At TURKISHAEROSPACEINDUSTRIES, I stream live aircraft sensor data in real time via TCP/WebSocket for field-team monitoring. I also built Cesium/ECharts visualizations that improved rendering from 10–15 FPS to 60 FPS.
As an AI Specialist Engineer, I improved read/write concurrency in a high-frequency sensor pipeline through sharding and consistency-model optimizations on HBase. I designed RESTful and gRPC APIs with backward-compatible versioning for multi-team integration.
Earlier at TURKISHAEROSPACEINDUSTRIES, I optimized queries and restructured storage-engine schemas on Hadoop/HBase, reducing query times. I also responded to customer requests and resolved production issues.
For my MSc thesis at HACETTEPEUNIVERSITY, I developed a CUDA-based C++ framework for parallel processing of multi-rate aircraft sensor data. It achieved 2.9×–3.5× speedup on GPU and 1.9×–2.4× in hybrid CPU–GPU execution.

