Leuven, Flemish Region, Belgium
As a Research Staff at imec, I apply my PhD in System-level Design and over seven years of experience in electronic system design to explore and enable novel solutions for computing challenges. I specialize in hardware design and optimization, reconfigurable computing, and embedded systems, and I have multiple publications in these domains. My current mission is to integrate cutting-edge semiconductor technology innovations into the estimation of system-level performance metrics and plan projects that facilitate the design of next-generation systems building on future semiconductor technologies. I also contribute to the development of technology-aware architecture design for executing workloads at varying scales of computation, and collaborate in the implementation of various 2.5D/3D technologies for system-level design and optimization. I am passionate about advancing the state-of-the-art in nanoelectronics and digital technologies, and I seek to create impactful and sustainable outcomes for the society.
Individual contributor to the exploration of technology-aware architecture design for executing workloads at varying scales of computation. Collaborator in the enablement of various 2.5D/3D technologies for system-level design and optimization. Working on integrating novel semiconductor technology innovations into the estimation of system-level performance metrics and planning of projects that enable the design of next-generation systems building on future semiconductor technologies.
I worked as a Research Scholar pursuing my Doctoral Studies at the Department of Electrical and Computer Engineering, National University of Singapore. My research interests included Embedded Systems Design, Computer Architecture, Re-configurable Computing and System-on-chip Design.
I worked as a guest researcher at TU Dresden's Chair for Processor Design under the supervision of Prof. Dr. Akash Kumar. During the year-long stay at Dresden, I worked on EDA-related research for fault-tolerant embedded system design, dynamic partially reconfigurable system design, approximate computing and new emerging devices based system design.