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Funded
Project. / 1

Funded
Project.

Course scheduling in modular educational systems

Course scheduling in modular educational systems

Lead partner:
IMC Hochschule für Angewandte Wissenschaften Krems

Scientific management:
Ruben Ruiz Torrubiano

Additional participating institutions:
Untis GmbH

Field(s) of action:
Digitalization, intelligent production and materials

Scientific discipline(s):
1020 - Informatik (100 %)

Funding tool: Applied research projects
Project-ID: FTI21-A-002
Project start: 01. Jänner 2023
Project end: 31. Dezember 2025
Runtime: 36 months / finished
Funding amount: € 193.927,00

Brief summary:
In modular educational systems, students have the possibility of choosing a part of their own curricula by themselves. Usually, this takes the form of elective courses that students can choose under certain conditions. This concept is not new and has been applied successfully for many years in countries like Germany (the 'Oberstufe' at the Gymnasium), but additionally, other countries and regions are gaining interest in applying it to their own educational systems (e.g. in Austria with the 'modulare Oberstufe'). However, the practical realization of this concept constitutes an organizational challenge that can only be solved with the help of information technology and digitalization techniques. In this applied research project, we investigate scheduling algorithms for this course scheduling problem from a regional perspective. Several variants of this problem not yet investigated in the literature will be analyzed and algorithms designed to solve that problem. We expect to contribute to the successful application of modular course systems in more educational systems across Europe.

Keywords:
Course scheduling, optimization, metaheuristics, school timetabling

Results

Peer-reviewed publication

A scheduling perspective on modular educational systems in Europe
Peer-reviewed publication of the findings in WP2.
https://doi.org/10.1016/j.heliyon.2024.e39694
Introducing Individuality into Students' High School Timetables
Paper published in the PATAT 2024 proceedings (arXiv preprint)
https://doi.org/10.48550/arXiv.2407.16898
A scheduling perspective on modular educational systems in Europe
https://doi.org/10.1016/j.heliyon.2024.e39694
Introducing Individuality into Students’ High School Timetables
https://doi.org/10.48550/arXiv.2407.16898

Non-peer reviewed publication

Integrating Course Elections Systems Into High School Timetabling Through Simulated Annealing
Currently under peer-review
https://doi.org/http://dx.doi.org/10.2139/ssrn.6237970

Open Research Data

New modular test instances with new constraints
Publicly available repository with test data from German high schools using the extensions of the XHSTT format proposed in the project.
https://github.com/IMC-UAS-Krems/modularXHSTT
Public repository with open instances for modular high-school timetabling
https://github.com/IMC-UAS-Krems/modularXHSTT
Permanent Link: https://www.gff-noe.at/forschungsfoerderung/details/FTI21-A-002/
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