (2012)

• Designed and build a wired robot with AT mega 16 microcontroller along with sensors which can move and perform job as programmed as line follower, automatic machine Wired Robot (IEEE 2012)

• Designed and build circuit based robot with a simple application of moving forward and backward

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