Physics & Computational Mathematics
Resource Allocation & Supply-Chain Logistics Mathematics Team
This team develops mathematical models for humanitarian resource allocation, contested-route planning, stockpile positioning, and supply-chain continuity under crisis conditions. Its work supports Pacific 7.0 International with rigorous optimization, scenario analysis, and decision support for time-critical operations.
Mission
Optimization for field delivery
The team applies operations research, network optimization, stochastic modeling, and computational simulation to improve how relief assets, medical supplies, transport capacity, and technical resources are distributed across unstable environments.
Allocation models
Designs prioritization frameworks for scarce fuel, food, medicine, shelter, and technical equipment across multiple theaters and timelines.
Continuity analytics
Evaluates chokepoints, route disruption, warehousing risk, and surge-demand scenarios to preserve operational continuity during complex emergencies.
Engage
Advance resilient logistics
Explore the broader research architecture behind Pacific 7.0 International’s scientific and operational mission, or support the organization’s humanitarian response capabilities through direct giving.