
We all have a responsibility to make the world a better place.
My current work is to design a wearable system for fetal ECG signal detection. This system includes both hardware for signal acquisition and a custom IC chip designed specifically for fetal ECG monitoring. Additionally, a real-time monitoring and data processing platform is developed for the device. Currently, it is successfully being used in clinical trials, outperforming commercial equipment in terms of accuracy and ease of wear.
I designed a multi-channel EMG signal detection device to assist stroke patients in rehabilitation. It captures and processes EMG signals in real-time, recognizes hand gestures, and controls paralyzed limbs to facilitate rehabilitation exercises.
A smart gas alarm system is developed to detect gas leaks in home kitchens. The system automatically controls the gas valve, sends real-time alerts to the user via mobile app and phone, and allows remote control of the gas supply.
I contributed to the design of a two-wheel balance car for the NXP National Smart Car Competition. Equipped with a camera system, the car autonomously navigates the race track, performs turns, accelerations, and climbs while maintaining balance.
Our team won the 2nd prize in the competition.
Serving as a GTA, I assist with several courses, offering support in both theory and practice.
Designing and analyzing integrated circuits (ICs) using tools like Cadence Virtuoso , with Calibre for verification and design rule checking.
Designing PCBs using professional software like Altium Designer and EasyEDA, creating schematics, layout, and preparing for manufacturing.
Developing and programming embedded systems, especially for ARM microcontrollers (e.g., STM32), using IDEs like Keil, IAR, and STM32CubeIDE.
Processing and analyzing engineering data using MATLAB, LabVIEW, and OriginLab for scientific and engineering research applications.
Designing PCBs using professional software like Altium Designer and EasyEDA, creating schematics, layout, and preparing for manufacturing.
Developing software applications in C, primarily using Visual Studio for embedded systems and general-purpose programming.
Writing and developing Python scripts for data analysis, automation, and application development using PyCharm
Creating and designing responsive websites using HTML, CSS, and JavaScript, utilizing tools like Dreamweaver and Visual Studio Code.
Creating detailed 3D models for electrical components or systems using SolidWorks, primarily for PCB design and PCB shell fabrication.
Creating and editing high-quality images, vector graphics, and digital illustrations using visio, Adobe Illustrator, and Photoshop.
Wanna talk about projects or courses, please feel free to contact me.