Skin cancer is the easiest cancer to find, yet a confirmed diagnosis takes time, skills, and expert judgment, along with various diagnostic tests like dermoscopy and biopsy. With Spectra-Scope®, physicians can make instant, scar-free, and highly accurate diagnosis for all types of skin cancers. It is simple to use. The combination of biochemical information on skin tissue as determined through laser-induced plasma spectroscopy plus the proprietary AI-based diagnostic algorithm create an almost immediate diagnosis of unrivaled clinical accuracy in both sensitivity and specificity.Speclipse, Inc., a medical device company founded by Stanford University graduates and a dermatologist, offers the world first cancer diagnostic solution based on Laser-Induced Plasma Spectroscopy (LIPS) and Artificial Intelligence (AI) Technology. Its core technology, Spectra-Scope®, embodies a new solution to the diagnosis of skin cancers without compromising efficacy and accuracy, therefore preventing unnecessary biopsy.

• Developed a mid-infrared laser-based sensor for time-resolved gasoline concentration and temperature measurements in internal combustion engines with Nissan Motor Co., Ltd. • Developed a novel WMS-1f method for interference-free hydrocarbon fuel detection and decomposition rate measurement using mid-infrared laser-absorption techniques. • Developed novel mid-infrared laser-based diagnostics for absorption measurements of time-resolved, interference-free methane concentration time-history. • Measured time-histories of methane, ethylene and carbon monoxide in conventional gasoline fuels (Alkanes) and bio-fuels (DME, Butanols) decomposition.• Developed mid-infrared laser-based simultaneous detection scheme for CH4, C2H4, C2H6, C3H6 and C4H8 in hydrocarbon fuel decomposition.• Improved and optimized current chemical kinetic mechanism for fuel decomposition by measuring unique hydrocarbon species time histories in fuel decomposition.

• Developed a novel ignition system (HCJI) for internal combustion engines.• Applied expertise in the field of fluid dynamics, instrumentations, and visualizations.

• Served as a thermal engineer in the area of electronics cooling.• Designed and fabricated CPU cooling modules with the heat pipe technology.

• Developed LCD back light units with homogeneous optical properties.