Majid Boloorian serves as the Chief Technologist at SiLC Technologies, where he leverages his extensive background in signal processing and product development to drive innovation in photonic sensor and 3D imaging applications. With years of hands-on industrial experience at renowned organizations such as Fujitsu, NEC,...
Majid Boloorian serves as the Chief Technologist at SiLC Technologies, where he leverages his extensive background in signal processing and product development to drive innovation in photonic sensor and 3D imaging applications. With years of hands-on industrial experience at renowned organizations such as Fujitsu, NEC, AT&T, Ubinetics, and Intel, Majid has honed his expertise in designing and implementing cutting-edge technologies that push the boundaries of telecommunications and imaging systems. His work encompasses a diverse range of projects, from developing advanced algorithms for digital signal processing to creating robust solutions for 3G, 4G, and LTE networks.
At SiLC Technologies, Majid is at the forefront of pioneering novel technologies that integrate silicon photonics with sophisticated imaging techniques, enabling unprecedented levels of performance and efficiency. His contributions have not only resulted in numerous patents but also in impactful publications in prestigious conferences and journals, underscoring his role as a thought leader in the field. Majid’s proficiency in programming languages such as C and C++ further enhances his ability to translate complex theoretical concepts into practical applications, making him a vital asset to the SiLC team.
As the industry increasingly shifts towards photonic solutions for enhanced data transmission and sensor capabilities, Majid’s vision and technical acumen are instrumental in positioning SiLC Technologies as a leader in this transformative space. His commitment to commercial-oriented R&D ensures that the innovations developed under his guidance are not only groundbreaking but also aligned with market needs, paving the way for future advancements in telecommunications and imaging technology.
