STACKSMITH LABS
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SYSTEMS ENGINEER

A. CHEN

PORTRAIT // SPEC

A. CHEN

SYSTEMS ENGINEER

SL_02

LINKED PROJECT PREVIEWS

01 ASSIGNED SYSTEMS

PHILOSOPHY

"Eliminate overhead. High-throughput edge computing relies on deterministic state management and zero-copy packet passing."

The approach to systems engineering relies on radical reduction—removing layers of abstraction to expose the raw mechanics of the platform. We build for resilience, prioritizing stark efficiency over decorative complexity.

TECHNICAL STACK & IMPACT

EDGE COMPUTEmemory

RUST & WEBASSEMBLY

Engineered edge workers executing custom isolation models with sub-millisecond cold start response targets.

MESSAGE QUEUESdataset

KAFKA & REDIS CLUSTER

Streamlined real-time metric collection processing over 50,000 telemetry events per second across multi-region clusters.

API PROTOCOLSapi

GRPC & PROTOBUF

Designed strict RPC interfaces eliminating serialization bottlenecks between distributed Python and Rust daemons.

TRAJECTORY

2022 — PRESENT

PRINCIPAL SYSTEMS ENGINEER | STACKSMITH LABS

Architecting low-latency edge acceleration and real-time data streaming topologies.

2019 — 2022

INFRASTRUCTURE LEAD | NEURAL NETWORKS INC

Built distributed GPU inference clusters and automated cluster failover routines.