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Exploratory learning has become a widely applied, pedagogical concept. One approach to encourage exploratory knowledge creation are situated game experiences. Putting learners in quest-based environments can thereby support engagement through exploration and at the same time, allow for a variety of supportive learning strategies. However, examination of progress and investigation of success or motivational factors remain challenging in exploratory pedagogy. Evaluation in learning quests can interrupt the flow experience that supports engaging and successful learning in exploratory environments. This paper presents an approach for unobtrusive dialogic investigation in quest-based learning environments. Building on the results of an existing exploratory game quest to raise privacy awareness, the study conducts a dual between-subjects investigation to identify the motives of sharing fake news. The study, therefore, extends a mini-quest with a character to build a dialogic investigation for evaluating the intentions behind sharing of fake headlines. Concurrently, the impact on perception of flow and the robustness of the suggested dialogic inquiry is assessed by comparison to the prior non-dialogic evaluation. The results of the experiment with participating educators and students (N = 92) from two European universities confirm students more likely share fake news than educators and suggests hedonic rather than pragmatic motives as drivers of the sharing decision. The dialogic investigation with the mini-quest shows that students perceive fake news headlines as significantly funnier than educators while also spending less time reflecting if they are real or fake. Flow experience did not improve significantly by changing to dialogic questioning. However, positive tendencies in all flow sub-measures indicate that adding a character and inquiring with dialogue rather supports than breaks the sense fluency in exploratory learning quests. Implications for the design of analytical mini-quests as well as further research directions are outlined conclusively.

The research question in this paper is how a Field Learning Video Blog (FLvlog) has to be designed in order to optimize learning processes taking into account changed everyday communication habits of students. The system is designed to meet pedagogical as well as functional requirements for learning in fieldwork settings. The main difference to state-of-the-art learning management systems (LMS) is the ability of the FLvlog to upload fieldwork videos via smartphones and annotate them in graphical and textual form directly on the spot. A further difference is the ability to use dedicated smartphone applications for ethnographic research for data capturing with full integration into the FLvlog via software interfaces. During the fieldwork the students analyzed the experience of customers of parcel delivery companies using innovative delivery technologies as alternatives to traditional home delivery. Videos of the customer behavior were recorded and annotated by the students. The main learning aim was the application of technology acceptance models to analyze customer experience. After the fieldwork of several months, students evaluated the FLvlog in comparison to traditional paper-based case study learning. They examined the FLvlog with regard to activation, emotion, and satisfaction with the learning process, perceived learning success, and satisfaction with the FLvlog software superior to paper-based cases. From these results, implications for further improvement of the FLvlog were derived. [For the full proceedings, see ED571335.]

This paper explores the concept of mutual (reciprocal) learning as an enabler of the emergence of a collective human-machine intelligence across a smart factory. The interlinking of digital profiles of humans and machines permits the identification and measurement of learning outcomes through participating in and performing of (shared) tasks. To achieve this goal and ultimately to transform today's smart factory into a self-learning factory, the concept model of AUTODIDACT, underlying objectives and research questions related to mutual (reciprocal) learning are outlined. [For the complete proceedings, see ED600498.]

Government regulations require businesses to improve their processes and products/services in a green and sustainable manner. For being environmentally friendly, businesses should invest more on eco-innovation practices. Firms eco-innovate to promote eco-efficiency and sustainability. This paper evaluates the eco-innovation performance of Organisation for Economic Co-operation and Development (OECD) countries with data envelopment analysis (DEA). Data were gathered from the world bank database and global innovation index report. Findings show that for most OECD countries, energy use and ecological sustainability are more important than other inputs and outputs for enhancing eco-innovation. [For full proceedings, see ED571459.]

The overall project "Denken lernen - Probleme lösen" has been expanded in recent years after an initial sub-project in elementary school to include one for the lower secondary level. Schools throughout Austria were provided with the micro:bit and related materials. A training initiative for teachers was rolled out. In this article I would like to present a part of the evaluation results of this project. The investigation covers two aspects: the students' ability to solve problems and the students' opinions and views on working with the micro:bit.

Analysis of the applicability of a learning technology requires evaluating how the affordances of the technology respond to the users' needs. We examine affordances of a digital learning environment. We concentrate on organizational and socio-interactional affordances, which are based on technological affordances. The analysis shows how organizational and socio-interactional affordances emerge from the use of technological affordances. We offer an analytical understanding of the dynamics of various kinds of affordances and how they can be assessed to help educators to better understand how the learning process and the use of affordances can be facilitated and supported. [For the complete proceedings, see ED608557.]

In this research study a course, combining both computer-supported and face-to-face teaching using the concept of blended learning, has been designed. It is a beginners climbing course called "Klettern mit 360° Videos" (climbing with 360° videos) and the online part has been implemented as a Massive Open Online Course (MOOC). This research study presents the background of the course, the course concept, the course itself and the results of the evaluation. To measure the difference between the pure online participants and the blended learning participants the MOOC has been evaluated independently from the blended learning course. It should be mentioned that all participants (whether pure online or both) evaluated the course in a positive manner. The use of technology enhanced learning realized by the concept of blended learning proved to be a well-suited method for this course setting. Furthermore, many advantages of computer based learning, blended learning and 360°-videos have been reported by the participants. [For the complete proceedings, see ED579395.]

In applying a reverse mentoring approach, the project "re-ment" aims at raising the interest of female students for Information and Communication Technology (ICT) professions and at contributing to the deconstruction of gender stereotypes in this field. This approach offers a completely new and innovative perspective in the field of gender equality and advancement of girls in technology. This innovative mobile learning approach is applied in "re-ment" as the mentors and the mentees communicate via a social network. The project implements reverse-mentoring programs in four partner schools in Austria, the main result being a comprehensive course for teacher education. [For the complete proceedings, see ED579190.]