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Go to school, listen to your teacher lecture, go home, do your homework. For centuries, this has been the way that school's been done. But now, a new model of teaching is turning the traditional classroom on its head. Under the flipped classroom model, students watch lectures at home, online. Class time is reserved for collaborative activities that help reinforce concepts and increase engagement. The present infographic on the Flipped Classroom has been published by knewton.com. it is mainly focused on the US market, but it translates a a deep coming change in the education sector and in the communication sector as well within the society. At MAC-Team, we have already been developing successful pilot approaches of the Flipped Classroom in 2013 in the WikiSkills project. Active and collaborative learning can go one step further where the students/learners have an active learning/teaching role, and where the teachers and the other stakeholders (educational governance, companies ...) also get involved and contribute in a new relationship model.

"Encourage teacher education institutions, ECEC professionals' training institutions and in-service training providers to adapt their programmes with a view to accommodating new learning tools and developing appropriate pedagogies aimed at fostering creativity and innovation from an early age. 2. Encourage education providers or the relevant authorities, as appropriate, to equip schools and ECEC facilities to a suitable level in order to nurture creative and innovative capacities. 3. Encourage the providers of initial and continuous professional development programmes for both teachers and ECEC professionals to give consideration to effective methods for fostering curiosity, experimentation, creative and critical thinking and cultural understanding - for instance through art, music and theatre - and to explore the potential of creative partnerships. 4. Promote the development of formal, non-formal and informal learning activities for children which are aimed at fostering creativity and innovation, whilst also recognising the important role of parents and families."

"GitHub gives teachers a way of readily sharing code and coding assignments with students  as they learn the craft of building software. Teachers can also use it to teach collaborative coding, an important skill in the modern world of pair programming. Nowadays, that's how software is built."

As reported by Nesta, an innovation charity with a mission to help people and organisations bring great ideas to life: As technology shapes our world, young people need to be able to shape it too. As skills and work become increasingly technologically mediated, the need for digital skills is paramount with some calculating a potential £2 billion loss to the UK economy from unfilled roles requiring such skills. After several years working with organisations supporting digital making, and with creating with technology set to go mainstream through a forthcoming BBC campaign, this report takes stock of what is happening. Key Findings: 82 per cent of young people say they are interested in digital making. However, half of young people make things with digital technology less than once a week or never. Parents are overwhelmingly supportive of digital making. 89 per cent think it is a worthwhile activity for their children. 73 per cent encourage their children to make things with technology. We identified 130,800 opportunities to experience digital making provided by the organisations surveyed. This is a long way from providing for the interest shown by 82 per cent of our survey, which represents a possible 8.2 million school age children and young people in the UK. Digital making is powered not just by money, but also by volunteers. Two thirds of the organisations identified said they relied on volunteers to do their work. Only half of teachers who teach ICT or computing report being confident in teaching the curriculum.

"Net Generation (Tapscott, 2009, 1998; Oblinger and Oblinger, 2005), Generation Y (Zhao and Liu, 2008; Halse and Mallinson, 2009), Millennials (Howe and Strauss, 2000), Homo Zappiens (Veen, 2003) and i-Generation (Rosen, 2010). The labels used to describe the generation of young people and their relation with technology are numerous. Over the past few years, one of the notions, which might have had more echoes among parents, teachers, and policy-makers is those of "digital natives" introduced in 2001 by Mark Prensky. The metaphor has had enduring influence on how the educational system perceives students and technology. Most scholars do not like it, for various reasons. Among other problems, the term implies that technological abilities are innate rather than taught and learned. The aim of this contribution is not to join the existing debate about the existence of digital native but to examine if there is any empirical evidence to support the use of that metaphor in the first place, questioning its usefulness to depict particular generations of young people"