AI/ML Engineer · Computer Vision · LLM Systems
I build the pipeline between raw data and shipped product — training computer-vision and language models, then wiring them into multi-agent systems and full-stack apps that businesses actually run on.
Data-driven Machine Learning Engineer with a track record of designing, training and deploying production-grade AI systems — from computer-vision architectures to LLM pipelines. I optimize model architectures, build robust engineering pipelines, and develop enterprise-scale multi-agent frameworks, drawing on a Software Engineering background to bridge ML research and scalable application deployment.
Built a multi-agent compliance system giving SMEs an affordable, explainable alternative to enterprise GRC tools for verifying ID documents against Turkey’s KVKK data protection law.
Engineered a CV forensics module combining Error Level Analysis, MTCNN face validation, and content moderation to automatically flag tampered or invalid document submissions.
Architected a 4-agent LangGraph pipeline grounding LLM-generated audit reports in a RAG-based legal knowledge base, and validated it against a synthetic test suite for accuracy.
A production-ready multi-agent pipeline that automates complex, multi-step corporate operations through autonomous, asynchronous agents.
Designed a centralized state-management layer with a supervisor-agent architecture, improving error recovery and task routing, and wired in secure API gateways for safe transactional queries against SQL Server.
Graduation project — a real-time American Sign Language recognizer built on MediaPipe hand tracking and spatial coordinate modeling.
Trained a Deep Neural Network with batch normalization in TensorFlow/Keras and optimized it with TensorFlow Lite for under-50ms web inference, served through a Flask backend with an async JS frontend.
An intelligent health-guidance platform: a context-aware medical QA engine using Retrieval-Augmented Generation over dense medical reference literature.
Added a ChromaDB vector-search layer to cut query response time and reduce hallucination, plus a Flask dashboard for dynamic PDF ingestion and real-time summary generation.
Built at INOSAS: a custom CNN architecture for classifying facial-manipulation forensics with an MTCNN-based real-time face extraction pipeline.
Used OpenCV for frame-by-frame processing to speed up feature extraction under compute-constrained conditions.