Wandelwerk. Zentrum für Qualitätsentwicklung
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Project management is a lot about structuring. Challenges in introducing new software especially in the field of digitalization are to address the needs of planning, budget and schedule adherence as well as involving the users in the development process. Classic project management is usually focused on following the plan and keeping the project in schedule and budget. Agile project management puts the user in the center and aims at fulfilling his needs. The University of Applied Sciences Münster has aligned its project management with the PRINCE2 standard. The introduction of an enterprise content management system started in 2017 as a new project. To fulfill the user’s needs and keep the project management standard it has been tailored to achieve the project goals by integrating agile stages. This adaptation is presented in this paper as an example of structured hybrid project management.
The CORE Concept: Four Steps to a Quality Management System for Higher Education Institutions
(2019)
The CORE concept facilitates the implementation of a quality management system in higher education institutions. It defines four essential steps: to clarify goals, optimize processes, reflect outcomes, and encourage improvement, which must be applied to different objects. The article explains how the model can be used for an initial organizational analysis and the conception of your own QM system. The concept was developed at FH Münster, a large German university of applied sciences. In the last years, it has successfully been used in consulting projects with universities in Latin America and Africa.
Als erste deutsche Hochschule wurde die FH Münster im Sommer 2017 systemreakkreditiert.
Grundlage der Akkreditierungsentscheidung war ein Konzept,
das die Hochschule im Herbst 2014 im Kontext der Experimentierklausel“
des Akkreditierungsrats entwickelt hatte. Mittlerweile stößt dieses Konzept auf reges Interesse bei anderen systemakkreditierten Hochschulen, bietet doch das geänderte Akkreditierungsrecht seit Januar 2018 explizit die Möglichkeit, in Abstimmung mit dem Akkreditierungsrat und der jeweils zuständigen Wissenschaftsbehörde „alternative Akkreditierungsverfahren“ zu gestalten Vor diesem Hintergrund erläutert der Aufsatz den Kontext der Experimentierklausel, das Reakkreditierungsverfahren der FH Münster und die Neugestaltung des Akkreditierungsrechts.
Vor allem aber werden die Gründe, die zur Entwicklung des neuen Ansatzes führten, dargestellt, bevor dann das kumulative Akkreditierungskonzept der FH Münster skizziert wird. Die Ausarbeitung schließt mit ersten Hinweisen darauf, welche Argumente bei der Entscheidung zwischen einem alternativen – hier: kumulativen – und einem konventionellen Reakkreditierungsverfahren abzuwägen sind.
Schreiben im Designstudium
(2017)
Teaching People to program is a crucial requirement for our society to deal with the complexity of 21st-century challenges. In many teaching systems, the student is required to use a particular programming language or development environment. This paper presents an intelligent tutoring system to support blended learning scenarios, where the students can choose their programming language and development environment. For that, the system provides an interface where the students request test data and submit results to unit test their algorithms. The submitted results are analyzed by a machine learning system that detects common errors and provides adaptive feedback to the student. With this system, we are focusing on teaching algorithms rather than specific programming language semantics. The technical evaluation tested with the implementation of Mean and Median algorithm shows that the system can distinguish between error cases with an error rate under 20%. A first survey, with a small group of students, shows that the system helps them detect common errors and arrive at a correct/valid solution. We are in the process of testing the system with a larger group of students for gathering statistically reliable data.
Disruption, Machine Learning, Internet of Things, Augmented Reality, Industry 4.0 and Rapid Prototyping are just a selection of the buzzwords that come up in connection with the rapid changes in the professional world and society brought about by digitalisation. As frequently occurs when buzzwords are used, their exact meaning is unknown, or remains unquestioned, but the use of them is nevertheless excessive. In this way, the buzzword ‘digital native’ assumes that an entire generation has a command of digital skills simply because they were born into this world and use digital media naturally. Which skills profiles this generation, and therefore a majority of today’s students, actually command, remains vague however, and is rarely explored systematically. The same is true of the specific formulation of necessary skills profiles in the digital world for higher education graduates. In the debate around higher education institutions, the description of the swift digital transition (with or without buzzwords) is not usually followed by a revision of existing curricula. This article describes strategic considerations for a better fit between the skills demanded of students and the challenges of the digital world.
Forschungsorientiertes Lehren und Lernen in wirtschaftswissenschaftlichen Bachelor-Studiengängen
(2010)
2016-06-01, Westfälische Hochschule, Tag der Lehre, Keynote "Was ist gute Lehre?", Gelsenkirchen
(2016)
Kompetenzen prüfen.
(2015)
Fragen in der Lehre
(2015)
"Kompetenz und Diagnostik"
(2014)
"Professionelle Tutorien"
(2014)
Kompetenzen entwickeln
(2015)