Designing failure domains, disaster recovery systems, and cost-aware scaling strategies for high-availability infrastructure.

• Designed and implemented failure-domain isolation strategies for high-availability distributed services

• Led cross-functional system reviews to reduce architectrual risk

• Leveraged AI-assisted engineering workflows (Claude Code, Cursor Agents) to accelerate design iteration and proactively identify architectural and failure-mode risks, reducing review cycles and improving system reliability.

• Built and optimized core components of the Testenv CLI in Go, improving resource isolation strategies and reducing ephemeral storage usage by 30% through improved allocation modeling.

• Integrated distributed failure-analysis capabilities across Java services using Redis and NoSQL storage to accelerate root-cause identification and reduce incident resolution time.

• Authored deep technical documentation covering networking fundamentals (DNS/TCP/IP), debugging methodologies, and build/test/release invariants to standardize on-call reliability practices.

Software engineer and application lead in the global manufacturing space with a focus on automation and improving CI/CD processes