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01. / CORE PROFILE & IDENTITY
High-School Independent Aerospace Researcher
Focus: Flight Dynamics, Numerical Modeling, Space & Industrial Policy
Output: 16 Technical Preprints archived on Zenodo (100% Open Access)
Approach: Empirical data analysis, physics-based simulations, and first-principles derivation
02. / TOOLSTACK & TECHNICAL SKILLS
Simulation & Data Engineering Setup
Flight & Space Simulators: X-Plane 11/12, Open Orbiter 2024 (high-altitude Mach flight & telemetry extraction)
Programming & Math: Python (PyQt6, Matplotlib) for trajectory modeling and non-linear dynamics
Data Analytics: F1 motorsport telemetry (Red Bull Racing architectures) and fluid dynamics evaluation
03. / KEY RESEARCH ACCOMPLISHMENTS
Published Preprints Overview
Aerospace Dynamics: Concorde flight trajectory safety, Philae comet lander dynamics, underground Mars base architecture
Vehicle & Systems: F1 aerodynamic telemetry, drone structural architectures, space debris mitigation
Policy & Infrastructure: Taiwan semiconductor supply chain resilience, rail transit safety frameworks
04. / UNDERGRADUATE ROADMAP
Academic Goals & Laboratory Integration
Short-Term Goal: Integrate directly into university fluid mechanics and flight control laboratories
Core Focus: Deepen computational fluid dynamics (CFD) and flight control systems expertise
Output Target: Publish 10+ high-impact research papers during undergraduate studies
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