Spectrum Dynamics Medical
Idan Fogel has a diverse work experience spanning several roles and industries. Idan started their career in 1997 as a Practical Engineer in the Israel Defense Forces. Idan then worked at Orbit Communication Systems, where they served as a Hardware & Software Developer from 2000 to 2005, an Embedded System Engineer from 2005 to 2010, and later became the Chief Engineer & Team Leader from 2010 to 2013. Following this, they worked as a Freelancer consultant, focusing on Arduino software development, 3D printer mechanics and software development, and laser-based measurements systems development. Currently, Idan is employed at Spectrum Dynamics Medical, where they have held multiple positions, including Hardware Department Manager from 2015 to 2022 and currently serves as the Director of Hardware Development. In the latter role, they are responsible for directing all aspects of electronics hardware development activities, ensuring project alignment with organizational goals, and leading the development of new features from concept to launch and beyond.
Idan Fogel earned a Practical Electronics Engineer degree in Electronic Systems from Hermelin College of Engineering & Technology in 1995-1997. Later, they completed a Bachelor of Science (B.Sc.) in Electrical, Electronics and Communications Engineering from Holon Institute of Technology during 2006-2010.
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Spectrum Dynamics Medical
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Spectrum Dynamics is spearheading the transformation of Nuclear Medicine from analog to digital technology, enabling clinicians to provide superior healthcare services with improved image quality and efficiency at lower doses. D-SPECT®: The world's first digital cardiac SPECT system based on Broadview Technology: swiveling CZT digital detectors. It is the platform for advanced applications such as TruCorr Attenuation Correction, TruFlow 3D dynamic SPECT imaging for Myocardial Flow Reserve (MFR) analysis, Simultaneous Dual Isotope Imaging (SDI). TruCorr: a deep learning application to generate attenuation corrected myocardial perfusion images. There is no need for additional CT transmission scan, as TruCorr utilizes the SPECT scan emission data. VERITON-CT®: The world's first digital 360°CZT-based, ring-shaped gantry design SPECT/CT, with high-resolution 16 or 64 slice CT. It’s 80cm wide bore accommodates patients of all sizes. VERITON features TruFlow 3D dynamic SPECT/CT imaging for SPECT MFR, bone, renal, and general studies. VERITON-CT continues to evolve with an energy range up to 400 KeV and multiple peak imaging, providing highest quality and quantitation-ready images.