Developer Platforms & Build Infrastructure
Cross-platform build, packaging, distribution, caching, CI/CD, Pixi, rattler-build.
> systems.engineer
I engineer software where performance matters.
I build infrastructure that makes complex software faster to build, easier to scale, and harder to break.
Platform & Systems Architecture
Foundational services, storage abstractions, APIs, and systems other teams build on.
Performance & Systems Engineering
Profiling, latency, throughput, memory, concurrency, and build performance.
HF
Distributed & Compute Infrastructure
Schedulers, orchestration, HPC clusters, distributed execution, compute-intensive workflows.
Systems Programming
High-performance C++, parsers, libraries, compression, data structures, and low-level abstractions.
Data & Storage Infrastructure
Databases, storage engines, serialization, compression, and high-throughput data access.
Technical Leadership
Architecture ownership, engineering standards, cross-team influence, and developer enablement.
> system.telemetry
LIVE
ENGINEERING CASE STUDIES
01
DEVELOPER PLATFORM
Building a cross-platform software factory
Build and package infrastructure for complex software across Linux, macOS, Windows, x86_64, and ARM environments, with reproducible dependency resolution and distribution workflows powered by Pixi and Rust-based rattler-build.
source→resolve→build→test→package→distribute
LinuxmacOSWindowsARMx86_64
02
PLATFORM ARCHITECTURE
Re-architecting a fragmented data platform
Designed a high-performance database abstraction supporting multiple storage engines and consolidated ten internal databases into one foundation shared by multiple applications.
DBDBDB
UNIFIED STORAGE PLATFORM
APPAPPAPP
03
FOUNDATIONAL INFRASTRUCTURE
Removing latency from shared infrastructure
Profiled and optimized a core logging path used across millions of lines of C++ and Python, removing network-bound bottlenecks and improving latency.
HOW I ENGINEER
Build platforms, not patches.
Solve recurring engineering problems at the right abstraction layer.
Optimize with evidence.
Measure first, profile bottlenecks, then optimize the system.
Design for engineers downstream.
Infrastructure succeeds when it makes other engineers faster.
Own the whole system.
Architecture, implementation, performance, tooling, and operations belong together.
SELECTED STACK
C++ · Python · Rust ecosystem · Pixi · rattler-build · CI/CD · Docker · SQL · HPC · Build Systems · Linux · macOS · Windows
OPEN SOURCE
Parsers, scientific libraries, static analysis, and developer tooling.
GITHUB ↗