EDUCATION
Ph.D. in Electrical Engineering, Minor: Physics, Louisiana State University 2013
Dissertation: High Capacity Digital Beam Steering Technology
M.S. in Electrical Engineering, Louisiana State University 2007
B.S. in Computer Engineering, University of Louisiana at Lafayette 2004
LICENSE/CERTIFICATIONS
Engineering Intern
Louisiana Professional Engineering and Land Surveying Board 2015
• License number: EI.0032353
EMPLOYMENT
Postdoctoral Researcher
The Ohio State University, Aug. 2014- Jan. 2015
• Interference imaging for ophthalmology applications
Research Assistant,
Louisiana State University, 2007-2013
• A novel digital non mechanical laser beam steering device and system was developed for future LIDAR, target detection and tracking, missile guidance, and remote sensing applications for the U.S. Air Force. The device performed raster scans, push broom scans, and simultaneously scanned in several directions using one laser.
• A novel non-mechanical system was developed which changed the magnification of an image digitally by controlling the polarization of a liquid crystal cell.
• Developed a digital system which changed the properties (astigmatic, converging, diverging) of a beam of light.
• All topics were sponsored by the U.S. Air Force
Research Assistant,
Louisiana State University 2007-2011
• We collaborated with the Jet Propulsion Laboratory to build compact, fast, wide-field imaging spectrometer system. A spectral and spatial uniformity of 97% was achieved.
• The tool is capable of remotely estimating the material properties (in the infrared spectrum) on earth and other planets.
Teaching Assistant,
Louisiana State University 2011-2013
• EE 4220 Optical Electronics (Lecture and Lab)
o Revised laboratory manual ,designed an experiment, presented lectures
• EE 3221 Electronics II Lab
o Prepared lecture and presentation, and defined grading policies for laboratory reports for all teaching assistants.
• EE 3222 Electronics II Lecture
Research Assistant
Louisiana State University 2005-2006
• Designed a polymer (PVDF) actuator capable of tilting a waveguide for image displacement which can be used for adjusting the quality of an image.
Student Worker
Louisiana State University 2004-2005
• Monitoring, cleaning, and operating equipment inside the lab (includes cleanroom) within the electronic device and material laboratory.
SKILLS
• Optical Alignment, measurement, and characterization.
• Software: C++, C, Assembly, MATLAB, PSpice, Cadance, LabView
• Lithography (UV, X-ray, grey-scale), thin film deposition, and etching
• Class 100 Clean room Training and Experience at CAMD and the EMDL laboratory
• Electronic measurement
PUBLICATIONS
D. Hebert, L. Greenup, M. Jones, and M. Feldman, “Two-Dimensional Digital Laser Scanning: Design, Setup, Theoretical Limits, and Control”, Applied Optics (In preparation).
D. Hebert, M. Jones, L. Greenup, and M. Feldman, “Digital optical zoom by selection of polarization”, Rev. Sci. Instrum. 83, 096103 (2012)
D. Hebert, P. Cantu, C. Washington, O. Ajala, and M. Feldman, “High Capacity Digital Laser Beam
Steering System”, Rev. Sci. Instrum. 82, 116101 (2011).
P. Mouroulis, B. Van Gorp, V. White, J. Mumolo, D. Hebert, and M. Feldman, "A compact, fast, wide field imaging spectrometer system", Proc. SPIE 8032, 80320U (2011)
D. Hebert, L. Greenup, Eddy Wu, and M. Feldman, “Digital Laser Beam Steering, Laser Beam Control, and Image Magnification”, U.S. Air Force Minority Leaders Review (2011).
D. Hebert, P. Cantu, and M. Feldman, “Digital Laser Beam Steering”, U.S. Air Force Minority Leaders
Review (2010).
D. Hebert, P. Cantu, and M. Feldman, “Digital Laser Beam Steering: Optics”, U.S. Air Force Minority
Leaders...
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