Staff
Dr. rer. nat. Javad Ghofrani

Interim Professorship in Service Robotics
Ratzeburger Allee 160
23562 Lübeck
Building 64, Room 120 (2nd Floor)
Email: | javad.ghofrani(at)uni-luebeck.de |
Phone: | +49 451 3101 6322 |
Fax: | +49 451 3101 6304 |
Head of Intelligent Systems Lab
Research Interests
- Swarm Intelligence and Collective Robotics
- Distributed Intelligent Systems
- Software and System Architectures
- Software Product Line Engineering and Software Variability Management,
- Microservices and SOA
Bachelor and Master Thesis Offers
If you are looking for a Master's thesis, Bachelor's thesis, or research internship in the fields of Cyberphysical Systems, Software Architectures, Industrie 4.0, and utilization of Machine Learning in these domains feel free to contact me. Following topics are available:
- Master/Bachelor: Human-in-the-loop Collection Decision Making (Weitere Informationen: here
- Master/Bachelor: Applications of Intelligent Sensors in Smart Cities(weitere Informationen: here)
- Master/Bachelor: Adaptive Control Strategy in Robot Swarms
- Master: Anwendung von Reinforcement Learning für die Entwicklung eines Assistenzsystems für die Interaktion zwischen Mensch und Schwarm. (weitere Informationen: here)
- Master/Bachelor: Anwendung des 3D-Drucks in der industriellen Automatisierungstechnik (weitere Informationen: here)
- Bachelor: Analysis of swarm robotics tools (contact javad.ghofrani(at)uni-luebeck.de for details)
Useful literature for scientific work:
1. Guidelines for Conducting Software Engineering Research
Teaching
I am responsible of follwoing courses at University of Luebeck:
- Seminar Bio-inspired Robotics "Cyber Physical Systems"
- Bachelor-Seminar Informatik "Einführung in die disruptiven Technologien für Industrie 4.0"
- Wireless Sensor Networks
- Evolutionary Robotics
- Mobile Roboter
- Collective Robotics
- Organic Computing
- Einführung in die Robotik und Automation
- Parallel Computer Systems
- Real Time Systems
Writing Scientific Work
Please note that your scientific work (e.g., master thesis) should cover following parts
- Introduction (which explains the problem that you are aiming and why it is important to solve that specific problem)
- Related work ( you should do some literature research and analysis of similar work done by others to show that you work is interesting for some scientific or industrial communities)
- Propose your solution as an abstract model without implementations
- Describe your implementation of the solution
- Design of evaluation and experiments for showing that your solution is working
- Show the results and discuss their details, and eventually compare your results with the results from part 2 (Related Work)
- Conclusion

- Staff
- Prof. Dr.-Ing. Mladen Berekovic
- Dr. rer. nat. Javad Ghofrani
- Prof. Dr.-Ing. Erik Maehle
- Anjes Kiencke
- Ines Schiebahn
- Waiel Aljnabi, B. Sc.
- Christopher Blochwitz, M. Sc.
- Dr. rer. nat. Rainer Buchty
- Fu-Chun Chan, M. Sc.
- Sven Dreier, M. Sc.
- Dr.-Ing. Kristian Ehlers
- Christian Ewert, M. Sc.
- Wadid Foudhaili, M. Sc.
- Lukas Groth, B. Sc.
- Philipp Grothe, M. Sc.
- Julian Kaduk, M. Sc.
- Gaurav Kapoor, M. Sc.
- Raphael Klink, M. Sc.
- Hsin-Kun Lin, M. Sc.
- Ahmed Mahmoudi, M. Sc.
- Dipl.-Ing. Rolf Meyer
- Amira Moualhi, B. Sc.
- Dr.-Ing. Saleh Mulhem
- Felix Muuss, B. Sc.
- Dipl. Wirtsch.-Ing. Jamin Naghmouchi
- Anouar Nechi, M. Sc.
- Andrija Neskovic, M. Sc.
- Sören Nienaber, M. Sc.
- Dipl.-Ing. Noureddine Ouertani
- Julian Petzold, M. Sc.
- Andra Poetschki, B. Sc.
- Zeinab Rabani, M. Sc.
- Robin Sehm, B. Sc.
- Henrik Strunck, M. Sc.
- Celine Thermann, M. Sc.
- Daniel Widmer, B. Sc.
- Dipl.-Ing. Steffen Prehn
- Fethia Zerai, M. Sc.