WORK PROJECTS
Ophthalmology + Engineering
Here are some of the highlighted projects I’ve worked on.
Last updated 8/2026
As an innovation fellow, ophthalmology resident, postdoc, graduate student, and a research intern, I’ve worked on a wide range of projects from mechatronics to two photon imaging, molecular biology, and BioMEMS (Biomedical Microelectromechanical Systems).
Click on my projects below to explore my work and contact me if you have any questions!
RESIDENCY PROJECTS
REAL Eye Model Laser Simulation
Automated Assistive Eye Dropper
Smartphone Bedside Fundoscopy
HIGHLIGHTED PREVIOUS PROJECTS
Handheld 3D Ophthalmic Ultrasound Tomography
Low-Cost Stereoscopic Fundus Camera
Human Interface of a Two-Photon Ophthalmoscopy System
Testing Human Vision Threshold: A Custom-Built Device for Dim Light Sensitivity
Point-of-Care Microfluidic Electrochemical Biosensor
GALLERY
3D-printed 3-axis control box using arduino microcontroller, CNC hat, and serial port communication
The electronic components of the 3-axis control box
Mechanically pivoted mirrors in opposite directions by converting 1-directional rotation into opposing movement.
Motorized 2-axis pupil camera. Cameras rotate using a 3D printed gear system to accommodate nasal bridge and eyebrow for left and right eye.
Optical model eye with a focal distance equal to the human eye and 3D printed mould used for fabrication
3D printed phototherapeutic stimulation and objective function testing headset
360 Rotational rat imaging holder
Microfluidic DNA Biosensor
Motorized XY-axis translational stage using 3D printed gears and two stepper motor
Motorized chin rest for movement in X/Y/Z axes
Smartphone Headmount for bedside fundoscopy
CAD model of the MK1 stereoscopic fundus camera
Handheld 3D ultrasound tomography system
Electrochemical NAAT biosensor
Low-Cost Smartphone Mount for Intraoperative Ophthalmic Recording Without a Microscope
Motorized Eye Drop Assistive Device