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Microsoft Office Engineer

Houghton, Michigan, 49931, United States
January 18, 2017

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Sushant Kolipaka


Biomedical Engineer with biomechanics and bio-materials specialization seeking full time opportunities.

Enthusiastic self-starter and self-motivated collaborative team player graduate student with Masters in Biomedical Engineering with demonstrated ability to work under minimal supervision.

Strong ability to operate hardware instruments and document reports in an organized manner for Hospital staff.

Formal problem-solving methodologies and deductive skills with ability to communicate ideas and information clearly, effectively, and frequently using Microsoft Office suite.

Working knowledge of compound separation using HPLC.

18 months of experience as a biomedical engineer for a medical device company.


MS in Biomedical Engineering (Thesis), GPA: 3.76 (Jan 2015- Dec 2016)

Michigan Technological University, Houghton, MI.

BE in Biomedical Engineering, GPA: 3.1 (Aug 2009-May 2013)

Watumull Institute of Electronics Engineering and Computer Technology, University of Mumbai.


Biomedical Engineer, Vishal Surgical Equipment (May 2013-nov 2014)

Member of Neuro-surgical equipment team responsible for training nursing staff, technicians and doctors in reputed hospitals.

Periodic operation, validation, startup calibrations, quality assurance and maintenance for various equipment like Electro-Surgical Unit and Operation Room Lights.

Responsible for demonstration of Neuro-surgical implants, record management, AMC/CMC document handling, coordinating with stores for purchase requisition.

Scheduling conferences for sales and servicing invents for the company.


Identification of the NO generating decomposition product of ascorbic acid (May 2015-dec 2016)

Validated that it is not actually ascorbic but one of its decomposition products that causes NO release

Investigated the decomposed products of ascorbic using chemiluminescence separation and detection scheme (HPLC).

Created a 3D Printed device for integrating HPLC data along with the Nitric Oxide Analyzer data in real time.

Identified the compound as 2-furoic acid to develop a polymer which will contain the NO releasing compound in the background.

Finite element analysis of mechanical heart valve (Jan 2016-Apr 2016)

Designed Mechanical Mitral Valve using Solidworks and used ANSYS Workbench for meshing and stress analysis.

Stress and deformation was studied from the Finite Element Analysis and redesigning efficient models based on analysis.

Arrhythmia Detection using Lab View Software (Sep 2012-May 2013)

Worked on designing of ECG amplifier used for measuring heart rate.

Interfaced ECG amplifier with Lab-view software using DAQ card to analyze the data real time.

Data was taken from different patients and was easily differentiated into types of “Arrhythmia”


Engineering: Electronics, Finite Element Analysis, Medical instrumentation, High Performance Liquid Chromatography, Mass Spectroscopy, Circuit designing and fabrication, UV-Vis Spectroscopy, Biomaterials, Statistical analysis.

Software: MATLAB, Solidworks, LabVIEW, AutoCAD, ANSYS, SAS JMP, Mimics, Microsoft Office Suite, Chromera.

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