Dr. Ida Bernstein - *

IDA BERNSTEIN

443-***-****

adzjtz@r.postjobfree.com

**** ********* ***. ** #***

Washington, DC, 20007

EDUCATION

PhD Delaware State University, Optics March 2016

“Dispersive Solitons in Optical Fibers and DWDM System” Concentration: Optics, Quantum Mechanics, Applied Mathematics Essaid Zerrad, Advisor

BS Syracuse University, Physics May 2007

LIGO Research Assistant

President, Society of Physics Students

Founding Chapter President,

Rugby All American

Academic All American

INNOVATION & RESEARCH EXPERIENCE

Project Manager

Spinal Cord Injury Solutions Oct 2021 to Present

• Develop novel technology for mobility restoration

• Design and build adaptive devices

o 3D modeling & printing

o Lead weekly project meetings

o Establish Benchmarks

o Signal analysis

Physicist Feb 2019 to Jan 2023

Applied Research Associates

• Develop mathematical models

• Map nuclear fall via weather data

• Develop detection concepts for hypersonic glide vehicle (HGV)

• Identify various applications for company owned technology

• Write technical reports, proposals, and whitepapers

• Evaluate degradation of military grade optical equipment

• Mentor interns

Medical Physics Postdoctoral Fellow

University of Maryland Medical Center Jan 2018 to Oct 2018

• Develop novel approach for quality assurance and commissioning of radiation applicators. o Design experiments involving high dose radiation o Administer high dose radiation through gynecological applicators o Build environment to collect images

Dr. Ida Bernstein - 2

o Acquire images using: Florescence, X-rays, CT Scans o Adjust high resolution cameras: gain, shutter time, exposure, aperture o Develop quality assurance protocols

o Process images

o 3D modeling and design

o 3D printing of prototypes

o Create companion software

o Present work at conferences

o Perform weekly quality assurance protocols on radiation machines Research Assistant

Delaware State University Sept 2014 to May 2016

• Mathematical Analysis of perturbation due to special temporal dispersion in quantum optics.

• Develop a governing equation for dispersive Solitons from nonlinear Schrödinger equation

• Calculate Dispersive Optical Solitons

TEACHING EXPERIENCE

Montgomery College Dec 2018 to Aug 2019

Adjunct Professor

•3D Modeling •Physics I •Physics II

o Create course including: Syllabi, Lecture Slides, Labs, Exams, Projects, Quizzes, Homework o Give Class lectures

o Lead laboratory experiments

INTERNATIONAL SPORTS

Team USA May 2007 to Aug 2016

•Rugby •Bobsled •Wrestling

SKILLS & EXPERIENCES

Signal Analysis, Python, Mathematica, MATLAB, IDL, LabVIEW, AutoCAD, ImageJ, 3D modeling, software development, mentoring, analytical problem solving, experimental research, theoretical research, quantitative research, group collaboration, Cathode Ray Tube, Michealson Interferometer, Van dear Graaf Generator, Spectrometer, Oscilloscope, Photoelectric Effect, Presentations, Teaching, Scientific papers, technical paper editing

SELECT PUBLICATIONS

Dispersive Optical Solitons with Schrodinger-Hirota Equation by Traveling Wave Hypothesis I. Bernstein, E. Zerrad, Q. Zhou, A. Biswas, N. Melikechi, Optoelectronics and Advance Materials. Vol 9, No. 5-6, May-June 2015, pg, 792-797

Dispersive Optical Solitons With Schrödinger-Hirota Equation Using Undetermined Coefficients I. Bernstein, N. Melikechi, E. Zerrad, A. Biswas & M. Belic. To appear in Journal of Computational and Theoretical Nanoscience.

Rugby and Physics

Trevor Lipscome, Physics Comment. Issue4, December 2009, pg, 13

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