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I am lucky enough to be supervised by kind and experienced mentors during my career life, who taught me not only technically but also mentally. I will also teach my future students like them. Below is a brief introduction of my mentors:
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Prof. Timothy M. Jones is a Professor at the University of Cambridge Computer Laboratory, as well as Fellow and 1956 College Lecturer at Gonville and Caius college where he is joint Director of Studies (DoS) for Computer Science. Tim's research focuses on extracting the many different forms of parallelism from applications (e.g. thread-level, data-level, memory-level) to increase performance and address energy-efficiency and reliability challenges within compilers, binary translators and microarchitectures. Tim has been my mentor (2021 - present) throughout my postdoctoral research in processor architecture and security, offering valuable insights and guidance as I investigate fundamental concepts and stay abreast of emerging trends in these areas. |
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Dr. Dayu Shi is a Principal Engineer at Arm Ltd. and has over 15 years of experience in electronic system and IC design. During his tenure at Arm, he has held various leadership roles, including product lead, technical lead, design lead, and security lead, for IC design projects spanning a wide range of applications, from the IoT to mobile phones and servers. His expertise encompass electronic system and computer architecture, IC front-end microarchitecture design, IC hardware security, and IC product management. Dayu has been my mentor (2020 - 2022) while I worked at ARM, providing valuable guidance in SoC (micro-)architectures and design automation, helping me gain a deeper understanding of real-world industry challenges and best practices. |
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Mr. Rabih ah is a Senior Manager at the Renesas Electronics.... |
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Prof. Neil Audsley is a Professor at the City, University of London, as well as the Deputy Dean of School of Science and Technology and Director of STEM Digital Academy. Neil has a successful research career in Real-Time Embedded Systems, he has developed many novel approaches and implementation techniques, including predictable hardware, improved system software and system timing analysis. Specific areas of research include high performance real-time systems and their acceleration on FPGAs; real-time memory architectures; scheduling, timing analysis and worst-case execution time analysis. Neil was my mentor (2014 - 2018) throughout my doctoral research in real-time and embedded systems, .... |