Group items tagged

Digital natives and technologies of cooperation are combining to create a generation of amplified individuals. These organizational “superheroes” will remake organizational models through their highly social, collective, improvisational practices and their augmented human capacities. These new models will thrive in a world of social networks; information proliferation, transparency, and saturation; and rapid change. As digital natives enter learning professions, and as existing educators and students become amplified, their extended human capacities will challenge traditional ways of organizing learning and will amplify schools, districts, and other learning organizations. 

 These individuals are highly social, collective, improvisational and augmented. 

Together, these attributes enable several amplified organizational practices - open leadership and sociability, beta building, collective sensemaking, and transliteracy - that support more flexible responses to change and stimulate innovation

Development of common interactive whiteboard format

Currently most content files developed for any one type of interactive whiteboard cannot be opened by the software of others. This means that it is not possible for teachers, the National Whiteboard Network, local authorities, or other content publishers to create content that can be used on the software of more than one type of interactive whiteboard. To tackle this problem Becta has, after completing a tendering process, appointed RM to develop a common industry-wide standard that will bring huge benefits to schools, allowing the exchange of resources within and between schools.

The aim of this development is to provide the industry with an interoperability standard, followed by demonstration of support for the format with the production of an open-source file viewer.

How do ubiquitous, visible data impact teaching, learning, and the assessment of learning experiences?  How can we use data to enhance human decisions rather than automate them?

How do ubiquitous, visible data impact teaching, learning, and the assessment of learning experiences?

The challenge is no longer finding information but making it meaningful.

Building a Learning Community Palloff and Pratt recommend seven basic steps for building a successful learning community. These include: clearly defining the purpose of the community, creating a distinctive gathering place for the group, promoting effective leadership from within, defining norms and a clear code of conduct, allowing for a range of member roles, allowing for and facilitating of subgroups, and allowing members to resolve their own disputes. The authors caution that it is possible to develop a community that has strong social connections between the students, but where very little learning actually takes place. Thus, it is important that the instructor be actively engaged in the process and encourages students who stray from the learning goals of the course. Specifically, the authors recommend: (1) engaging students with subject matter, (2) accounting for attendance and participation, (3) working with students who do not participate, (4) understanding the signs of when a student is in trouble, and (5) building online communities that accommodate personal interaction. Indicators of a Successful Learning Community You can tell if the learning community is working when you see: active interaction, sharing of resources among students, collaborative learning evidenced by comments directed primarily student to student rather than student to instructor, socially constructed meaning evidenced by agreement or questioning, with the intent to achieve agreement on issues of meaning, and expressions of support and encouragement exchanged between students, as well as willingness to critically evaluate the work of others. Finally, they suggest that the keys to successful learning communities are honesty, responsiveness, relevance, respect, openness, and empowerment. Palloff, R.M. & Pratt, K. (1999). Building Learning Communities in Cyberspace: Effective Strategies for the Online Classroom. San Francisco: Jossey-Bass Publishers.

Stellarium is a free open source planetarium for your computer. It shows a realistic sky in 3D, just like what you see with the naked eye, binoculars or a telescope. It is being used in planetarium projectors. Just set your coordinates and go.