$ whoami
Dual-career engineer — designing space-rated hardware and thermal systems on the ground, shipping full-stack software in the cloud.
My career began where physics meets spaceflight: designing and analyzing thermal control systems for aerospace hardware. I built detailed SINDA/FLUINT and Thermal Desktop models to predict orbital and transient temperature profiles, and drove every design through ECSS verification. Along the way I modelled mechanical enclosures in Rhino and Fusion 360 — learning that a component which survives on paper must also survive machining, assembly and launch.
The same engineering instinct — model, iterate, verify — pulled me into software. I moved from thermal scripts to full-stack development, shipping applications with Node.js and Python, and tooling my own network with Sing-box and V2RayN. Today I treat systems the way I treated spacecraft: instrumented, tested, and designed to stay reliable under load.
Two columns, one engineer — hardware depth and software breadth.
Hardware, software, and the space where they meet.
Steady-state and transient SINDA/FLUINT model for a 6U satellite bus; margins demonstrated against ECSS-CSS-31 hot/cold cases.
View DetailsNode.js/Express app with live build status, webhook automation and a socket-driven event feed for a small CI pipeline.
Live DemoParameterised enclosure design in Fusion 360: DFM-driven wall reliefs, thermal pad seats and board stack-up clearance.
View DetailsPython CLI that generates, validates and rotates Sing-box/V2RayN client configurations from a YAML source of truth.
Live DemoParametric study of fin geometry vs. radiator mass and view factor; converged on a 22% mass saving within thermal budget.
View DetailsPython automation that parses solver outputs and emits styled PDF/HTML verification reports — the bridge between my two worlds.
Live DemoLumped-parameter model of cell-to-radiator coupling; predicted worst-case cell temperature under 3C discharge within 4°C of test.
View DetailsAutomation bot that watches repository pipelines and posts failure summaries with logs to a team channel before anyone opens a browser.
Live DemoBuilding and maintaining full-stack web applications; automating deployment pipelines; designing network tooling with Sing-box and V2RayN for reliability and privacy.
Led thermal control subsystem analysis: built SINDA/FLUINT and Thermal Desktop models, ran ECSS verification campaigns, and produced CAD designs for flight and ground hardware.
Mechanical design and prototyping of enclosures and test fixtures; thermal simulation of electronics; hands-on machining and assembly validation.
Python tooling for engineering teams: data post-processing, report generation, and internal dashboards that shortened analysis turnaround by hours.
Building spacecraft hardware or shipping software — either way, I'd love to hear about it.