Timothy Peterson 809 W. Grove Pkwy. #3108, Tempe, AZ 85283 Timothypeterson97@gmail.com (909) 544 1040

PROFESSIONAL SUMMARY A detail-oriented and organized, entry-level engineer with expertise in all areas of engineering including the processes for product development, remaining calm under pressure, accomplishing projects with creativity, and having an infectious enthusiasm for technology. EDUCATION Biomedical Engineering BSE May 2015 Ira A. Fulton School of Engineering GPA: 3.12 Arizona State University, Tempe, AZ AWARDS AND HONORS Received Academic Honors by making the University’s Dean List for Spring 2014 Received the honor of Eagle Scout in April 2011 RELATED COURSEWORK Biomaterials � Signals & Systems � Product Design and Development � Transport Phenomena � Microcomputer Applications � Instrumentation � Capstone Design � FDA & Technical Communications SKILLS Proficient in Solid Works, Matlab, Mimics, LabView, PSpice, SPSS, CFD, and Microsoft Word, Excel, and Powerpoint ACADEMIC PROJECTS Biomedical Engineering Capstone Design (BME 417) Fall 2014/Spring 2015 Designed and developed a full functioning prototype of a pair of medical loupes. The device includes a gyroscope attached to the frames that relays information to an arduino. The arduino takes that information and moves a servomotor that is attached to the magnification loupes and moves them to compensate for head movement. The product is intended to relieve long-term neck and back pain from users, such as dentists, by allowing freedom of movement without manually adjusting the loupes to view the same focus point. Microcomputer Applications (BME 370) Spring 2014 Produced a computer EMG sensor that allows the control of a mouse on a computer with muscle movement. The product includes an arduino microcontroller, EMG sensors, and a band-pass filter. This was intended to allow users with missing limbs or lack fine motor control to use a computer. Bioengineering Product Design (BME 300) Spring 2014 Performed segmentation of 3D medical images using both CT and MRI images in Mimics. Designed aneurysm and stenosis models in SolidWorks. Completed various predictions of fluid flow using Computational Fluid Dynamics (CFD) and analyzed the data obtained using post processing software Tecplot. Biomedical Product Design and Development II (BME 282) Fall 2013 Created a virtual prototype of a blood glucose meter. Through effective documentation and design reviews, demonstrated how this virtual prototype fits into the design process. Provided a detailed protocol for the immobilization of glucose oxidase enzyme and the calibration test. WORK EXPERIENCE Mesa Public Schools November 2015 - Present Substitute Teacher Chandler Unified School District November 2015 – Present Substitute Teacher Hobby Lobby, Tempe AZ November 2015 - Present Stockroom

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