Journal of Perceptual Imaging (preprint)

Physical Review Applied 5, 054008
DOI: 10.1103/PhysRevApplied.5.054008

Projects:

– Studying object color perception under variable illumination conditions.
– Using Gaussian spectra to derive a hue-linear color space.
– Developing colorimetry algorithms for camera-based color measurement device.
– Visually coherent warm-CCT nighttime computer graphics rendering.
– Computational modeling of human visual contrast sensitivity using ISETBIO.

Skills:
Matlab, Psychophysics, Colorimetry, Image Processing, Color Spaces/Color Management, Visual Perception.

Expected completion of degree in 2022.

– Awarded Ruth Katzman Merit Scholarship for Abstract Art.
– Designed and built Arduino-based light sculpture.

– Graduated summa cum laude.
– Senior thesis on photon up-conversion and down-conversion in solar cells.
– Advanced coursework in Physics, Mathematics, English, and Spanish.
– Exemplary rating on Sophomore Writing Portfolio.

– Teach students how to use color measurement equipment.
– Created and contribute to departmental Github repository for color science MATLAB code.
– Maintain and track lab equipment.

– Designed and fabricated VO2 nanowires.
– Characterized electronic behavior of nanowires with scanning photocurrent microscopy.
– Delivered 15-minute presentation to department on research findings
– Discovery of ambipolar VO2 led to publication in Phys. Rev. Appl.

– Pioneered new growth method for EuO think films for this lab.
– Used glancing incidence X-ray diffraction to verify composition of thin films.
– Presented research posters at 2013 and 2014 American Physical Society March Meetings.

– Tutored middle- and high-school students one-on-one in academic subjects and standardized tests.
– Trained and advised incoming tutors to implement learning tools.
– Promoted twice, up to highest level of tutor at the firm, due to positive client feedback.
– Discovery of ambipolar VO2 led to publication in Phys. Rev. Appl.