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Resume

Li Haonan

PhD Student in Integrated Circuit Science and Engineering Research Direction: AI Compilers for NPUs

My training spans automation, robotics, embedded systems, photoacoustic imaging, brain function monitoring, and intelligent computing

These experiences help me understand complete intelligent systems from hardware sensing, system control, signal acquisition, and algorithmic processing to compiler optimization, with the goal of becoming an interdisciplinary talent connecting life science, robotics, AI chips, and intelligent computing

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Research

Research Interests

Robotics Brain-Computer Interfaces Embodied Intelligence AI Chips

I focus on the full sensing-computing-control chain in intelligent systems, from multimodal signal acquisition in robotics and brain-computer interfaces to real-time inference for embodied intelligence, AI chips, and NPU compiler optimization

Education

Education Background

South China Normal University 2023.09 - 2026.06

Optoelectronic Information Engineering Master of Engineering

Advisors: Professor Sihua Yang Distinguished Researcher Zhiyang Wang

Major courses: laser physics, nonlinear optics, biomedical photonics, photoacoustic imaging technology and biological applications

Thesis: head-mounted multimodal optical/acoustic technology for cerebral lymphatic-neurovascular activity monitoring and closed-loop ultrasound modulation

Henan University of Science and Technology 2019.09 - 2023.06

Automation Bachelor of Engineering

Major courses: automatic control, computer control, motion control, pattern recognition, microcomputer principles, and embedded systems

Graduation project: STM32-based remote somatosensory robotic arm design

Outcomes

Outcomes

Publications

  1. Haonan Li, Yu Feng, Hanxian Huang, et al, Deep learning-enhanced transparent-transducer-based photoacoustic microscopy with improved SNR and resolution, Optics Letters, 2026, 51(8): 2320-2323
  2. Fei Yang, Wenjie Xie, Haonan Li, et al, Large-scale transparent photoacoustic cranial window for long-term whole-brain cortical imaging, Optics Letters, 2025, 50(22): 7167-7170
  3. Haonan Li, et al, Wearable photoacoustic and electrophysiological recording of neuro-lympho-vascular component for closed-loop ultrasound brain stimulation (planned submission)

Patents

  1. Invention patent: Zhiyang Wang, Haonan Li, Qi Shen, Sihua Yang, A head-mounted photoacoustic device for multi-parameter brain function monitoring and closed-loop regulation, application number: CN202510504356.7, application date: 2025.04.22
  2. Utility model patent: Haowei Peng, Buyuan Yang, Haonan Li, An automatic obstacle avoidance bionic mechanical dog, publication number: CN218287932U, publication date: 2023.01.13
  3. Utility model patent: Lihua Sun, Wenhao Zhao, Haonan Li, Guodong Zhao, A bridge safety inspection system, publication number: CN216649888U, publication date: 2022.05.31

Experience

Experience

MOE Key Laboratory of Laser Life ScienceSouth China Normal University 2023.09 - 2026.06

Master's Student

Conducted research on photoacoustic imaging, brain function monitoring, and closed-loop ultrasound modulation, building head-mounted multimodal optical/acoustic systems that integrate optics, acoustics, electronics, and algorithmic processing for dynamic neurovascular-lymphatic observation and precise modulation

Science and Innovation Laboratory, Henan University of Science and Technology 2020.09 - 2023.06

Technical Lead

Led robotic and embedded-control projects, covering system planning, firmware development, sensor integration, team training, and hardware-software debugging across quadruped robots, robotic arms, and automation devices

Projects

Project Experience

1
2024.09 - 2026.05

Head-Mounted Multimodal Optical/Acoustic Technology for Cerebral Lymphatic-Neurovascular Activity Monitoring and Closed-Loop Ultrasound Modulation

Master's thesis

Built a head-mounted device using MEMS technology, integrating photoacoustic imaging and EEG to dynamically monitor lymphatic, vascular, and neural activity and realize closed-loop ultrasound stimulation for precise modulation

2
2024.02 - 2024.12

High-Resolution Photoacoustic Functional Imaging Device

Used a fast-axis voice coil motor and slow-axis stepper motor to acquire wide-range photoacoustic images at higher speed, and obtained laser wavelengths through stimulated Raman effects for structural, oxygen saturation, and blood flow functional imaging

3
2023.09 - 2024.06

Line-Focusing Probe Rapid Imaging Device

Combined a fast-axis galvanometer, slow-axis stepper motor, and line-focusing ultrasound transducer for rapid wide-range photoacoustic acquisition, enabling clear vascular imaging of the brain, large intestine, and placenta

4
2022.05 - 2023.04

STM32-Based Remote Somatosensory Robotic Arm Design

Undergraduate thesisTop 100 Outstanding Graduation Project

Independently developed a remote somatosensory robotic arm and implemented torque feedback for the gripper

5
2021.11 - 2022.10

Multifunctional Automatic Bathing Machine

Project leadSRTP School-Level Excellent Project

Independently developed an automatic bathing machine, implementing washing and drying functions through mechanical design, software control, and peripheral communication

6
2020.03 - 2021.02

Quadruped Bionic Robot Based on Kinematics Simulation

Technical leadSRTP School-Level Excellent Project

Collaboratively developed a quadruped bionic robot and was responsible for the control program, realizing movement, jumping, obstacle avoidance, and line tracking

Awards

Awards

1
2022

10th Henan Provincial Mechanical Innovation Design Competition

Guide mechanical dogProvincial second prize

2
2021

20th National University Student Robotics Competition ROBOCON

Robot equestrian raceNational second prize

3
2020

Henan Provincial Robotics Competition

MicromouseProvincial third prize