Educational Projects
08/2024 – 08/2025
Design and Simulation of a
Diffractive Optics-Based Exit Pupil Expander for Augmented Reality in Ansys
Zemax OpticStudio:
Objective:
Design
a compact diffractive-optics waveguide for AR that widens both field of view
and eye-box.
Main
Contributions:
Introduced dual-wing expanders, wire-grid
polarizers, and an integrated expander/out-coupler grating to realize a single thin glass combiner.
Key
Result:
Delivered 90° diagonal full-colour FOV with a 12 × 10 mm
eye-box, high contrast, and <5 % luminance variation.
Tools:
Zemax
OpticStudio, Lumerical, Ansys Speos, Fourier-Modal Method, ray tracing, and
genetic-algorithm optimization.
06/2019
– 09/2020
Study
the Electric Field and Voltage Analysis of Copper sheet through ANSYS ELECTRIC:
Objective:
To
investigate the behavior of materials under electrical loads, voltage-field
interactions in copper sheets were simulated.
Main Contributions:
Verified theoretical models by demonstrating a linear relationship between
applied voltage and electric field intensity, achieving a slope of 6.67 V/m per
volt.
Maximum field intensity:
3000
V/m was recorded at 450V input, indicating that the material is stable at high
voltages.
Tools:
Finite Element Analysis (FEA) and ANSYS Electric (ANSYS Workbench).