I work on AI systems — LLM infrastructure, computer vision, and data pipelines. Three years at Bosch building inspection systems, anomaly detection, and process automation for manufacturing. Studying AI Engineering at TH Ingolstadt, Germany.
M.Sc. AI Engineering for Autonomous Systems, Technische Hochschule Ingolstadt (THI)
B.Sc. Electrical and Electronics Engineering, Uludag University (3.48 / 4.0)
Erasmus+ Exchange Program, University of Zilina (3.88 / 4.0)
Built Odigos, a production RAG chatbot for autism spectrum families in Italy (Fondazione Paideia). End-to-end pipeline: knowledge graph traversal + vector search + semantic reranking with Cohere and GPT-4.1. Deployed on Azure Container Apps with Neo4j, pgvector, CI/CD via GitHub Actions.
Fine-tuned Stable Diffusion (WAN 2.1) for Img2Vid pipelines. Built Graph-RAG and LightRAG systems with Neo4j. Managed Azure deployments and built n8n-based agent workflows for unstructured data extraction.
Built YOLO + PyTorch inspection pipelines that cut destructive testing from 9/day to 3/day. Automated welding parameter optimization with XGBoost. 5000 hrs/yr productivity gain via RPA.
Implemented RTLS (UWB, Bluetooth) for asset tracking. Built operator tracking with Raspberry Pi 4, YOLO, TensorFlow, and MediaPipe. Predictive maintenance models with XGBoost and LightGBM.
Built an OCR-based product recognition system integrating AI/ML with PLC (Snap7) for production line automation.
Production RAG chatbot for autism spectrum families in Italy. 58+ features, knowledge graph + vector search + semantic reranking on Azure with Neo4j and pgvector.
YOLO + PyTorch inspection pipeline at Bosch. Cut destructive testing from 9/day to 3/day. OCR and Cognex vision inspections reduced customer complaints by 10%.
Fine-tuned Wan2.1 I2V-14B with LoRA for cinematic scene synthesis from limited data. Single-GPU pipeline producing coherent 720p video sequences.
Compared YOLO v3-v8 on VisDrone-2019 aerial images. Optimized with TensorRT for Jetson Nano and Jetson Orin. Published at IEEE INISTA 2023.
Essays
The EU's aviation regulator just published a 239-page concept paper on making AI safe enough to fly. From artificial narrow intelligence to learning assurance and the W-shape process, the mental model behind trustworthy aviation AI, explained for non-experts.
TOYGUN'un nasıl gördüğünü, hedefi nasıl tanıyıp izlediğini, lazerle nasıl ölçüp işaretlediğini ve uçağın radar izini bozmadan tüm bunları nasıl yaptığını kademe kademe, sinyal zinciri ve alt sistemler ile anlatır.
End-to-end notes from a $55 LoRA build on gpt-oss-20b: the data pipeline, the training run, the evaluation, and the surprise that the biggest win was teaching a reasoning model to stop reasoning.
Chunk size, embeddings, re-rankers: the usual suspects. But the language of your corpus quietly shapes every layer of the pipeline, and reasoning models make it decisive.
Elsewhere
MLOps Specialization — Duke University (2024)
Deep Learning Specialization — DeepLearning.AI (2022)
TensorFlow Developer — DeepLearning.AI (2022)
Fundamentals of Deep Learning — NVIDIA (2020)
SQL for Data Science — UC Davis (2024)
Generative AI for Everyone — DeepLearning.AI (2023)
Intro to Generative AI — Google Cloud (2023)
RPA Developer — LinkedIn Learning (2023)
Python 101 — IBM Cognitive Class (2020)