Graduate School

Your Stepping Stone for Your Career

The UTN School of Students and Young Researchers (StaRs) offers you a structured, inspiring, and supportive environment to successfully complete your doctorate. We accompany you on your journey with targeted further training, individual mentoring, and valuable career advice.

The UTN School of Students and Young Researchers (StaRs) serves as the Graduate School of the University of Technology Nuremberg (UTN). It provides a structured, inspiring, and supportive environment for pursuing a doctorate at UTN. The School offers targeted training opportunities, individual mentoring, and tailored career support.

StaRs is part of a vibrant research community and promotes interdisciplinary exchange. In addition to an excellent doctoral program, it offers innovative qualification formats, individual supervision, and targeted career development. Networking events provide valuable opportunities to connect with experts from academia and industry.

StaRs combines academic excellence with practice-oriented training and prepares candidates for careers in research, industry, and other professional fields. The doctoral program is continuously developed to ensure optimal conditions for high-quality research.

Application

All information on approval and requirements.

Doctorate

Current doctoral topics.

Research and Support

Discover our interdisciplinary research areas.

Doctoral Research Guide

Discover our structured doctoral program.

Doctoral Researchers

Expandable list of current doctoral researchers and their research topics.
  • Abdalla Ayad
    Robotic Touch in the Age of Learning (Prof. Dr. Wolfram Burgard)
  • Abhijeet Kishore Nayak
  • Adrian Göß
    Nonlinear outer approximation for non-convex mixedinteger programming (Prof. Dr. Alexander Martin)
  • Agniv Sharma
  • Alexander Müller
  • Andrea de Santiago
    Enhancing Student AI skills through Improving Teachers’ Instructional Strategies (Prof. Dr. Isa Jahnke)
  • Andreas Zimmerer
    Efficeint Semantic Query Processing (Prof. Dr. Andreas Kipf)
  • Benedikt Schilling
    Collective Memory and future Thinking (Prof. Dr. Magdalena Abel)
  • Carina Ziegler
    Toward New Research Methods for Learning Experience Evaluation in Higher Education (Prof. Dr. Isa Jahnke)
  • Christian Greisinger
  • Dawid Kopiczko
    Beyond Single-Policy Reinforcement Learning: Population-Based Data Search for Self-Improving Language Models (Prof. Dr. Yuki Asano)
  • Débora Nunes Pinto de Oliveira
    Open-World Robotics using Foundation Models and Generative Artificial Intelligence (Prof. Dr. Wolfram Burgard)
  • Ermelinda Kanushi
    Technonationalism and Technoglobalism: A Comparative Analysis of Strategic Approaches in China, the USA, and the EU (PD Laura C. Mahrenbach, TUM)
  • Hesham Abdalla
  • Iuliia Burtceva
    Examples in Plato´s Dialogues (Prof. Dr. Gyburg Uhlmann)
  • Jan Kobiolka
    Meta Learned in-Context Sequencing Models (Prof. Dr. Josif Grabocka)
  • Jan Krause
    Network Optimization in Production and Transport Logistics: Models, Methods, and Applications (Prof. Dr. Alexander Martin)
  • Janosch Gehring
    Predicting Plausibility of Ambiguous Sentences in Context (Prof. Dr. Michael Roth)
  • Johannes Hahn
    Multidimensional Auction Design with Mixed-Integer Network Constraints (Prof. Dr. Alexander Martin)
  • Jona Ruthardt
    Efficient and Scalable Multimodal Learning (Prof. Dr. Yuki Asano)
  • Jonas Kälble
    Label Efficient Machine Learning on Multi-View Image Sequences (Prof. Dr. Eddy Ilg)
  • Kristin Braun
  • Kristina Rolsing
    Robust and Bilevel Optimizaiton on Potential-Based Flow Networks (Prof. Dr. Johannes Thürauf)
  • Laura Zeidler
  • Louisa Warzog
    Cognitive Offloading and Its Interplay with Learning, Memory and Metacognition (Prof. Dr. Magdalena Abel)
  • Lukas Knobel
    Exploiting Temporal Dynamics for Self-Supervised Learning in Videos (Prof. Dr. Michael Roth)
  • Max Engelhardt
    Using Sat Solvers to Exploit Conjunctive Normal Form Structures in Mixed Integer Linear Programming (Prof. Dr. Alexander Martin)
  • Mihail Stoian
    Robust Query Optimization and Processing (Prof. Dr. Andreas Kipf)
  • Mohamed Sayed
    Robot Learning in Mulit-Robot Systems (Dr. Tanja Kaiser)
  • Moritz Stargalla
    Mathematics of Neural Networks (Prof. Dr. Christoph Hertrich)
  • Nisarga Nilavadi Chandregowda
    Collaborative Perception and Manipulation Techniques (Dr. Tanja Kaiser)
  • Noor Ahmed
  • Pierre Krack
    Combining Reinforcement Learning and Foundation Models in Robotics (Dr. Florian Walter)
  • Rafiq Kamel
  • Raza Yunus
  • Samiran Gode
  • Seongjin Bien
  • Sonja Weiland
    Integer-Programming Under Uncertainty Applied to Hospital Planning Problems (Prof. Dr. Alexander Martin)
  • Sophia Regopoulos
    Zum Eigentumsbegriff in der griechischen Antike mit einem verlgeichenden Ausblick auf die weitere Begriffsentwicklung (Prof. Dr. Gyburg Uhlmann)
  • Subhadeep Roy
  • Tobias Jülg
    Multi Modal Robot Cross Embodiment Learning from Human Demonstrations (Dr. Florian Walter)
  • Tobias Kuen
  • Tom Fischer
  • Valentinos Pariza
    FRANCA: Nested Matryoshka Clustering for Scalable Visual Representation Learning (Prof. Dr. Yuki Asano)
  • Xiaojie Zhang
  • Yannik Blei
    Applications of AI Foundation Models in Robotics (Prof. Dr Wolfram Burgard)
  • Yanran Chen
    Interplay Between Emotions and Argument convincingness (Prof. Dr. Steffen Eger)
  • Zhipin Wang

Graduates

Expandable list of UTN graduates.

Steering Committee of the Graduate School

The Graduate School’s steering committee is the central unit at UTN for strategic decision-making on degree programs as well as doctoral/Ph.D. issues and processes. The chair is the Founding Vice President for Education and International Affairs.

Central responsibilities 

  • Examination-related matters (degree programs)
  • Review of applications in doctoral/Ph.D.  procedures (case-by-case decision)s
  • Fundamental issues relating to education, teaching, and doctoral/Ph.D. issues (including the handling of academic adjustments and the use of AI tools in teaching, etc.)

Members
The steering committee is composed of the following members:

Contact

Any further questions? Our StaRs team will be happy to help!
Whether it’s about the application process, specific topics or general information – we are here to help.

stars@utn.de