Strategic Objectives
• Understand the fundamental physics governing light-matter interactions in medical devices.
• Optimize CMOS sensor integration for high-sensitivity imaging in compact spaces.
• Design advanced LED and fluorescence systems for rapid diagnostic accuracy.
• Master lens selection and optical path engineering to eliminate noise and aberration.
The Core Challenge
In the world of point-of-care diagnostics, a single photon can be the difference between a correct diagnosis and a failure, yet hardware engineering is often overshadowed by biochemistry.
01
The Nature of Light
02
Geometrical Optics
03
The Mechanics of Lenses
04
Fluorescence Physics
05
Colorimetry Hardware
06
CMOS Sensor Architecture
07
LED Integration
08
Optical Aberrations
09
Signal-to-Noise Ratio
10
Photodetector Principles
11
Thin-Film Optical Filters
12
Microfluidic Integration
13
Diffraction Limits
14
Optomechanics
15
Illumination Engineering
16
Spectroscopy Systems
17
Digital Image Processing
18
Quantum Efficiency
19
Stray Light Suppression
20
Thermal Effects on Optics
21
Future of Imaging Hardware
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