The Multi-stage Electromagnetic Gun was developed for the 3rd National Electromagnetic Contest organized by the National Virtual Teaching and Research Office of Electromagnetic Field and Wireless Technology Majors. Our team designed a coaxial coil-based electromagnetic launcher, integrating custom hardware control circuits, a two-axis gimbal for precision aiming, and a fully developed software tracking system. Through comprehensive error analysis and multi-level coil triggering logic, we achieved highly accurate projectile shooting, ultimately winning First Prize in the Experimental Track.

The E-Chess Robot was a project for the 2024 National Undergraduate Electronics Design Contest (Problem E). It involved building a robotic system capable of playing Tic-Tac-Toe against a human opponent in real-time.

Named after the Red Army’s first radio station, the “Half-Radio” Amateur Radio Station at Xidian University inherits the rich historical heritage of red communication. We are dedicated to exploring the frontiers of wireless technology, bridging history with future innovations.

We provide a comprehensive learning path for members, from basic amateur radio licensing to advanced topics like HF communication, Software Defined Radio (SDR), satellite communications, and LoRa networks. By encouraging hands-on projects—such as DIY antennas and radio modifications—and actively participating in the National Undergraduate Electronics Design Contest, we foster a passionate community of practice and exploration for wireless technology enthusiasts.

An intelligent AI Agent designed to assist users with script generation and conversation management.

Highlights

• Awarded “Excellent” status in the National Undergraduate Innovation Training Program.
• Implemented full-stack architecture with AI Agent capabilities.
• Focused on enhancing communication efficiency through automated script suggestions.

A full-stack application that uses a PyTorch-based neural network to predict Gaokao (National College Entrance Examination) admission results for Xinjiang province.

Highlights

• Implemented data cleaning, model training, and deployment.
• Reached 1000+ users during the admission season.
• Provided free auxiliary prediction services for students.

A dedicated platform for students and teachers to post and join competition/research teams, supported by the university league.

Highlights

• Developed with Rust (Backend) and Vue3 (Frontend), designed with Figma.
• Reached 300+ active users within the university.
• Features intuitive project filtering and participation management.

BROS is a low-level framework specifically designed for embedded robotics, featuring high real-time performance and strong scalability.

A modern, high-performance full-stack blog system.

Highlights

• Built with Nuxt.js for SSR and great SEO.
• Clean and minimal design.

An online tool for generating AI art prompts, helping users create better anime characters.

Highlights

• Reached 450k+ views on Bilibili demonstration video.
• Highly popular among the AI art community.
• Simple and easy-to-use interface for prompt engineering.

A visualization project inspired by the “Dark Forest” theory from the Three-Body Problem.

Highlights

• 780k+ views on Bilibili.
• Visualizes complex sociological theories through data and animation.