Advanced Multispectral Imaging for Inclusive Dermatological Diagnostics
Visible and NIR wavelengths for comprehensive skin analysis
Dynamic parameter adjustment for diverse skin tones
Clinical-grade imaging in a compact, mobile form factor
Revolutionizing dermatological diagnostics through inclusive imaging technology
SkinLumina is a portable, multispectral imaging device developed to improve the accuracy and inclusivity of dermatological diagnostics across diverse skin tones. Unlike conventional skin imaging systems, SkinLumina dynamically adapts its lighting and scanning parameters based on the user's skin tone, using a combination of visible and near-infrared (NIR) wavelengths.
The system captures both surface and subsurface skin features to detect abnormalities like melanoma, scars, and discoloration that might otherwise be overlooked on darker complexions. By integrating advanced optical components, real-time image processing, and a portable form factor, SkinLumina aims to provide clinicians with a more equitable, adaptable, and cost-effective tool for skin analysis.
Combines visible and near-infrared wavelengths to capture comprehensive skin data across all skin tones
Real-time parameter adjustment based on skin tone detection for optimal image quality
Designed for seamless integration into clinical workflows with portable form factor
Addresses diagnostic disparities by providing accurate imaging across diverse skin tones
Photonics & Optics (Team Leader)
Focus: Imaging & Hardware Integration
Computer Engineering
Focus: Algorithm Development & Embedded Systems
Photonics & Optics
Focus: Optical Hardware
Electrical Engineering
Focus: Circuit Integration & Power Management
Comprehensive project reports and technical documentation
Watch the SkinLumina system in action
Professor, Electrical & Computer Engineering
Professor, Optics & Photonics Electrical & Computer Engineering Materials Science Engineering
Esteemed experts providing critical review and guidance
UCF Trustee Chair Pegasus Professor
Optics & Photonics
UCF Trustee Chair UCF Distinguished Professor Pegasus Professor, Optics & Photonics Electrical & Computer Engineering Physics; Director, Townes Laser Institute
Specialist in Medical Dermatology and Mohs Surgery for Skin Cancer
UCF Health, College of Medicine Practice
Professor
Optics & Photonics. Physics
Professor
Electrical and Computer Engineering
Adjunct Professor, Electrical Computer Engineering
