a1f3e9c
HEAD → main
2026-03-01
Member of Technical Staff, Software Engineering
Mar 2026 – Present
Panasonic Avionics Corporation · Beaverton, OR
- Designed and developed internal developer tools and automation services in Golang to streamline engineering workflows and improve developer productivity across distributed teams.
- Built an AI-powered serverless DevOps platform (SWE-AD) using RAG and vector embeddings to automate code reviews, generate CQRR reports, and analyze defect trends across repositories.
- Built and maintained REST-based platform APIs enabling seamless integration between internal services, CI/CD pipelines, and developer tooling systems.
- Implemented CI/CD automation using Git-based workflows and Jenkins pipelines, reducing manual deployment tasks and improving build and release reliability.
- Developed reusable backend services and platform components following microservices architecture principles to support scalable developer-facing applications.
- Integrated AI-assisted development workflows using GitHub Copilot and OpenAI APIs to automate repetitive coding tasks and accelerate feature development.
- Improved platform observability by implementing logging, monitoring, and diagnostic tooling to track service health and developer tool usage.
- Designed a policy-based authorization layer with route-level, cross-team access enforcement and role-based claims in authentication flows.
- Migrated a documentation delivery platform to infrastructure-as-code CI/CD across multiple environments (led a live-portal incident recovery), built a Python CLI converting OpenAPI/Swagger/AsyncAPI specs into standalone HTML docs, and authored SDK delivery documentation for partner integration.
- Built end-to-end UAT automation and optimized suite runtime; scoped platform observability including a telemetry-readiness spike for aviation compliance.
Golang
Python
AWS Lambda
RAG
Jenkins
REST APIs
Microservices
OpenAI APIs
GitHub Copilot
3d9c0f2
2025-01-01
volunteer
Volunteer Web Developer
Jan 2025 – May 2025
American Solar Energy Society · Remote
- Developed a web application extracting GPS metadata from field images and mapping solar panel locations using converted decimal-degree coordinates.
- Implemented automated EXIF header processing to retrieve latitude, longitude, and altitude data for field documentation and analysis.
- Enabled geospatial data export to CSV, XLSX, and KML formats for integration with GIS tools and Google Earth Pro.
- Designed a scalable batch image upload and processing pipeline for large-scale solar field inspections.
Python
Flask
EXIF Metadata
Pandas
SimpleKML
HTML/CSS