Your opportunity to shape the product development of tomorrow!

At ISEM, we offer Bachelor's theses, Master's theses and project work that will not only advance your professional skills but also foster your personal growth.

Our theses are practice-oriented, interdisciplinary and often conducted in collaboration with companies.

Are you studying mechanical engineering, product development and production (PEP),  mechanical engineering and management (MEM), mechatronics, theoretical mechanical engineering, aeronautical engineering or a related field?

Then you've come to the right place!

What we offer you

At ISEM, you can expect more than just a thesis - we provide you with practical, research-orientated and individual support in an appreciative environment.
Our Bachelor's theses, Master's theses and project work are directly integrated into current research and offer you the opportunity to develop both your professional and methodological skills.

 

✔  Exciting topics & individual design - All listed topics can be completed as a Bachelor's thesis, Master's thesis or project/study work. The scope will be determined individually with the supervisors.

✔ Close supervision & academic support - In addition to personal guidance from our researchers, you can benefit from additional support through a Non-Technical Offering (NTA) in your Master's program.

 Modern infrastructure & workplace on campus - You will have access to height-adjustable desks, high-performance computers, 3D printers, laboratories and a digital research environment.

 Industry relevance & practical relevance - Many of our projects are in cooperation with companies, preparing you optimally for your career entry.

 Innovative research methods - From model-based approaches and experimental prototype development to systematic literature research - we support you with current scientific methods.

✔ Appreciative team & open error culture - We foster an open feedback culture, promote exchange among students and create research with fun and motivation.

 

Whether you want to develop your technical, scientific or creative skills - at ISEM you will find the right topic for your thesis!

Bachelor's, Master's and research project theses

Are you planning your Bachelor's, Master's or student research project?

  • Almost all theses can be completed in English. Have you found an exciting topic or would you like to learn more about theses at ISEM?
  • Then contact the respective supervisor directly from the list of topics below!

 

Here’s how it works:

  • Send a brief message expressing your interest in the topic.
  • Attach your CV and a current transcript of records – this will help us better assess your individual strengths and interests based on your course selections.
  • If you are unsure which topic suits you best, we are happy to provide guidance!

 

Take the opportunity to contribute to innovative research projects and gain valuable practical experience.

We look forward to hearing from you!

 

Current offers:

SupervisorTopic (text in german)
Anusch Musawi

Modeling agile mechanisms of action in complex development environments

Anusch Musawi

AI-based analysis and optimization of agile development processes

Anusch MusawiClassification of built constructions from the tower study according to Kagan et al. in the context of product generation engineering (PGE)
Felix FörsterSuccess factors for the acceptance of visualizations in systems engineering
Felix FörsterDevelopment of a systems engineering simulator
Felix FörsterSmart visualizations in systems engineering: analysis and application of innovative display approaches
Felix Förster

XR-Lab for machine elements

Juliane LandwehrCluster AI in Requirements Engineering: Use Cases, Data and Tools
Juliane LandwehrSuccess factors for requirements engineering: literature and tool analysis
Juliane LandwehrExploiting earlier development data through AI for requirements engineering
Juliane LandwehrRequirements Engineering: Views in industrial practice
Juliane LandwehrTool selection for a systems engineering development simulator
Katharina RitzerDevelopment of a development simulator for researching team flow in agile product development
Katharina RitzerResilient development teams - a practical approach to promoting team flow
Katharina RitzerDevelopment of a engineering simulator for researching team flow in agile product development
Katharina RitzerMeasurability of the success of New Work principles in companies
Katharina RitzerPilot program for the introduction of New Work in engineering

Mona Batora

Analysis of decision-making situations in product generation development

Mona BatoraNudging in agile collaboration - understanding and promoting success mechanisms in mechatronic system development
Mona BatoraNudging in agile collaboration - development of an interactive platform to support agile collaboration

Mona Batora

Further development of decision-making processes in the product management of an agile IT service provider in the financial sector

Mona Batora

Development of a visualization to optimize the value stream of industrial companies

Moritz HenkelKnowledge management in system generation engineering
Moritz HenkelAnalysis and data collection in the product development manufacturing process of a billiard shooting unit
Moritz HenkelFurther development and validation of the agiteaching concept in the new construction project 2 (KP2)
Pascal KullAI-supported analysis of development data
Pascal KullEngineering strategies - Designing decision support in product development
Pascal Kull

Game-based learning in teaching

Pascal KullIdentification and modeling of planning deviations in the live lab GSD - Generational Sheet-Metal Development
Nikola BursacScenarios for product creation in the circular economy

Nikola Bursac

Concept for a mechatronic machine to get children excited about technology

Rando Lübbert

Development of a testbench

Rando Lübbert

Applied automation in the context of double sheet metal detection

Rando Lübbert

Development of a billiard robot

Rando Lübbert

Development of a bending machine

Simon JessDigital feasibility check for sheet metal parts from CAD data
Simon JessCatalog of typical sheet metal components for production evaluation
Simon JessInnovative training concept for smart machine systems