Distributed Systems
Scalable Caching Layer
Designed a tiered Redis caching strategy to improve performance across high-volume API workloads.
Result
40% lower API latency
I specialize in distributed systems, cloud architecture, and technical leadership, turning complex engineering challenges into reliable platforms and durable business outcomes.
Selected impact
A focused view of platform work across distributed systems and cloud architecture, with results expressed in terms of speed, scale, reliability, and cost.
Distributed Systems
Designed a tiered Redis caching strategy to improve performance across high-volume API workloads.
Result
40% lower API latency
Cloud Architecture
Led a large-scale migration to EKS, improving delivery speed while reducing infrastructure cost.
Result
3x faster deployments
How I work
Design decisions are grounded in reliability, failure modes, operational cost, and long-term maintainability.
Engineering work should move a meaningful business metric, not simply add more technical surface area.
Strong systems are built by strong teams, supported through clear design documentation and technical mentorship.
Technical leadership
Mentorship, architecture, and clear technical communication help teams move faster without sacrificing reliability.
10+
Supported mid-level engineers in growing into senior roles.
20+
Authored RFCs and designs for core platforms.
High scale
Contributing to cloud frameworks and engineering patterns.
Contact
Open to discussing distributed systems, cloud architecture, platform engineering, and technical leadership opportunities.
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