Prosuming, or when customers turn collaborators: coordination and motivation of customer contribution

This article investigates the phenomenon of increasing integration of customers and users into the organizational creation of value, focusing primarily on the dissolving boundaries between production and consumption. Concepts such as "prosuming", the "working customer", "produsing" and "interactive value creation" have been used to describe this phenomenon. Within the framework of a research project at the Goethe-University Frankfurt/Main, this debate was investigated theoretically as well as empirically in three case studies. The research question is as follows: Why do customers participate in "new types of prosuming" or "interactive value creation" and how are these processes coordinated by the firms? The results show a considerable range of motives and forms of coordination: The customers’ primary motives to voluntarily assume tasks and activities were both intrinsic and extrinsic in nature. The organizational models identified range from strategies of rationalization to prosuming as a basic business model to the collaborative and interactive value creation between the company and the web-community

Mobile learning: benefits of augmented reality in geometry teaching

As a consequence of the technological advances and the widespread use of mobile devices to access information and communication in the last decades, mobile learning has become a spontaneous learning model, providing a more flexible and collaborative technology-based learning. Thus, mobile technologies can create new opportunities for enhancing the pupils’ learning experiences. This paper presents the development of a game to assist teaching and learning, aiming to help students acquire knowledge in the field of geometry. The game was intended to develop the following competences in primary school learners (8-10 years): a better visualization of geometric objects on a plane and in space; understanding of the properties of geometric solids; and familiarization with the vocabulary of geometry. Findings show that by using the game, students have improved around 35% the hits of correct responses to the classification and differentiation between edge, vertex and face in 3D solids.This research was supported by the Arts and Humanities Research Council Design Star CDT (AH/L503770/1), the Portuguese Foundation for Science and Technology (FCT) projects LARSyS (UID/EEA/50009/2013) and CIAC-Research Centre for Arts and Communication.info:eu-repo/semantics/publishedVersio

Brain enhancement through cognitive training: A new insight from brain connectome

Owing to the recent advances in neurotechnology and the progress in understanding of brain cognitive functions, improvements of cognitive performance or acceleration of learning process with brain enhancement systems is not out of our reach anymore, on the contrary, it is a tangible target of contemporary research. Although a variety of approaches have been proposed, we will mainly focus on cognitive training interventions, in which learners repeatedly perform cognitive tasks to improve their cognitive abilities. In this review article, we propose that the learning process during the cognitive training can be facilitated by an assistive system monitoring cognitive workloads using electroencephalography (EEG) biomarkers, and the brain connectome approach can provide additional valuable biomarkers for facilitating leaners' learning processes. For the purpose, we will introduce studies on the cognitive training interventions, EEG biomarkers for cognitive workload, and human brain connectome. As cognitive overload and mental fatigue would reduce or even eliminate gains of cognitive training interventions, a real-time monitoring of cognitive workload can facilitate the learning process by flexibly adjusting difficulty levels of the training task. Moreover, cognitive training interventions should have effects on brain sub-networks, not on a single brain region, and graph theoretical network metrics quantifying topological architecture of the brain network can differentiate with respect to individual cognitive states as well as to different individuals' cognitive abilities, suggesting that the connectome is a valuable approach for tracking the learning progress. Although only a few studies have exploited the connectome approach for studying alterations of the brain network induced by cognitive training interventions so far, we believe that it would be a useful technique for capturing improvements of cognitive function

An Analysis of the Effect of Digital Badging on Workplace Self-Directed E-Learners\u27 Achievement, Persistence, and Self-Regulation

Despite the advantages and increase in popularity of self-directed e-learning, this mode of learning is still reported to suffer from low voluntary enrollment rates, high learner dropout rates, as well as low retention of learning. Although there is a paucity of motivation research with regard to self-directed e-learning, a considerable number of studies identify shortfalls in factors related to learner motivation as the most prevalent factor contributing to these pitfalls. The current study investigated the effect of digital badges, an extrinsic reward, on learning effectiveness, persistence and self-regulation in a corporate self-directed e-learning environment. The study employed an experimental between-subjects design with one independent variable, the opportunity to earn digital badges. The dependent variables for the study included learning achievement, learning retention, persistence to course completion, and self-regulation. Participants completed one required e-learning module and had the opportunity to engage with two elective ones. The experimental group had the opportunity to earn digital badges while the control group did not. The study sample (N=76) consisted of new or existing employees working in various roles in a corporate organization. A series of Mann-Whitney U tests were performed to determine group differences in learning achievement, learning retention, persistence to course completion and self-regulation. The results of these analyses found significant median differences in all four dependent variables on the basis of group, suggesting a consequential relationship between the use of digital badges and the variables examined. This study contributed to research on the use of gamification as a motivational strategy within the e-learning context. It also helped establish the impact of digital badge use on learning effectiveness and engagement in adult self-directed e-Learners

Gamification of in-class activities in flipped classroom lectures

For higher education, the question of how in-class activities can be supported in large lectures is of great relevance. This paper suggests a gamified flipped classroom approach to address this challenge. In an experimental study, N = 205 educational science students performed either gamified in-class activities using a gamified quiz with points and a team leaderboard, or non-gamified in-class activities using exercise sheets. In line with the theory of gamified learning, the results show a positive indirect effect of gamification on application-oriented knowledge that is mediated by learning process performance. Furthermore, based on a self-determination theory framework, the results show positive effects of gamified in-class activities on intrinsic motivation and social relatedness, but no significant effect on competence need satisfaction. The study provides insights into a particular casual construct of game design elements (points and team leaderboards) triggering specific mechanisms (immediate task-level feedback and team competition) affecting a mediator (learning process performance) that in turn affects a learning outcome (application-oriented knowledge)

Higher Sustainability of Mental Models Acquired from a Digital Game in Comparison with a Live Action Role-playing Game and a Traditional Lecture

This article analyses the effectivity of teaching EU law using various educational media. It specifically explores the differences between, and sustainability of, mental models constructed within three various educational environments: (1) a digital game played on PCs, (2) a non-digital role-playing game, and (3) a traditional lecture with discussions. We conducted a laboratory experiment, in which participants (253 high school students, M = 112, F = 141, mean age 16.5) studied EU laws, institutions, and politics in the three above-mentioned environments. We evaluated and compared mental models participants constructed through content analysis of the concept maps they drew immediately after the experiment and others made one month later. Within the analysis, we studied content, architecture, and changes in mental models over time. The resulting data offer unique insight into the process of mental models creation and sustainability thereof within game-based learning; particularly, when using a digital game. Digital game-based learners’ concept maps differed in comparison with those of the educational role-playing and traditional lecture groups; the students tended to keep less altered mental models in their long-term memory: even after the one month period. The results suggest that a digital game-based learning environment could be more successful in mental model retention and for efficacy of future recall; particularly, when dealing with complex phenomena like EU law

Optimal experience and personal growth. Flow and the consolidation of place identity

This study examined the relationship between flow experience and place identity, based on eudaimonistic identity theory (EIT) which prioritizes self-defining activities as important for an individual's identification of his/her goals, values, beliefs, and interests corresponding to one's own identity development or enhancement. This study focuses on place identity, the identity's features relating to a person's relation with her/his place. The study is also based on flow theory, according to which some salient features of an activity experience are important for happiness and well-being. Questionnaire surveys on Italian and Greek residents focused on their perceived flow and place identity in relation to their own specific local place experiences. The overall findings revealed that flow experience occurring in one's own preferred place is widely reported as resulting from a range of self-defining activities, irrespective of gender or age, and it is positively and significantly associated with one's own place identity. Such findings provide the first quantitative evidence about the link between flow experienced during meaningfully located self-defining activities and identity experienced at the place level, similarly to the corresponding personal and social levels that had been previously already empirically tested. Results are also discussed in terms of their implications for EIT's understanding and enrichment, especially by its generalization from the traditional, personal identity level up to that of place identity. More generally, this study has implications for maintaining or enhancing one's own place identity, and therefore people place relations, by means of facilitating a person's flow experience within psychologically meaningful place

Understanding Second Grader’s Computational Thinking Skills in Robotics Through Their Individual Traits

This study investigated the relationship between the personal traits and computational thinking skills of second graders within the context of robotics activities. The hypothesized model showed that learning preference, intrinsic motivation, and self-efficacy were the main predictors of coding achievement and computational thinking skills, while no direct relationship was found between learning preference, intrinsic, or extrinsic motivation. The final path analysis revealed that intrinsic and extrinsic motivation predict self-efficacy, self-efficacy predicts coding achievement, and coding achievement predicts computational thinking skills. Another important finding was the strong impact of self-efficacy on coding achievement as well as computational thinking skills. Results are interpreted with reference to implications for potential methods of improving computational thinking skills when using robotics in the lower grades in elementary schools

Eye quietness and quiet eye in expert and novice golf performance: an electrooculographic analysis

Quiet eye (QE) is the final ocular fixation on the target of an action (e.g., the ball in golf putting). Camerabased eye-tracking studies have consistently found longer QE durations in experts than novices; however, mechanisms underlying QE are not known. To offer a new perspective we examined the feasibility of measuring the QE using electrooculography (EOG) and developed an index to assess ocular activity across time: eye quietness (EQ). Ten expert and ten novice golfers putted 60 balls to a 2.4 m distant hole. Horizontal EOG (2ms resolution) was recorded from two electrodes placed on the outer sides of the eyes. QE duration was measured using a EOG voltage threshold and comprised the sum of the pre-movement and post-movement initiation components. EQ was computed as the standard deviation of the EOG in 0.5 s bins from –4 to +2 s, relative to backswing initiation: lower values indicate less movement of the eyes, hence greater quietness. Finally, we measured club-ball address and swing durations. T-tests showed that total QE did not differ between groups (p = .31); however, experts had marginally shorter pre-movement QE (p = .08) and longer post-movement QE (p < .001) than novices. A group × time ANOVA revealed that experts had less EQ before backswing initiation and greater EQ after backswing initiation (p = .002). QE durations were inversely correlated with EQ from –1.5 to 1 s (rs = –.48 - –.90, ps = .03 - .001). Experts had longer swing durations than novices (p = .01) and, importantly, swing durations correlated positively with post-movement QE (r = .52, p = .02) and negatively with EQ from 0.5 to 1s (r = –.63, p = .003). This study demonstrates the feasibility of measuring ocular activity using EOG and validates EQ as an index of ocular activity. Its findings challenge the dominant perspective on QE and provide new evidence that expert-novice differences in ocular activity may reflect differences in the kinematics of how experts and novices execute skills