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New technologies are central to modern life and sensitive topics are often discussed on the internet rather than face to face. However, this could be potentially damaging, especially for young people. The European project Virtual Stages Against Violence (VSAV) discovers possible risks concerning the use of new technologies  and offers teaching and learning pathways for a sensible use of the internet and new technologies. The project has started in March 2011 and the project team has already developed innovative products for teachers, students, schools, youth organisations and so on.

T3 goal is to develop and validate an innovative teaching program to promote the use of advanced learning technology by university teaching staff; secondary school teachers; trainers involved in VET. Key features of the program will include: theoretical classes discussing the features and advantages of the new technologies; practical workshops, in which learners (university teaching staff, teachers and trainers) simulate learning sessions and familiarize with technologies; project work, in which learners will prepare learning projects for use in their own classes, implement the project, and evaluate the results; joint assessment of the results by participants in the program.

the project targets the following results, in order to answer significant questions: 1. A model for analyzing teachers' ICT‐pedagogical competency profiles, relating to European frameworks and based on conclusions from topical need analyses in the partner countries. 2. The further education module 'E‐teacher 2.0', developed jointly by the project partners and based on previous best‐practice projects as well as topical surveys. The module will empower teachers within new technologies, facilitate the process of redidactization and arm teachers to spot and integrate new relevant technologies as they emerge. The module will be developed as a generic model, adaptable to local needs, but within an internationally agreed upon framework. 'E‐teacher 2.0' will be trial‐run in each partner country in order to test, evaluate and optimize the module. Specific national versions of 'E‐teacher 2.0' will be developed in each country's language, adapted to local needs. 3. An accreditation of 'E‐teacher 2.0' and/or integration into continuing education in each partner country, with the aim of border-crossing mutual recognition.

This book provides some theoretical background and practical guidelines for adult educators with a purpose to equip them for the challenges that they will face as roles change from "traditional teacher" to "technologically connected teacher". The tools pr

The eLearning Guild's Handbook of e-Learning Strategy In many organisations, there is a need to better identify and document a comprehensive learning strategy and to answer the question, "What should we be doing in order to support improved learning and performance?" This e-Book will help you make a broad, fundamental connection between learning, e-Learning, and your organisation's mission, business objectives, and the bottom line. Chapters address everything from crafting a focused strategy, to keeping your strategy focused, to change management. Refocus on e-Learning strategy and insure that your e-Learning technology and methodology investments pay off and so you can achieve your e-Learning goals!

NTS aims to use ICTs as a tool to make the learning of science subjects more attractive and accessible. The project target groups are students from the general and vocational schools aged 13 to 18; teachers in science subject,plus college & university students attending science education courses (prospective school teachers in sciences) The project will establish a Virtual Lab, as an experimental virtual aid to science learning. This will serve as a platform for science lessons, as a database of teaching materials and as a hub for science-learning-related graphic aids and recorded and illustrated appealing experiments on Nano-Tech. It will include a Nano-Science Center, presenting to learners and their in-service or future teachers the miracles of the nano-technologies. A program for a week Science Camp training including hands-on experiments and demonstrations will be developed and delivered through the VL, this is a good step as an approbation of the contents and functionalities of the virtual lab.

Driven by passionate innovators engaged in the proverbial "thinking outside the box," disruptive innovation creates new values and new networks...something institutions find, at best, difficult to accommodate, at worst something to fear and repress. What, then, does disruptive innovation look like inside the educational institution? What do innovative educators do with--and demand from--their students? From flipping the classroom and mobile learning to social media and students as creators, let's examine some real-life educational innovations, try out some interesting technologies, share from our own experiences, and brainstorm ways to move forward despite institutional lethargy and the chorus of nay-sayers who claim innovation is impossible.

Links-up is research project about how 'Web 2.0' technologies - e.g. social networking software - are changing the face of education and training for disadvantaged people. The project puts together a picture of the 'landscape' of 'Learning 2.0 for Inclusion' by reviewing what has been done in the academic and research field, and by practitioners working on the ground in projects that have been using Web 2.0 to work with disadvantaged groups. It uses a series of 'action research' experiments, collaborating with 'host' projects working in the field, to evaluate the added contribution Web 2.0 can make to practices that use learning to support social inclusion.

rom August 2008 to November 2009, Inspire (Innovative Science Pedagogy in Research and Education) gathered teachers from five European countries to test and analyse digital learning resources in Maths, Science and Technology (MST) education. The results a

"hese videos and support materials will give you another weapon in your answer arsenal. In the videos, students meet people whose everyday, real life includes just the kind of mathematics they explore in Math by Design. Use the Discussion Questions and Related Practice resources to extend and enrich your students' video watching experience!"

"Get the Math mixes video and web interactivity to help middle and high school students develop algebraic thinking skills for solving real-world problems."

 there now is an edtech app store! Well, it's more like an app directory but you get the point. It's called edshelf and is an easy-to-use directory all the great web 2.0 tools out there just waiting for educators to try them out. You can share your experience with the tools, add your own, store a 'shelf' of your favorite tools, and more. 

What a great idea! :)

AMSTERDAM - 17th April, 2012 - Parents are keeping tabs on their teens by accessing their Facebook accounts without their consent, AVG Technologies latest Digital Diaries study reveals. Digital Coming of Age, the fifth instalment of AVG's Digital Diaries study, features responses to AVG's questions to 4,400 parents with 14-17 year olds in 11 countries.

selection of on-line tools teachers can learn to use very quickly and which are adaptable to a variety of contexts. Each tool has a video tutorial.

Berkeley Lab's Center for Science & Engineering Education (CSEE) carries out the Department of Energy's education mission to train the next generation of scientists, as well as helping them to gain an understanding of the relationships among frontier science, technology, and society.

ICT CURRICULUM INTEGRATION IN THE CONTEXT OF THE LEARNING OUTCOMES PROJECT IN PORTUGAL F. Costa, E. Cruz, S. Fradão University of Lisbon (PORTUGAL) fc@ie.ul.pt, ecruz@ie.ul.pt, sfradao@netcabo.pt The purpose of this paper is to discuss tangible and effective ways to integrate Information and Communication Technologies (ICT) in school curricula.

iTEC (Innovative Technologies for an Engaging Classroom) is a four-year, pan-European project focused on the design of the future classroom. With funding of €9.45M from the European Commission, the involvement of 15 Ministries of Education and school pilots in up to 1 000 classrooms in 12 countries, iTEC is the largest and most strategic project yet undertaken by European Schoolnet and its supporting Ministries.

This report shows that two actions are at the heart of the drive to make MST studies and professions more popular option for young learners: the development of effective and attractive MST curricula and teaching methods, and improved teacher education and professional development. Some countries (the Netherlands, Norway, Ireland, Israel, Switzerland, and Italy), have implemented national strategies and others have set up dedicated national, regional, or local centres (Norway, Finland, Sweden, the Netherlands, Switzerland, Denmark, the Czech Republic, Portugal, Spain, and Ireland). These centres aim to improve the quality of MST teaching, and sometimes more particularly, to increase science and technology's popularity (also achieved through campaigns and competitions). This holistic approach usually includes all MST subjects, covers the lifelong learning span and involves the government, educational sector and industry. Public-private partnerships are an important feature of these all-encompassing approaches, aimed at developing a sustainable scientific culture which is deep-rooted in society. Other common approaches are to establish networks of teachers and teacher trainers, as well as other relevant stakeholders, and to implement curricular reform and initiatives favouring inquiry-based learning (e.g. cross-disciplinary, thematic or project work). In some countries, extra time, funding and smaller student groups enable more handson MST activities in laboratories and outdoors.