As an undergraduate researcher at Purdue University, Fan Hoon is immersed in the cutting-edge field of semiconductor technology, particularly within the Accelerator Architecture Lab (AALP). Under the mentorship of Professor Timothy Rogers and PhD candidate Weili An, Fan is actively contributing to groundbreaking research on...
As an undergraduate researcher at Purdue University, Fan Hoon is immersed in the cutting-edge field of semiconductor technology, particularly within the Accelerator Architecture Lab (AALP). Under the mentorship of Professor Timothy Rogers and PhD candidate Weili An, Fan is actively contributing to groundbreaking research on dynamic sparsity and control flow techniques in machine learning workloads. This work is pivotal in enhancing computational efficiency on GPUs, a critical aspect of modern chip design and manufacturing. By developing Python scripts to analyze GPU traces from the Accel-Sim simulator, Fan is honing his skills in data analysis and algorithm optimization, which are essential for the advancement of high-performance computing.
Fan's diverse interests span a broad spectrum of technologies, including renewable energy, robotics, autonomous driving, and healthcare applications. His proficiency in assembly language, field-programmable gate arrays (FPGA), and embedded systems complements his research endeavors, allowing him to approach complex engineering challenges with a multifaceted perspective. Additionally, his experience in printed circuit board (PCB) design and electronics further solidifies his technical foundation.
Growing up trilingual has not only enriched Fan's communication skills but also fostered an open-minded approach to collaboration and innovation. This cultural adaptability is invaluable in today’s globalized tech landscape, where interdisciplinary teamwork is crucial for driving advancements in artificial intelligence and power systems. As Fan continues to explore the intersections of these fields, he is poised to make significant contributions to the future of technology, leveraging his research experiences and technical expertise to tackle real-world challenges.
