Assistant Professor in neuromorphic and in-memory computing
PhD in the design of low power and reliable CPU-GPU based multiprocessor systems-on-chip, with more than 10 years international experience of leading the hardware-software design aspects and their interplay. Strong experience of developing machine learning-based run-time managers for embedded Linux, managing admission control, thread affinity and frequency scaling. An IC design engineer with experience of leading the front-end design activities of million gates system-on-chip for solid state drive, set-top box and display subsystems. Highly proficient in transforming user requirements to system architecture and providing bespoke solution adhering to system specification. Dedicated professional with experience of successfully leading multi-million dollar commercial projects, excellent interpersonal skills and matured work ethics.