Building scalable architectures and exploring the depths of system-level engineering.

I’m Arash — a developer who thrives on solving complex technical challenges and building maintainable, high-performance infrastructures. I believe in understanding the "why" behind every line of code, whether I'm architecting Event-Driven (EDA) APIs or implementing low-level hardware simulations.

My development philosophy:

• Clean Architecture: Designing for long-term maintainability.
• System Thinking: Understanding the full stack, from CPU gates to distributed cloud services.
• Performance First: Optimizing every layer, from database indexing to caching strategies.

• Core: Python (Advanced), Java (Spring Boot), Go (Learning).
• Architecture: Event-Driven Architecture (EDA), RESTful API Design, Microservices patterns.
• Storage: PostgreSQL, Redis (Advanced Caching), MongoDB.

• OS Internals: Linux (Bash), Process Isolation, Container Runtimes.
• Hardware/Low-Level: Verilog, CPU Design, Compiler Construction.
• DevOps: Git, Docker, Kubernetes (Basic).

• Languages: Python, Java, C++, SQL, Go
• Frameworks: FastAPI, Django, Spring Boot, Gin, LangChain
• Storage: PostgreSQL, Redis, MongoDB
• Tools: Linux, Docker, Git, Kubernetes, Kafka/RabbitMQ (Familiar)

16-bit CPU Design & FPGA Implementation | Verilog, Vivado Implemented a fully functional computer architecture with a custom ALU and Control Unit, synthesized for FPGA.

High-Performance API with Write-back Caching | FastAPI, Redis, MongoDB Engineered a dual-layer storage system using Redis and an automated synchronization mechanism to handle high-traffic loads.

AI-Powered Metadata Extraction Engine | Python, LangChain, LLMs Developed an automated pipeline to structure product information from unstructured data using state-of-the-art AI models.

• Distributed Messaging: Deep-diving into Kafka and RabbitMQ for robust system communication.
• Compiler Engineering: Refining my custom compiler for the Cool language.
• Linux Security: Researching Intrusion Detection Systems (IDS) and system-level security.