Zejun Hu

Embedded Development Lead · New York, NY

• Designed embedded motion-state classification logic to distinguish three typical Parkinson's motor states: Tremor, Dyskinesia and FOG (Freezing of Gait)
• Integrated a Bluetooth Low Energy (BLE) module for wireless transmission of detection data and results

Simulation Development Lead · Remote

• Designed a low-power, high-gain ECG signal acquisition circuit in LTspice, optimizing MOSFET, OTA and noise performance
• Achieved differential gain of 45 dB, power consumption of 4.83 μW, and input-referred noise of 3.23 μV

Project Lead · WHUT Physics Innovation Lab · Wuhan, China

• Optimized transmitter / receiver coil structures and ran FEKO simulations; designed a high-precision GPS + optical-flow sensor fusion algorithm to improve wireless energy transfer efficiency and UAV hovering precision
• Organized multiple rounds of system testing, addressing wireless energy attenuation, impedance matching and inter-UAV relative positioning
• Achieved autonomous return-to-charge when battery dropped below 30%, and real-time aerial UAV-to-UAV power replenishment

MCC Wukan Zhicheng (Wuhan) Engineering Technology Co., Ltd. · Wuhan, China

• Deployed and integrated six unmanned-weighbridge access-control gates at Jiangxia Wulongquan Mine, troubleshooting joint face/license-plate recognition, barrier sequencing, and cross-system data exchange through production launch.
• Owned functional verification and third-party UX improvements for the WeChat Official Account, wrote the user manual, and led operator training to close the loop from testing to adoption.
• Remotely provisioned the cloud development environment for the Anhui Changjiu Limestone Mine truck-dispatch system; edited vehicle waypoints and diagnosed routing anomalies in dispatch logic.

M.S. in Electrical Engineering · New York, NY

• GPA 3.62 / 4.00
• Coursework: Digital Signal Processing, Machine Learning, Computer System Architecture, Embedded Systems

B.S. in Electronic Information Science and Technology · Wuhan, China

• GPA 3.61 / 5.00
• Coursework: Analog & Digital Electronics, Communication Principles, Data Structures & Algorithms, Object-Oriented Programming

Sole Author · CONF-CIAP 2024 (3rd International Conference on Computing Innovation and Applied Physics)

• Designed a 10-layer 1D CNN trained on the MIT-BIH database for automated ECG signal classification
• Achieved 99.43% accuracy, 97.86% sensitivity and 99.64% specificity on the test set
• Paper accepted with DOI 10.54254/2753-8818/13/20240838

Wuhan Research Institute of Posts and Telecommunications (Fiberhome Telecom Tech Academy) · Wuhan, China

• Simulated NB-IoT smart streetlight and smart farm applications on Huawei Cloud, implementing remote control and environmental monitoring
• Designed and calculated 5G indoor coverage; built an enterprise network simulation of 89 PCs using Cisco

Amateur Radio Association · Wuhan University of Technology · Wuhan, China

• Led club promotion and recruitment, reaching 600+ dorm rooms and bringing in 46 new members
• Organized general member meetings and lab project promotion, recruiting 5 new members into the Physics Innovation Lab
• Managed reimbursement of nearly ¥100,000 in school- and national-level innovation project funding