Leveraging Agile Methodology to Transform a University Learning and Teaching Unit

Author(s):  
Madelaine-Marie Judd ◽  
Heidi Christina Blair
2019 ◽  
Vol 42 (2) ◽  
pp. 125-145
Author(s):  
Fiona O’Neill ◽  
Jonathan Crichton ◽  
Angela Scarino

Abstract This paper reports on a semester-long study that explored the experience of a group of local and international students from multiple disciplines, and their teachers, in a core Intercultural Communication undergraduate course of 550 students in which there is an orientation to learning, teaching and assessment that seeks to develop students’ intercultural learning capabilities. To capture the experience of learning, teaching and assessment in a highly diverse Australian university, data were collected over the life cycle of the course. The research design was ethnographic and collaborative, involving the research team, members of the teaching staff, and members of the university’s learning and teaching unit. The data include interviews with students and teachers, students’ written assessments, and observations of weekly teaching staff meetings. The overarching finding of the study is that, to enable students to develop their intercultural learning capabilities, there is a need to rethink notions of experience and engagement, specifically to attend to the central role of language/s and culture/s in all students’ experience of learning, teaching, and assessment. Analysed examples from the data are used to illustrate four specific guiding principles underpinning this (re)orientation to learning. The study was one of two case studies funded by the University of South Australia as part of a larger project: Developing English Language and Intercultural Learning Capabilities.1


2020 ◽  
Vol 11 (1) ◽  
pp. 98-107
Author(s):  
Blanca Puig Mauriz ◽  
Maria Evagorou

A major aim of science education reform documents (Achieve, 2013) is for K-12 students to engage in scientific practices to facilitate a better understanding of the processes and the aspects of doing science (Bybee, 2014). In this design case we present the design of a teaching unit on a socioscientific issue (SSI) that can potentially engage learners in modeling and argumentation. The unit focuses on the controversy about the declining population of honeybees. The “Should we care about the bees?” unit engages the participants in the practice of modeling for explaining and arguing about the causes, consequences, and possible solutions related to the problem of the bees. Our unit aims to illustrate how to address the intersections between science and society and to promote scientific practices in science learning and teaching. Two university science educators from different countries worked together to design and re-design the teaching unit. Initially the unit was designed in order to promote the exploration of the socio-scientific issue through argumentation, but after an initial implementation we decided to focus on modeling the issue as well. The final design product is a seven-week unit. In this paper we discuss design challenges and decisions of using an SSI based unit that promotes learning and teaching SSIs in the context of scientific practices. 


Healthcare ◽  
2021 ◽  
Vol 9 (9) ◽  
pp. 1147
Author(s):  
Magdalena Roszak ◽  
Bartosz Sawik ◽  
Jacek Stańdo ◽  
Ewa Baum

The COVID-19 pandemic had a huge impact on the learning and teaching processes, particularly in healthcare education and training, because of the principal position of the cutting-edge student–patient interaction. Replacing the traditional form of organization and implementation of knowledge evaluation with its web-based equivalent on an e-learning platform optimizes the whole didactic process not only for the unit carrying it out but, above all, for students. This research is focused on the effectiveness of the application of e-learning for computer-based knowledge evaluation and optimizing exam administration for students of medical sciences. The proposed approach is considered in two categories: from the perspective of the providers of the evaluation process, that is, the teaching unit; and the recipients of the evaluation process, that is, the students.


Author(s):  
Ehud Aviran ◽  
Enas Easa ◽  
Shelly Livne ◽  
Ron Blonder

Recent technological advances have allowed for the use of computerized and online systems to achieve personalized student-centered learning and teaching in the classroom. One such prominent example is the PeTeL system (Personalized Teaching and Learning), developed by the Science Teaching Department of the Weizmann Institute of Science. In the present article, we describe the initial stages of the system's first implementation in chemistry classes, and show how it facilitates the hybridization of learning by combining online materials and offline activities. The research focuses on different hybridization models applied by chemistry teachers in their teaching, which demonstrate the efficacy of the PeTeL system in hybrid learning. Four case studies of a teaching unit dealing with melting points are discussed, and the considerations of two chemistry teachers using the system who adjust their teaching sequence to the personalized needs of their students in four different classes are presented. The results underscore the importance of providing teachers with the capacity and tools to personalize their teaching paths in a way that better supports hybrid teaching matching their pedagogical considerations. A new approach to the construct of hybrid teaching is proposed, considering it as a set of axes instead of one continuum.


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