Alif Semiconductor
Santosh K. has a diverse work experience spanning multiple companies and roles. Santosh started their career at Robert Bosch as a Software Engineer in November 2004 and worked in that role until June 2006. Santosh was then promoted to Senior Software Engineer and held that position until December 2009 when they became a Project Leader/Associate Project Manager until June 2008.
After working at Robert Bosch, Santosh joined OCZ Technology as a Firmware Engineer in September 2011 and remained in that role until January 2013. Following this, they worked at Cisco Systems as a Firmware Engineer from January 2013 to November 2014. At Cisco Systems, they were responsible for bringing up chassis, line cards, route processors, and developing complex embedded firmware and software for control and data path operations.
From November 2014 to August 2020, Santosh worked at MegaChips Technology America Corporation as a Senior Software Engineer. Finally, they joined Alif Semiconductor in August 2020 as a Principal Engineer.
Overall, Santosh K. has gained extensive experience in software and firmware engineering, project management, and leadership roles throughout their career.
Santosh K. completed a Bachelor of Engineering (B.E.) in Electrical, Electronics and Communications Engineering from Visvesvaraya Technological University from the years 2000 to 2004. There is no available information about the start and end years for the other educational experiences. Santosh K. pursued Business studies at the Auckland University of Technology and the University of Mannheim. The school named MES KK is mentioned, but no specific degree or field of study is provided.
Alif Semiconductor
2 followers
Alif Semiconductor was founded in 2019 as a result of their co-founders' longtime observations of a rapidly growing market need, and an inadequate response by suppliers, for broad, scalable, connected, AI-enabled embedded computing solutions that are genuinely power efficient. That’s why they created a new class of products in the industry, that they call fusion processors, to enable their customers to do much more through innovative low-power techniques, extreme integration, accelerated AI/ML, high security, ubiquitous wireless connectivity, and operating system diversity.