Projects
Formula Student Team – Brake & Management
Freshman year – present
Led lightweighting of brake components via Solidworks modeling and Ansys topology optimization. Also managed team social media and event promotion. Targeting national second prize in 2025.
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Independent Project: Titanium Camera Grip & Arca-Swiss Plate
Recently completed
Self-initiated product to improve mirrorless camera handling. Designed, simulated, and manufactured a single-piece grip+plate using TC4 SLM printing. Validated assembly and function.
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Logistics Innovation Competition – Structure Lead
In progress
Lead design of a smart sorting & transport cart with material recognition. Responsible for feeding, delivery, and ejection mechanisms alongside chassis integration. Utility patent applied.
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Change Detection for Camouflage Targets – Researcher
In progress
Contribute to deep learning-based change detection research. Responsible for data preprocessing and baseline model training. A related paper is under preparation.
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Open Source: Distiller — AI Character Skill Generator
Recently completed
Independently designed and built an open-source automation tool that searches the web for any historical figure's public data, distills and integrates it, then generates a ready-to-use AI character simulation Skill package. Published on GitHub (MIT) and skill.sh.
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Personal Knowledge Base — Obsidian PKM System
In progress
Built and maintain a structured personal knowledge management system using Obsidian. Established 8 MOCs, standardized note templates, quality metrics (dead link checks, frontmatter compliance), and weekly/monthly review cadences. The knowledge base serves as cognitive infrastructure for all projects and learning.
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FSAE Wheel-side Motor Reducer Design
In progress
Designed a single-stage planetary gear reducer for the USTB Dingchi E-New ERA 2027 rear-wheel-drive dual in-wheel motor racing car (DTI F-MOT-B motors). Performed parametric sweep optimization across 5 gear ratios (i=8.0 to i=11.33), including ISO 6336 strength verification, μ-sweep acceleration analysis, bearing selection, and mass estimation. All calculations verified with Python scripts.
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