As a follow-up, we developed an online multiplayer air hockey game to tackle the challenges of real-time synchronization and live player interaction. This project features smooth paddle dynamics, friction-aware puck movement, and responsive collision handling—all powered by custom physics logic. The most demanding aspect was creating reliable server-client communication to ensure seamless multiplayer gameplay without jitter or desync, especially during fast-paced exchanges. This project demonstrates my ability to architect performant networked game systems, laying the groundwork for more advanced multiplayer challenges.