I love creating simulations from mathematical models to understand coordination and emergent dynamics of complex systems that are composed of many agents. With 6 years of experience in programming mathematical and statistical methods to analyze data, I specialize in turning real-world data into insights of how complex systems use coordination to achieve a unified goal. For example, how do ants in a colony regulate energy like a single super organism? I am interested in research scientist and engineering roles involving autonomous systems, swarm intelligence, multi-agent coordination, and robotics simulation.
- Multi-agent systems
- Swarm intelligence
- Autonomous robotics
- Bioinspired algorithms
- Warehouse coordination
- Emergent collective behavior
Interactive multi-agent simulation exploring decentralized flocking dynamics in free space and obstacle-constrained environments.
Repository: https://github.com/eighdiaung/vicsek-flocking-with-obstacles
Warehouse robotics simulator exploring decentralized task coordination and multi-agent planning ideas inspired by PIBT/MAPF systems.
Repository: https://github.com/eighdiaung/multi-agent-warehouse-simulator