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International Journal of Stem Cell Research and Transplantation (IJST) ISSN:2328-3548 is a free access exclusive Online Journal covering areas of Stem cell research, translational work and Clinical studies in the speciality of Stem Cells and Transplantation including allied specialties relevant to the core subject.

This is a fascinating study and infographic by the folks over at engineeringdegree.net. They drilled down into some recent studies to unearth some startling data. It focuses on the fact that studies have shown that girls are smarter than boys in many of the STEM subjects but most girls don't end up pursuing careers in those fields.

In June 2014, the Prime Minister of Australia, the Hon. Tony Abbott MP acknowledged the significant role that STEM is to play in the nations future. 'There will be significant emphasis in boosting our focus on science, technology, engineering and maths because science is at the heart of a country's competitiveness and it is important that we do not neglect science as we look at the general educational and training schemes.' But what does this mean for schools?

great article about how STEM is put in action.

Science of Happiness - Lessons in #DigitalLiteracy https://t.co/MSxpfF4V1v #elt #clil #infographic #stem #k12 https://t.co/tt8gZo6KCV

Watching video from the Apollo space programme one can't help but notice how things have changed since those days in the early 1970s. Banks of small round rectangular screens, dot matrix printers, a myriad of switches and dials each with a specific task to perform and a design aesthetic that says functionality in mild mannered green. What is missing beside the sort of computing power we carry in our pockets today are women. In the 70s science and engineering was what men did and from a quick look at the statistics there continues to be much room for change.

The call for improved STEM programmes has gained momentum in the past two weeks with an address to the National Press Club by Catherine Livingstone AO of the Business Council of Australia and an occasional paper released by the Office of the Chief Scientist.

This morning President Obama gave what I would call his 'We're-Going-to-the-Moon' speech at the 146th Annual Meeting of National Academy of the Sciences. Earlier today I wrote a post, Once-in-a-Lifetime Opportunity for Our Children, on a comment by Secretary of Education Arnie Duncan about the need to challenge the educational status quo. After listening to President Obama's speech, I realized it was a Part 2 to my earlier post so I retitled the post 'We're-Going-to-the-Moon:' Part 1 and titled this post Part 2. Please listen to the entire speech and read the full text, but here I quote the President's comments on STEM education.

UKEd Magazine with educational articles on pedagogy and teaching ideas. This issue has a STEM theme.

After two days of talking about curriculum, integration, STEM, STEAM and HASS I am left with more questions than I started with. In some respects, the concept of curriculum integration is simple. It is after all something that Primary teachers almost take for granted. But for Senior and Tertiary educators the question of curriculum integration is inherently complex. At all levels questions emerge of what curriculum integration might achieve, what purposes it serves, what it could and should look like and how it should be supported by curriculum planners. In the current climate, with its debate around the role of education within an innovation economy, shaped by technology and confronting demands for a STEAM enabled workforce the shape of our curriculum is under pressure. 

The message from PwC is clear, Australia needs to take action now if we are not to slip behind the rest of the world. 'Australia is waking up to the fact that the good times can't go on forever. In the face of economic challenges and a digital revolution that's reshaping business and the workforce, we need to act.'

Dennis is a former English teacher and administrator in urban and suburban schools for many years. Dennis has always gravitated toward K12 leadership, learning and technology topics. He has graduate degrees from Middlebury College's Bread Loaf School of English and Harvard University's School of Education. In addition to blogging about K12 learning, leading and web 2.0 tools/pedagogies at innovation3.edublogs.org, he is president of the Massachusetts affiliate of ASCD, a member of the Leadership Council for ASCD; a member of the Massachusetts Working Group for Educator Quality; Co-Facilitator of the Massachusetts High School Redesign Task Force; and a member of Massachusetts STEM Summit V Planning Committee. The web 2.0 conversation is not about technology tools; it is about student learning. Dennis subscribes to the definition of Professional Learning Communities that Rick and Becky DuFour and many other leaders of education have espoused. In simple terms, * learning (for us and for students) is our purpose, * we can improve student learning if we learn together collaboratively, and * monitoring student learning is the only way to know: 1. what students are learning, 2. how we are teaching and 3. how we get better at it. A former English teacher and administrator in urban and suburban schools for many years, he has always gravitated toward K12 leadership, learning and technology topics. He has graduate degrees from Middlebury College's Bread Loaf School of English and Harvard University's School of Education. He is married with three children and four grandchildren. Among other things, he loves running, cycling, kayaking, contemporary poetry, photography and the outdoors. In the summer of 2007 his professional life changed when he attended the Building Learning Communities Conference 2007 and in three days experienced, for the first time, the power of Web 2.0 tools and their potential for transforming schools and learning. That experience

"Business and the media are constantly screaming that problem solving skills and creative thinking are the keys to innovation and success (and the beat the robots trying to take your job), yet many teachers feel that the skills and opportunities to develop them are often an add-on, an after thought, or taught in isolation during special activities, like a STEM week. Even these activities have a particular expected method which the pupils must 'discover', rather than completely new and unique solutions. How can we develop the skills to help our pupils think of the unexpected?"