Fellow:Jhonatan Nagasako
Jhonatan M. Nagasako is a current undergraduate from Western New England University, Springfield, Massachusetts. His anticipated graduation date is spring 2015 with a B.S. degree in biomedical engineering, with a concentration in cybernetics.
He has held a research and development internship position at FloDesign Inc. and research positions at Western New England University, College of Engineering, Biomedical Engineering Department. His interests include control theory, applied robotics, human-computer interfacing, robotic exoskeletons, active prosthesis, POC devices, neural interfacing, and artificial intelligence.
Mr. Nagasako is a member of the National Biomedical Engineering Society, Western New England University - Biomedical Engineering Society, Western New England University - Engineering World Health, Western New England University - Society of Women Engineers, Alpha Lambda Delta honor society, Western New England - concert and pep bands, and is a current University Innovation Fellow candidate.
He is also an electrical engineering lab assistant and signals & systems grader, helping incoming engineers find the joys of electronic systems and signal processing theories. When he is not researching new technologies or innovative medical practices, Mr. Nagasako enjoys playing music. His instrument of choice is the saxophone, a skill still being developed even after ten years of playing. More recently, he is currently learning the piano, harmonica, and ukulele.
University Innovation Fellow Program 2014 - Jhonatan Nagasako
Maker Faire (Make Magazine/O’Reilly Publications/Ignite)
These three resources (e.g. Make Magazine, O’Reilly Publications, and Ignite) are umbrella by the Maker Fair. It will be inferred that these three sub categories will be covered/referred by the use of the strategic resource Maker Faire, as seen in Figure 1. More information found here: http://universityinnovation.org/wiki/Category:Maker_Faire#Maker_Faire_.28Make_Magazine.2FO.E2.80.99Reilly_Publications.2FIgnite.29
Figure 1: Diagram representation of the Maker Faire's fundamental parts
