Led a four-person team in the HiMCM International Mathematical Modeling Contest for High Schools. The project focused on optimizing floor-by-floor evacuation and search-and-rescue strategies for high-rise buildings during emergency incidents. I was responsible for task breakdown and schedule management, while also coordinating literature reviews, data processing, model development, and results analysis. I guided the team in constructing the mathematical model and producing a comprehensive 27-page technical report in English, delivering quantitative optimization plans for personnel allocation and search-and-rescue sequencing during evacuation.

Grid discretization of the basic office building layout showing the complete color-to-number mapping scheme. Blue: Exits (3), Red: Hallways (2), White: Uncleared Rooms (1), Black: Obstacles (0).

Algorithm workflow diagram showing the complete emergency.

( Left ) Plan of the basic office structure with details about rooms and about emergency exit arrangements.

Visualization of simulation data concerning responder allocation, progress toward clearance, and indicators of performance in this office case