Dear interested parties,

In our working group, it has proven successfully that interesting topics for Bachelor's and Master's theses are worked out in a personal dialogue. Thus, we do not offer a fixed list of predefined topics.

Please do not hesitate to contact us personally, by phone or email to arrange an appointment to discuss a potential topic.

Possible thesis topics include:

• Design methodology for quantum computers
• Formal verification of processors
• Approximate computing in arithmetic circuits
• Test pattern generation for integrated circuits
• Application of neural networks in circuit design
• ...

To get an idea of the broad spectrum of the topics, the already completed theses are listed below:

All	Bachelor	Master	Diploma
2025
2024
2023
2022
2021
2020
2019
2018
2017
2016
2015
2014
2013
2012
2011
2010
2009
2008
2007
2006
2005

2021

Name	Topic	Degree
Fabian Lukas Blanken	Fail-Operational-System für semiautonome zivile Multicopter-Drohnen	Bachelor
Caroline Dominik	Bestimmung polynomieller Schranken für die formale Verifikation symmetrischer Schaltungen	Bachelor
Marcel Franzen	Implementierung einer automatischen Transformierung multilingualer Spracheingaben in Datenbankabfragen	Bachelor
Milan Funck	Design, Implementierung und Evaluierung einer RISC-V Prozessorerweiterung auf VP Ebene	Master
Jan Hensel	RoboSim A Multi-Agent System Simulator Based on a RISC-V Virtual Prototype	Bachelor
Philipp Johag	RoboSim A Multi-Agent System Simulator Based on a RISC-V Virtual Prototype	Bachelor
Gregor Kuhn	Design Understanding für Quantum-dot Cellular Automata Layouts	Bachelor
Vinh Kien Luc	Autoencoder for dimension reduction of data in empirical asset pricing model	Bachelor
Marcel Merten	Entwicklung eines Hardware-basierten Evolutionären Algorithmus unter Verwendung von Mehrzieloptimierung zur Robustheitssteigerung sequentieller Schaltkreise	Master
Luca Müller	Co-Simulation-Based Verification of a Register-Transfer Level RISC-V Implementation in Reference to a Virtual Prototype	Bachelor
Martha Schnieber	Polynomial Formal Verification of Approximate Functions	Master
Daniel Staack	Fehlerfindung in robotischen Plänen mittels Fuzzing	Bachelor

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