Hi, I'm Nolan Efe Elbirlik — a Computer Science & Engineering student. I work on the APIs and workflows that carry an LLM's response into a live product, how a prompt and retrieved context are assembled into what a model actually sees, and the infrastructure that keeps AI systems running reliably in production.
Technical Proficiency
- Applied AI & LLMs: RAG, LangChain, LangGraph, MCP, A2A, Prompt & Context Engineering (Few-Shot, Chain-of-Thought), Function Calling & Structured Output
- Core Languages: Python, SQL, JavaScript/TypeScript, C/C++
- System Architecture: API Integration & Orchestration, Claude Code, Cursor
- Data & Knowledge Graphs: Graph Databases (Neo4j)
- MLOps & Deployment: Docker, GitHub Actions (CI/CD), RAGAS
Featured Engineering Projects
- Cognitive Agent Syndicate
(https://github.com/nolanefe/Cognitive-Agent-Syndicate)
An autonomous multi-agent framework utilizing LLM-based reasoning to architect and generate scalable microservices.
- Domain: AI Infrastructure & System Design
- Tech Stack: Python, AutoGen, OpenAI API, GitHub Actions (CI/CD)
- Key Feature: Automated code generation orchestrated by LLM-powered virtual architects.
- Low-Latency RL Market Maker
(https://github.com/nolanefe/Low-Latency-RL-Market-Maker)
A high-performance matching engine integrated with a custom Q-Learning algorithm for rapid, memory-safe trading execution.
- Domain: Algorithmic Trading & Low-Latency Systems
- Tech Stack: C++17, CMake, Reinforcement Learning
-
Key Feature: Zero-leak memory management and
$O(1)$ state hashing to execute complex AI logic in environments where standard models are too slow.
- Distributed Vector Store Lite
(https://github.com/nolanefe/Distributed-Vector-Store-Lite)
A distributed in-memory database designed for partitioned data sharding and high-concurrency vector retrieval.
- Domain: Database Internals & Concurrent Systems
- Tech Stack: Go (Golang), GitHub Actions (CI/CD)
- Key Feature: Thread-safe memory management using sync.RWMutex to allow simultaneous search operations across partitioned vector shards.
How to reach me:
- LinkedIn: linkedin.com/in/nolan-efe-elbirlik
- Email: efeelbirlik@gmail.com