Xijie Huang is a research engineer focused on algorithm–hardware co-design for efficient deep learning, currently at Meta with nine years of experience bridging research and product-ready systems. He holds a PhD from HKUST and has interned at Snap and Microsoft Research, where he shipped SnapGen—an ultra-efficient T2I model that uniquely demonstrated 1024×1024 image generation on mobile in ~1–2 seconds—and developed RL-based context pruning methods for LLM few-shot learning. His background in electronic and information engineering (Shanghai Jiao Tong, top of class) informs a practical, systems-first approach to model compression and on-device inference. Xijie blends academic rigor with applied impact, repeatedly pushing model efficiency limits to enable high-resolution, low-latency AI on consumer hardware.
9 years of coding experience
Doctor of Philosophy - PhD, Computer Science Engineering (CSE), Doctor of Philosophy - PhD, Computer Science Engineering (CSE) at 香港科技大学
工学学士学位, 电子信息与电气工程, 89.4/100 (91.3/100 for junior year) Ranking: 2/55, 工学学士学位, 电子信息与电气工程, 89.4/100 (91.3/100 for junior year) Ranking: 2/55 at 上海交通大学
Contributions:109 pushes, 1 branch in 6 years 4 months
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