OBJECTIVE To gain a biomechanical engineering position and use my skills to develop products that will be beneficial in both the work and home setting. My primary interest is in developing prosthetic upper and lower limbs for amputees, but I am also interested general Biomechanics.
EDUCATION B.S. Biomedical Engineering, Biomechanics
University of Wisconsin-Madison
GPA: 3.0/4.0
Academic Design Projects
Vibrotactile Stimulator:
Designed an MR-compatible system that provided sub-threshold (for sense of touch) vibration to the fingertips. To be used by UW-Milwaukee Industrial Engineering to study how added vibrations can improve reaction time.
Leadership position:
Team Leader—responsible for progress reports and team organization
Sensing Forceps:
Create a user interface that collects and displays data from strain gauges attached to surgical forceps. Used for testing tissue damage thresholds and surgical teaching tool.
Leadership position:
Team Leader—responsible for progress reports and team organization
3D Brain Model:
Create an anatomically correct model of the brain’s ventricular system to teach and practice surgeries.
Leadership position:
BWIG—responsible for maintaining the team website with updated progress
Course Work:
Engineering: Biomechanics, Biomechanics of Motion, Tissue Mechanics, Intro to Circuits, Mechanics of Materials, Machine Component Design, Dynamics, Fracture Mechanics
Communications: Engineering Technical Communications
Computer Programming: Java Database Structures
Foreign Language: Japanese (two Semesters)
EXPERIENCE
Green Bay Packaging Inc., Green Bay, WI
May 2011-Aug. 2011
Dec. 2011-Jan. 2012
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