Mehdi Seyedebrahimi

Performing business and scientific research on the medical sensors market, potential start-up companies, and universities. Analyzing data, signal processing (biomedical signals)

Developed Architecture of different medical sensors such as noninvasive metabolite sensors (glucose, Lipid, Lactate, Cortisol ) for smart Watches, Bands, and other wearables. Led a team with different backgrounds such as Electronics, Optics, Physics, and Biology. Provided technical consultation to Huawei's internal and external partners, Start-up companies, and universities in the development or validation of innovative projects.

• Designing of an optical-acoustic sensor (platform) to detect glucose noninvasive, continuous and in-vivo. • Designed novel spectroscopy called "cooled IR optoacoustic spectroscopy" to unveil true spectra of metabolites with unique sensitivity (as evalaueted in a high IF journal ).

- Developed a novel sensor for recognition of sleep apnea and hypopnea using the electro-impedance method. - Developed mobile 12, and 3 channels ECG device. - The project was suported by the Turkish scientific andtechnological research council (TUBITAK) - with a value of 2M Turkish Lira (1 M$ - 2014)

- Development of a mathematical model to investigate the anisotropic nature of cardiac tissue on the electrical activity of it. The model proposes a method for patient specific simulation of cardiac activity (in-vivo) using fiber orientation information of another (ex-vivo) cardiac tissue. - Simulation of different cardiac diseases like; ischemia, myocardium infarction, Wolf Parkinson syndrome. - Won a scholarship with a value of 43,700 Turkish Lira (12K $ -2013) -

- Electronic schematic and PCB designe of “PigBit”; currently commercialized telemedicine, and remotely patient monitoring device .

Developed and wrote two proposals for possible funding through an ICT research under the EU’s Seventh Framework Programme (FP7), in partnership with several private companies, organizations, and universities from Germany, Austria, and Turkey.

Microscopy, Sensor design, Optics, Ultrasound, Optoacoustic, Imaginging, Image processing, Signal processing, Data Analysis

Mathematical modeling, Modul based electronic circuit design, Simulation, Algorithm Development, Medical image reconstruction,

Signal processing, Circuit design, Telecomunication, Electronics