Electrical & Electronics Engineering ✦ Software Systems ✦ Product Engineering
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SOFTWARE × HARDWARE × REAL-WORLD SYSTEMS | Ankara, Türkiye
I build where disciplines overlap — a live publishing platform, cross-platform embedded diagnostics, a Windows networking utility, an experimental medical-acoustics workflow, and AI-powered prototypes.
I care about the step after it works: how it behaves under failure, how it is operated and how its behavior is verified.
 Production platform · private source, public architecture |  Open-source · hardware diagnostics and recovery safeguards |
 Open-source · Windows network and service tooling |  EEE capstone · software built, physical validation underway |
 Hackathon prototype · offline-first emergency coordination |  Team project · prompt analysis, guidance and AI interaction |
Not a badge collection. These are the languages, tools and systems I use across the work above.
| Layer | Engineering work |
|---|---|
| Product & interfaces | Reader experiences, accessibility/readability, stateful UI, Django SSR / HTMX, React / TypeScript, Astro and Svelte-based surfaces |
| Backend & data | Django applications and APIs, FastAPI prototypes, PostgreSQL, SQLAlchemy / SQLite, authentication and data integrity |
| Async & AI | Celery / Redis jobs, external API integration, LLM-assisted workflows, structured output checks and quota-aware orchestration |
| Systems & delivery | Linux, Docker, GitHub Actions, automated quality gates, observability and production troubleshooting |
| Electrical & embedded | Embedded Linux, UART/serial diagnostics, device recovery safety, data acquisition and DSP/PCG signal-quality work in an ongoing capstone |
▸ A closer look: system architecture, testing and responsibilities
NovZon — I coordinate product direction and the software platform. The public architecture showroom explains the major systems; proprietary production code remains private. Its frontend, service and asynchronous processing layers have different responsibilities.
BoardMedic — Python-based cross-platform command-line tooling, typed diagnostics, reproducible offline fixtures, and explicit guards for destructive operations. Source and CI.
ZonDPI — Rust/C/Windows service components, local IPC, diagnostic CLI and desktop UI. Source and releases.
AuscultaForge — In our senior-design team, my primary responsibility is the host application and recording-quality workflow: signal display, DSP, session persistence and repeatable software tests. Physical acoustic characterisation is in progress, not a completed clinical device. Engineering scope.
TRIAGE & PromptlyAI — Team/hackathon prototypes exploring offline coordination and LLM-guided interactions respectively. I distinguish prototype demonstrations from field-validated products.
AI-assisted development — I use AI tools for implementation, design exploration and review. Generated code, passing tests and independently measured real-world performance are different levels of evidence.
Conceptual service map, not a complete production or security topology. See the public architecture repository for subsystem details.
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Live stats are rendered by third-party services and can be temporarily unavailable or rate-limited; public-repository statistics do not represent every private contribution. See the native GitHub contributions chart ↗
BUILDING NovZon — reader experience, platform workflows, reliability and operating tools
VALIDATING AuscultaForge — PCG recording, acquisition interfaces and measurement workflows
EXPLORING Embedded/software systems — diagnostics, testability and failure recovery
Design · build · verify · iterate