Engineering Quality Engineer

Amey Desai

**** ********** ******, *************, ** 30043 *******@**********.*** 770-***-****

OBJECTIVE:

Seeking an opportunity in the Biomedical/Medical Device field to work as a Biomedical or Quality Engineer/Researcher with a Hospital or Medical Device Company.

EDUCATION:

State University of New York at Binghamton, Binghamton, NY May 2017

MS in Biomedical Engineering

D. J. Sanghvi College of Engineering, Mumbai University, Mumbai, India May 2015

BS in Biomedical Engineering

PROJECT/LAB EXPERIENCE:

Study the impact of a liquid drop from a 3D printer, Binghamton University June 16- Dec 16

Used a high-speed camera to capture the impact of a drop from a 3 D printer on a substrate. The imaged captured was used to understand the shear strain that causes the drop to deform on impact and further understand the effect of the impact on a drop containing cells or bio ink.

The substrate consisted of patterns which were created using soft lithography techniques.

Image processing using MATLAB extracted parameters like drop velocity, size of drop and height of the drop.

Biomechanical Analysis of Multiple Motion, Binghamton University Jan 16- May 16

OptiTrack MOCAP system with Flex 13 cameras were used to analyze bowling and putting action.

Computed Tomography image reconstruction and processing using MATLAB, Jan 16- May 16

Algorithmically reconstructed 2 – D X – Ray sinogram image slice using MATLAB. Processed original X – Ray slices with and without Ram – Lak and Hamming filters.

Wolf and Moose Abundance in Isle Royal and Wolf Survival Rate, Binghamton University Aug-Dec 2015

Performed Data Analysis on these two set of data using MS Excel, MATLAB and Minitab.

Nerve Muscle Stimulator with Gait Cycle Analyzer, D.J. Sanghvi College of Engineering 2014-15

Used a microcontroller to combine gait analysis and functional electrical stimulator.

µvision software was used to build the code for the microcontroller.

Microcontroller was used to control the pressure sensor, PCB and the LCD.

A 4-point pressure sensor was used to calculate the gait parameters like ankle angle, stride length, cadence.

LEADERSHIP:

President, Indian Graduate Student Organization, Binghamton University, 2016-17

I served as the liaison between the graduate students and the administration (GSO, ISSS) along with the President.

In charge of overseeing well-being of 500+ students.

I was responsible for all official IGSO correspondence, and supervise all cultural events of IGSO.

Manage the funds allotted to the IGSO to organize events of academic, education and religious importance.

SKILLS:

Lean Six Sigma Green Belt, Jan 2017

Software Applications / Programming: Microsoft Office, MATLAB™, basic knowledge in LabVIEW and Simulink, Minitab, R, Python.

Familiarity and experience with nanofabrication lab/cleanroom and techniques like Soft Lithography.

Lab Instruments: Wide Field Microscope, High speed Camera, Oscilloscope, Function generator, digital multimeter, Basic circuit elements, spectrophotometer, microscope, flow cytometer, hemocytometer, ventilators.

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