Curriculum Vitae
Kaan Aykurt
PhD Candidate · AI-driven Networked Systems
Technical University of Munich
Research Profile
Ph.D. candidate working at the intersection of AI for Networking and Networking for AI. I design agentic LLM workflows and benchmarking frameworks for autonomous networks, and study communication bottlenecks in large-scale AI/ML systems. My expertise includes reproducible benchmarking on hardware testbeds, transport layer analysis, and network modeling with Graph Neural Networks.
Experience
Chair of Communication Networks, Technical University of Munich
2022 – Now
- Developing agentic workflows for network troubleshooting, implementing the Model Context Protocol (MCP) for tool calling to interact with network emulators.
- Designed NetLLMBench, a reproducible benchmarking framework using Python and LangChain to evaluate LLM agents on network configuration tasks.
- Built and operated a Kubernetes experimental cluster and developed a custom pod autoscaler (HyPA) to optimize resource provisioning.
- Ranked 3rd in the GNNet2023 Challenge by designing Graph Neural Networks (GNNs) in PyTorch to predict latency on real-world datasets.
- Conducted hardware testbed measurements of TCP/IP and QUIC to analyze congestion dynamics in high-throughput applications.
Chair of Communication Networks, Technical University of Munich
2020 – 2022
- Characterized traffic patterns of distributed training workloads (PyTorch DDP, MPI) to evaluate synchronization performance across RoCE and standard Ethernet.
- Modeled TCP congestion behavior in reconfigurable data centers to predict flow completion times and quantify topology switching impact.
IBM
2018 – 2019
- Implemented automation workflows using Bash scripting and configured enterprise monitoring dashboards for operational insights.
Education
Technical University of Munich (TUM)
2022 – Now
Technical University of Munich (TUM)
2019 – 2022
Koc University
2014 – 2019
Technical Skills
AI & ML
Python, PyTorch, Distributed Fine-Tuning, Hugging Face (Accelerate, PEFT/LoRA), vLLM
Networking
C++, RDMA (InfiniBand/RoCE), P4, eBPF, ns-3, Mininet, TCP/IP
Infrastructure
Docker, Kubernetes, Helm, Linux, Bash, Git, GitLab CI
Selected Publications
Agent-based Enhancement of Small Language Models: A Lightweight Solution for Network Management