Noah B. Pestana
************@*****.***
*** ******** ******, ********* **, 02446
Availability: 8/15/2013
EDUCATION
Northeastern University, Boston, MA
Master of Science in Electrical Engineering
Aug 2013
Electromagnetics, Plasma, and Optics Track
Courses: Optics, Computational Electromagnetics, Biological Sensors,
Electromagnetics
Northeastern University, Boston, MA
Bachelor of Science in Electrical Engineering
May 2011
with minor in Biomedical Engineering and Math
Main Courses: Algorithms and Data Structures, Engineering
Problem Solving, Anatomy and Physiology,Electronics,
Electromagnetic fields and Waves, Biophotonics, Robotics,
Biomedical Electronics, Noise and Stochastic Processes,
SKILLS
Circuit Design Signal Processing Microsoft
Office Applications
Prototype Design MatLab LaTex
Optics Labview Computer Hardware
Installation Circuit Construction Visual Studios
Electromagnetic Simulations
EXPERIENCE
Biomedical Optics Lab, Northeastern University Boston, MA
Spring 2011-Summer 2013
Research Associate: Developed device for In-Vivo Flow Cytometry and
removal of motion artifacts, Developed Low-cost device for determining
concentration of target cells using microfludics
Proven Process Medical Devices Mansfield, MA June
2010- December 2010
Consulting Engineer: Redesign and troubleshooting of medical devices,
worked with documentation needed for FDA, and calibrating test equipment
Department of Cell Biology Yale University Summer 2008-
Fall 2008
Research Engineer: Responsible for design, repair, and construction of
electronic controls for microscopes and galvanometric mirrors for Multiple
Angle Total Internal Reflectance microscope with FRAP capabilities.
Optical Science Lab Northeastern University Boston, MA Fall
2007-Spring 2008 and Spring 2009
Volunteer Researcher: Basic Photodetector construction, research and
construction of dual integrating spheres for determining the optical
properties of tissue, calibration of radiometer
Publications
Pestana, N., D. Walsh, et al. (2013). "A Dedicated Low-Cost Fluorescence
Microfluidic Device Reader for Point-of-Care Ocular Diagnostics." Journal
of Medical Devices 7(2):
Pestana, N., L. J. Mortensen, et al. (2013). "Improved diffuse fluorescence
flow cytometer prototype for high sensitivity detection of rare circulating
cells in vivo." Journal of Biomedical Optics 18(7):
References will be furnished upon request.