Credentials & Timeline

Led my team to win the National Title (Top 0.002% nationally). Confronted with a network-denied environment mid-competition, I successfully re-architected our entire backend system overnight to support local-first data ingestion and volumetric Three.js visualization.

Architected a hardware-enforced secure processing backend leveraging Intel SGX Trusted Execution Environments (TEEs). Designed low-level ECALL/OCALL interfaces to maintain a minimal Trusted Computing Base (TCB) against host-level compromises.

Presented edge-optimized wildlife tracking research. Detailed the process of deploying Teacher-Student Knowledge Distillation (SAM to YOLO-seg) and executing dynamic INT8 ONNX quantization on low-power Raspberry Pi nodes.

Awarded the Young Innovator Award for moving beyond theoretical classroom assignments to build a practical, deployed IoT-based smart irrigation system that solved real-world agricultural constraints.

Selected as a National Participant for designing and conducting complex physics experiments, showcasing an early ability to translate theoretical physical concepts into applied experimental execution.

During the height of COVID-19 lockdowns when educational structures disappeared, I focused my isolated preparation and achieved Rank 4 in this highly competitive mathematical logic challenge.

Completed rigorous military-style physical and tactical training. Passed the A-Certificate evaluation, building an early foundation of extreme discipline, teamwork, and crisis management.

Awarded the highest state-level recognition by the Governor's Office for demonstrating exceptional leadership, civic duty, and wilderness survival skills during my foundational years at JNV.

Appointed Vice-Captain of the regional squad. Co-led tactical execution and team dynamics at the National Handball Championship, proving physical stamina, discipline, and leadership under pressure.