David Bernstein
Tufts University, Class of 2017
From Alpharetta, GA
From Alpharetta, GA
My primary interests lie in combining disciplines in innovative ways, primarily Biomedical Engineering and Computer Science. I am fascinated by the ways in which new experiences and concepts I learn can apply in other areas that I am engaged in. Mobile app development, operating systems, DNA sequencing, and genetic computing are the topics that excite me most.
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David Bernstein earns dean's list honors at Tufts University
Tufts University recently announced the dean's list for the Spring 2016 semester. Among these students is David Bernstein of Alpharetta, GA, class of 2017 Dean's list honors at Tufts University req...
July, 19 2016 - Verified by Tufts University
David Bernstein earns dean's list honors for Fall 2015
Tufts University recently announced the dean's list for undergraduate students enrolled for the Fall 2015 semester. Among these students is David Bernstein of Alpharetta, GA, class of 2017 Dean's...
January, 29 2016 - Verified by Tufts University
Vice President Internal at Zeta Beta Tau Omicron Chapter
In charge of monitoring mental health of all active brothers. Also, chairman of the Judicial Committee. Shall assume the duties of the President in his absence.
December 2015 - Present
Resident Assistant at tufts university
My responsibilities include counseling and advising all students within my hall, supervising the halls while on duty at night, and providing residents with a wide variety of resources across campus.
August 2014 - Present
Brotherhood Development Director at Zeta Beta Tau Omicron Chapter
In charge of rush, the development of the new brother program (the process by which new brothers are introduced to the brotherhood), weekly programming for the fraternity, and keeping a personal budget of expenses throughout the year.
April 2014 - Present
Research Assistant at tufts university
Research Assistant in the Biomedical Engineering department at Tufts University. Projects include improving wound healing through electrical stimulation, and PID control of microtweezers.
August 2013 - Present
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