Biomedical Engineer

School Address: Doua Vang Permanent Address: *** Institute Road **********@*****.*** 128 Albee Street

Worcester, MA 01609 978-***-**** Fitchburg, MA 01420

OBJECTIVE: Full time engineering position in the medical device industry

EDUCATION: Worcester Polytechnic Institute (WPI), Worcester, MA Bachelor of Science in Biomedical Engineering, GPA 3.85/4.0, May 2018

SKILLS: Laboratory: Digital Multimeter, Oscilloscope, Function Generator, NI ELVIS II

Computer Skills: MATLAB, Arduino, Xilinx-Vivado, LabView, Python, Java, Logger Pro, C, SYS/BIO, Certified SolidWorks Associate, Microsoft Office, ImageJ

PROJECTS: Major Qualifying Project: Designing a Device to Optically Detect Blood Coagulation,

WPI, Aug 2017 - May 2018

●Worked in a team of two on a company sponsored project to redesign one of the company’s products, the optical reading unit, to add functionality and meet design requirements

●Researched different components of opto-mechanical design, primarily interference filters, LEDs, fiber optics, and mirrors

●Designed multiple iterations of the reading unit through 3D printing, conducted optical tests to assess device performance, and implemented a software control feedback loop to regulate the sample housing to body temperature

●Created a graphical user interface in MATLAB to implement serial communication with an Arduino to record/display pseudo-real time measurements of absorbance over time

Electrical & Computer Engineering Design: Wireless Mail Alert System, WPI, Oct-Dec 2017

●Managed a team of three to conceive, design, and build a prototype of a wireless mail alert system to meet customer requirements, product specifications, and to create a functioning prototype to present the product concept

●The device was designed to utilize Arduinos, wireless modules, a lithium ion battery, an analog force sensor, LEDs, and a solar cell

BME Instrumentation/Sensors Lab, WPI, Jan-March 2017

●Designed an analog electronic system that turns LEDs on/off according to eye activity

●Utilized electrodes on the human face to measure dipole of the eye

●Implemented an amplifier, low-pass filter, and a comparator with a Schmitt Trigger

ADDITIONAL

EXPERIENCE: Summer Research Fellowship: National Institute of Standards and Technology, Jun-Aug 2017

●Created organic transistors with the implementation of fluorinated self-assembling monolayers (SAMs) to modify metal work function and dipole moment of the contact surface

●Presented an assessment of device performance by analyzing current from multiple devices with different SAM molecules with MATLAB data analysis tools

Community Organizer Intern, NewVue Communities, Fitchburg, MA, July-November 2013

●Analyzed survey data from the community and developed a report to present to the city police chief about the community’s opinions toward the safety of their neighborhood

●Assisted in coordinating a city Halloween event and supervised a section

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