I lead engineering efforts across infrastructure automation, identity provisioning, and internal tooling. My work spans architecture, implementation, and operational support for systems that streamline onboarding, authentication, and environment provisioning across the organization.

• Designed and implemented automated provisioning workflows for Active Directory and Entra ID.
• Built infrastructure automation scripts for Proxmox VE, Linux systems, and internal services.
• Developed internal tools in Go and Python to improve engineering efficiency and reduce manual work.
• Collaborated with leadership to define technical direction and long-term platform strategy.
• Improved reliability and observability across internal systems through structured logging and monitoring.

I led development of mission-critical autonomy software for autonomous surface vehicles, owning architecture, implementation, and verification across multiple releases. I worked closely with systems engineering, test teams, and program leadership to deliver reliable, certifiable software under strict NIST and MIL-STD constraints.

• Designed and implemented autonomy behaviors and mission-execution logic in C++17 on Alma Linux.
• Built DDS/UMAA messaging layers enabling deterministic inter-process communication.
• Led Agile ceremonies, decomposed requirements, and authored formal engineering documentation.
• Developed Jenkins CI pipelines and hardware-in-the-loop test harnesses for pre-deployment validation.
• Collaborated across disciplines to integrate autonomy software with real-world vehicle hardware.

I developed distributed data pipelines, microservices, and Android applications supporting research, reporting, and campus operations. I worked across Java, Python, and C#/.NET systems, often owning features end-to-end from requirements through deployment.

• Architected distributed pipelines processing tens of millions of records daily.
• Developed C#/.NET microservices for billing, reporting, and course-sharing platforms.
• Built Android applications used by thousands of students annually.
• Improved data quality and reliability through validation and ETL tooling.
• Collaborated with researchers to translate analytical needs into production systems.

Architected mission-critical autonomy behaviors for autonomous surface vehicles under strict MIL-STD constraints.

Full-stack mobile development for event coordination, featuring offline synchronization and real-time updates.

Lightweight activity-tracking dashboard with a normalized schema, denormalized views, and a polished UI for logging routines, scheduling events, and attaching files.