I am a Software Engineer specializing in the intersection of scalable distributed systems, real-time embedded control, and autonomous system simulation. I recently graduated with my Master of Science in Computer Science and focus on engineering software that bridges complex mathematical models with robust production infrastructure.
- GSoC 2026 Contributor @ ArduPilot | Architecting a modular bipedal simulation framework (
ArduHumanoid) in Gazebo Harmonic, implementing automated configuration validation schemas, and evaluating real-time CPU computational budgets on embedded flight controller constraints. - Active Job Hunting | Looking for New Graduate and Entry-Level Software Engineering roles across Distributed Systems, Core Backend, Simulation Infrastructure, and Robotics Software (GNC/Controls).
- Languages: Python • C++ • Java • JavaScript • Node.js • SQL
- Systems & Frameworks: ArduPilot • Gazebo Harmonic • MAVLink • Linux (Ubuntu) • Docker • React
- Domain Focus: Distributed Systems Architecture, Real-Time Controls, Kinematic Validation Schema Design, Embedded Performance Constraints
- M.S. in Computer Science – St. John's University (Focus: Advanced Software Engineering, Distributed Systems, Autonomous Intelligent Systems)
- Technology Associate @ Fidelity Investments (Concluding May 2026) – Engineered scalable distributed backend architectures and microservices.