Research Field: Human Computer Interaction

Focus Areas

  • Interaction Design
  • User Involvement
  • User Experience
  • Creativity
  • User Model
  • Interactive Technology
  • Mockups
  • Prototyping

Research members

Publications

↓ 2019


Theses

Open


Master's ThesesCommunication in Artemis
Year2023
Advisor(s)Prof. Dr.Stephan Krusche
Abstract

Communication on Artemis already provides context-sensitive interactions between students and instructors. In this thesis, communication should be enhanced based on new functionality. The user experience should be further enhanced so that it makes more fun and is comparable to platforms such as Slack and Discord. This can include the enhancements of the new mobile Artemis apps for iOS and Android. Artemis is open source and available on https://github.com/ls1intum/Artemis

Master's ThesesLocal Continuous Integration in Artemis
Year2023
Advisor(s)Prof. Dr.Stephan Krusche
Abstract

Artemis supports local VCS and CI using Docker containers. This provides many benefits like better performance, easier setup and reduce maintenance effort. However, the implementation is still preliminary and some features of programming exercises are missing. In this thesis, you extend the capabilities and implement a more flexible solution for CI taking scalability with build agents and customizable build plans into account. Artemis is open source and available on https://github.com/ls1intum/Artemis

Bachelor's ThesesTemplates for All Programming Languages in Artemis
Year2023
Advisor(s)Prof. Dr.Stephan Krusche
Abstract

Artemis supports any programming language for programming exercises. Currently, it includes templates for many popular languages, however templates for a couple of languages is still missing. In this thesis, new templates for programming exercises will be developed and tested with the Bitbucket/Bamboo and Gitlab/Jenkins and LocalVCS/CI. In addition, static code analysis should be integrated into more programming exercise templates. Artemis is open source and available on https://github.com/ls1intum/Artemis


In Progress


Master's ThesesImproved Assessment Workflow of Exercises on Mobile Devices
Start DateApril 2023
Advisor(s)Maximilian Sölch
Supervisor(s)Prof. Dr.Stephan Krusche
StudentTarlan Ismayilsoy
Abstract

Artemis is an interactive learning platform used across multiple universities. One of its key features is support for exercise assessment through its web client. However, the web client’s usability on portable devices, such as iPads, is suboptimal. This limitation poses a challenge for tutors in providing prompt feedback to students, ultimately hindering their learning process. To address this issue, the development of Themis, a dedicated iPad app, was initiated, and a prototype focusing on the assessment of programming exercises was developed.

Bachelor's ThesesDesign Anywhere: UML Modeling on Mobile Devices
Start DateSeptember 2023
Advisor(s)Maximilian Sölch
Supervisor(s)Prof. Dr.Stephan Krusche
StudentAlexander Görtzen
Abstract

With the high prevalence of mobile devices among students, a significant need exists to adapt and optimize the web-based Unified Modeling Language (UML) modeling tool, Apollon, for mobile devices. Artemis, a learning platform integrating Apollon, has multiple related iOS apps also seeking an Apollon integration. This thesis aims to bridge this usability gap, making UML modeling more efficient and user-friendly within the Artemis app ecosystem. The objectives include developing a Swift package for Apollon, integrating it into Themis for efficient feedback and grading, and incorporating it into Artemis for iOS to allow students to model from their mobile devices.

Bachelor's ThesesImprovement of the General Artemis User Experience
Start DateOctober 2023
Advisor(s)Ramona Beinstingel
Supervisor(s)Prof. Dr.Stephan Krusche
StudentJonathan Ostertag
Abstract

Artemis has made significant strides in facilitating interactive learning experiences for students. However, its user experience (UX) remains in need of refinement. It exhibits minor inconsistencies, logical inaccuracies, and layout issues in several views. Since instructors have access to more extensive and complex features, these problems occur more frequently here as well. This bachelor’s thesis aims to address this issue by identifying and eliminating disparities and implementing key UX improvements, ultimately leading to a more effective and enjoyable educational environment.

Master's ThesesImproving Adaptive Learning in an Interactive Teaching Platform
Start DateNovember 2023
Advisor(s)Maximilian Anzinger
Supervisor(s)Prof. Dr.Stephan Krusche
StudentRaphael Stief
Abstract

Research suggests that learning paths might positively impact students’ academic success. Artemis also recently introduced learning paths, however, they are rarely used due to the creation process being time-consuming and having poor usability. In this thesis, we will add improvements to the creation and import processes of competencies, which are the basis for learning paths. To achieve this, we will conduct user interviews with instructors, identifying the changes providing the largest benefit and implementing those.

Bachelor's ThesesTease 2 0 Enhancing Matching Effectiveness and Usability for Team Allocation in Project Courses
Start DateFebruary 2024
Advisor(s)Ramona Beinstingel, and Matthias Linhuber
Supervisor(s)Prof. Dr.Stephan Krusche
StudentPhilipp Nagy
Abstract

This thesis contributes to the enhancement of the Team Allocator for Software Engineering courses, an open-source tool for forming student teams. The focus is on optimizing data import and export functionalities, refining the matching algorithm, improving the user interface and experience, and implementing a serverside component to enable synchronous multi-user collaboration. The methodology employed is agile development with 2-3 week product increments, allowing for regular testing and release cycles. The main contribution of this work lies in providing significant upgrades to the TEASE project, enhancing its usability and efficiency in project-based educational settings.

Bachelor's ThesesCommunication Enhancement For Improved Learning in Artemis
Start DateApril 2024
Advisor(s)Ramona Beinstingel
Supervisor(s)Prof. Dr.Stephan Krusche
StudentEge Kurt
Abstract

This thesis proposal addresses communication challenges in Artemis. The aim is to enhance Artemis by introducing a refined communication module. The identified problems include duplication in communication sections, ab- sence of document-sharing, and limitations in threaded conversations. Moti- vated by the need for a robust communication platform, this thesis proposal suggests improvements guided by Nielsen’s Heuristics. Key objectives involve a unified messaging system, enhanced message thread functionality, collabo- rative document sharing, and improved UI design.



Head of Research Group



Prof. Dr. Stephan Krusche

Administrative office


Sophia Adelmeier
adelmeie@cit.tum.de

Office: 01.07.052
Phone: +49 (89) 289-18206
Fax: +49 (89) 289-18207 Boltzmannstraße 3
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