
Research Assistant at Harvard University
Greater Boston Area

Research Assistant at Harvard University
Greater Boston Area
Currently on the final stretch of my doctoral studies at Harvard University (Cambridge, MA, USA) at the School of Engineering and Applied Sciences, I wish to apply the skills I've learned throughout my PhD career to product development and breakthrough technologies in the medical device and/or biomedical imaging industry.
During my master's thesis, I co-designed, produced and conducted preliminary tests on, a rapid prototype of a biomechanical device to load the intervertebral disc while imaging it through NMR.
During my PhD program, I have been focusing on the mechanical interactions of individual cells with a three-dimensional collagen matrix. Along the way, I have used models typically applied to macroscopic beams, to understand how microscopic collagen fibrils bend, stretch and align.
I am currently looking for full-time positions as of October 1st 2009, primarily in the Boston area, where I can apply the valuable analytical skills and teamwork experience gained during my doctorate at Harvard University.
particle tracking, fiber tracking, medical imaging, image processing, bulk rheology, confocal and video microscopy, cell culture, magnetic tweezers
(Educational Institution; 10,001 or more employees; Higher Education industry)
September 2003 — Present (6 years 4 months)
(Educational Institution; 1001-5000 employees; EPFL; Research industry)
2006 — 2006 (less than a year)
(Medical Devices industry)
September 2004 — January 2005 (5 months)
Course: applied statistics for engineering undergraduates.
Led discussions and provided tutorials for 10-15 students.
Nominated by students for departmental award of excellence in teaching.
(Non-Profit; 5001-10,000 employees; Hospital & Health Care industry)
April 2003 — September 2003 (6 months)
Co-designed and performed mechanical tests of various constructs aimed to correct scoliosis (spinal deformation) in children. Test results published in Journal of Spinal Disorders and Techniques.
(Medical Devices industry)
2002 — 2003 (1 year )
(Medical Devices industry)
2001 — 2002 (1 year )
2003 — 2009
Master's , Applied Physics , 1998 — 2003
For my thesis work, I co-designed and produced, within budgetary constraints, a rapid prototype of a biomechanical device aimed at loading the intervertebral disc while imaging it via NMR.
High school diploma , Latin, Greek, Math & Physics , 1994 — 1997
Advanced program combining classics (Latin, Greek) with advanced science classes
American Society of Cell Biology (ASCB)
European Society of Biomechanics
Biophysical Society
New England Complex Fluids
Harvard Biotechnology Club
Baha'i Community
NSF biomechanics training grant, 2007-2008
Swiss National Science Foundation fellowship for research abroad, 2006-2007
Nomination for excellence in teaching: applied statistics for undergrads at Harvard University, fall 2005
NSF biomechanics training grant, 2005-2006
Dr. Max Hussman Stiftung scholarship for study abroad (Waterloo, Canada), 2000-2001