Jenny Zhan

Sterling Heights, MI, *****

Phone: 906-***-**** Email: acq63w@r.postjobfree.com

OBJECTIVE: .

To obtain an engineering related full-time position that will utilizes my professional skills and research experiences.

EDUCATION: .

B.S in Biomedical Engineering Sept-2011 May-2015

Michigan Technological University, Houghton, MI GPA: 3.3/4.0 Computer & Technical Skills: .

UGNX 7.5 MATLAB 2012 Medical Device Statistic Analysis CAE/CAD Solid works Bioinstrumentation Mechanics of Material Finance and Marketing MS-Office LabVIEW Finite Element Analysis Wolfram Mathematica Thermo Fluids Circuits Human Biomechanics Interpersonal Communication Signal and Imaging Processing General mechanical problem analysis & troubleshooting EXPERIENCES: .

User Interface Design for Medtronic (Sept, 2014-Present)

Manage the overall process for the project, decision making as design team leader

Contact and negotiate with various hospital/research center for conducting study

Develop a set of guidelines for designing the user interface for touchscreen devices

Investigate devices that are specifically for Android system and Java based program system Result: Experienced IRB process and contract write up. Gain excessive leadership experiences.

Mathematica Wolfram Lab Executive Consultant (Jan, 2013-Present)

Provide Math-lab consults for student upon Calculus course and other relevant projects

Trained on Wolfram Language and programming for Mathematica

Analyze statistical data using Wolfram and simulate 3-D model

Check for lab mistakes and troubleshooting/problem solving for program mistakes Result: Promotion within one semester. Gain extra training on Wolfram Language

Project Design: Fundamental Engineering Design Course I, II (2012)

IRobot project design specially recoding robot in Mat Lab for routes redesign

Wind Turbine project for Energy Power Saving

Involved programming with MATLAB and design 3D model using UGNX Result: Team received the second high score. Developed time management skills

Incorporation Nanoparticle into Injectable Hydrogel (2011)

Designed hydro gel-based adhesives materials combined with Nano-silicate, Laponite

Incorporation of Laponite increases the bulk materials properties of the PEG-based hydrogel

Increased overall bulk material properties and adhesive strength increase by 5 times

Purchased raw materials from various Bio-material company and negotiate prices Result: Paper published to 2013 MRS Spring Meeting; 3rd place in Undergraduate Research Expo Language: .

English (Fluent), Mandarin & Cantonese (Native speaker), Spanish (Intermediate)

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