Michail Georgoulakis Misegiannis, M.Eng.

Adresse: Technische Universität München
Institut für Informatik
Boltzmannstr. 3
85748 Garching
Raum: 02.11.060
Telefon: +49 (0)89 / 289-17250
E-Mail: michalis.georgoulakis@tum.de
Bürozeit: Einfach vorbeikommen oder einen Termin ausmachen.

Forschungsgebiete

  • Cloud-based analytics
  • Query optimization
  • Caching architectures
  • Scheduling, Workload Management
  • Autoscaling/serverless architectures

Publikationen

Michail Georgoulakis Misegiannis, Laurent d'Orazio, Verena Kantere
Michail Georgoulakis Misegiannis, Verena Kantere, Laurent d'Orazio

Lehre

SS 2026: Praktikum: Cloud-Based Data Processing
WS 2025/2026: Advanced Algorithms in Competitive Programming
SS 2025: Data Processing on Modern Hardware
WS 2024/2025: Cloud-Based Data Processing
SS 2024: Data Processing on Modern Hardware
WS 2023/2024: Cloud-Based Data Processing
SS 2023: Data Processing on Modern Hardware
SS 2023: Seminar - Modern Database Systems
WS 2022/2023: Cloud-Based Data Processing

Verfügbare Themen

I am happy to supervise Bachelor's theses (BT), Master's theses (MT), and Guided Research (GR) projects on any of my interests or on the open topics below. Please reach out by email with your CV and transcript if you are interested.

Topics can typically be tailored to fit the scope of a BT, GR, or MT. If you have your own topic idea related to my research interests, I am happy to discuss it.

Betreute Arbeiten

  • A GUIde for Tuning and Troubleshooting Parallel Query Processing (BT)
  • Quantifying the noisy neighbor problem in the Cloud (GR)
  • Syslog Collection and Analysis of network devices in Microsoft Azure (MT)
  • Workload-driven Optimization of Autoscaling Systems using Heterogeneous Nodes (MT)
  • Designing A Unified In-Memory Caching Layer for Cloud OLAP Workloads (MT)
  • Cost-Performance Optimization in Serverless Query Engines (GR)
  • Designing an Interactive Visualization Tool for Cloud-Based Analytics Simulations (BT)
  • Stabilizing discrete GPU Unified Memory Performance Under Oversubscription (GR)
  • Kernel-Based Hypervisor for Lightweight VMs (BT, ongoing)