Jiajun Huang

I am employed by NIO, a leading Chinese electric vehicle manufacturer, within the Autonomous Driving Department. As a key member of the autonomous driving simulator development team, I contribute to the development of advanced simulators and tools.
During my tenure, I developed time series machine learning models to predict vehicle responses across various scenarios and vehicle models, significant

Meituan is a well-known major food delivery company in China. I was employed in the autonomous delivery vehicle department, where I developed tools for efficient vehicle management. Here are some of my key contributions:
- I developed a Qt-based Human - Machine Interface (HMI) for the remote control system. This HMI renders videos, bounding boxes of perception objects, and the planning path togeth

HoloMatic is a startup company dedicated to providing autonomous driving solutions. My role there was to develop a simulator for testing autonomous driving systems. I was responsible for implementing several key functions:
- I developed a vehicle dynamics model using the Unity3D physical engine. We were able to visualize this model within the Unity3D environment. Through this visualization, we cou

Ankon is a leading robotic capsule technology company, which main product is magnetically controlled capsule endoscopy system. I developed a desktop application (Qt/C++) called ESNavi to display real-time images recently captured by camaras inside the capsule.

I was engaged in the development of an autonomous driving system project at Huawei's Noah's Ark Laboratory. This was one of the early - stage autonomous driving projects in China.
- Developed, integrated, and debugged planning and control algorithms.
- Developed a 3D visualization tool using QT/C++ and Three.js that visualizes camera videos, LiDAR point clouds, perception bounding boxes, and sign

I was part of the New Energy Vehicle Department, where I was responsible for developing software for the vehicle control unit (VCU) of battery - electric vehicles. To test this software, I first developed vehicle dynamics models in MATLAB and Simulink. These models enabled me to develop and tune control algorithms more easily and independently. If the virtual system tested well, I would translate

Conducted research on optimizing the control strategy of hybrid driving systems through simulation during my master's studies.