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Login Welcome, {{name}} Logout Rankings &amp; Advice Education Health Money Travel Cars Law Firms News U.S. News Home education Facebook Twitter Education Rankings &amp; Advice Home Colleges Grad Schools High Schools National Rankings State Rankings High School Notes Blog (function ($) { "use strict"; $(function () { var $metaCurrentState = $('meta[name=current_state_abbreviation]'), $headerSearch = $('#headerSearch-highSchools'), $headerState = $('select[name=bhs-school-state]', $headerSearch), $headerStates = $('option', $headerStates), currentStateAbbreviation = ''; if ($metaCurrentState.length > 0) { currentStateAbbreviation = $metaCurrentState.attr('content'); $headerStates.each(function () { var $state = $(this), text = $state.text(), value = $state.val(); if (text === currentStateAbbreviation) { $headerState.val(value); } }); } }); }(jQuery)); in AK AL AR AZ CA CO CT DC<

can't just hand out iPads just for professional development or training for the teachers

“Students, regardless of community demographics, socio-economic backgrounds, gender, and grade, tell us year after year that the lack of sophisticated use of emerging technology tools in school is, in fact, holding back their education – and in many ways disengages them from learning.”

A dramatic shift is sweeping through our schools. The signs are all around us. Third graders texting on their cell phones. Kindergarteners who can navigate an iPod Touch better than we can. Middle schoolers who already have an Internet following on their blog or YouTube channel. These are not the same 21st century learners we came to know over the first decade of the new millennium. For these students, simply watching videos or images during class, playing an Internet multiplication game, or even taking turns at an interactive whiteboard is no longer enough. These new 21st century learners are highly relational and demand quick access to new knowledge. More than that, they are capable of engaging in learning at a whole new level. With the world literally at their fingertips, today’s students need teachers and administrators to re-envision the role of technology in the classroom.

While lectures and lessons can be informative and even “edutaining” when delivered with passion and good materials by knowledgeable experts, sadly many traditional lectures and lessons are boring, and even worse often ineffective.

Even if you don’t have computers or tablets available in your classroom, the fact that an increasing number of High School and college students have smartphones is making it easier than ever to leverage technology to create engaging, active lessons students enjoy working on. For younger grades, if you don’t have access to devices with Web access, perhaps you can access a computer lab by request, or use devices in your library.

1. Incorporate Student Input &amp; Gather Feedback

Keynotes, Workshops &amp; ConferencesI have been a presenter and keynote speaker around the world on a variety of topics in the areas of 21st century modern teaching and learning, heutagogy, blogging as pedagogy, personal learning networks, digital storytelling, world language teaching, presentation design,&nbsp; visual literacy and globally connected learning. Learn More Blended Coaching ModelSchools are struggling to keep up with the demands of curriculum design and upgrades to prepare students for modern skills and emerging literacies. Professional Development needs to offer opportunities for teachers to transform traditional experiences and redefine their own learning and in consequence their teaching practices. Learn More Webinar &amp; Video ConferencesFor a cost effective alternative to bringing in a consultant, consider inviting me to support your teachers online. I am available for online 1:1&nbsp; coaching, small group or large group professional development in the areas of modern teaching &amp; learning.

The 21st century calls for knowledge workers who can effectively utilize the vast array of information that resides on the internet and who are capable of processing the information collaboratively with others.&nbsp; Bob Wolf, of The Boston Consulting Group, and a researcher on the use of internet in public education recently commented: "We believe that Web2.0 technologies will define and be defined by the skill requirements of the 21st century workforce. It is time to understand whether models have emerged for using these tools that are superior to traditional classroom teaching alone and what are the best approaches for the practitioner to implement them."

These are special premium accounts provided specifically to K-12 &amp; higher-ed educators. Once your Diigo Educator application is approved, your account will be upgraded to have these additional features: You can create student accounts for an entire class with just a few clicks (and student email addresses are optional for account creation) Students of the same class are automatically set up as a Diigo group so they can start using all the benefits that a Diigo group provides, such as group bookmarks and annotations, and group forums. Privacy settings of student accounts are pre-set so that only teachers and classmates can communicate with them. Ads presented to student account users are limited to education-related sponsors.

While there is much on-going research on new technologies and their effects on teaching and learning, there is little rigorous, large-scale data that makes for solid research, education experts say. The vast majority of the studies available are funded by the very companies and institutions that have created and promoted the technology, raising questions of the research’s validity and objectivity. In addition, the kinds of studies that produce meaningful data often take several years to complete—a timeline that lags far behind the fast pace of emerging and evolving technologies.

For example, it is difficult to pinpoint empirical data to support the case for mobile learning in schools—a trend that educators have been exploring for several years now—let alone data to support even newer technologies such as tablet computers like the iPad. The studies that do look at the effects of mobile technologies on learning are often based on small samples of students involved in short-term pilots, not the kind of large-scale, ongoing samples of students that educators and policymakers would like to see (Education Week, Feb. 23, 2011).

However, there are a handful of large-scale studies that do point to trends and observations in the education technology field. For example, Project RED, a research initiative linked closely with the One-to-One Institute, which supports one-to-one laptop initiatives in K-12 schools, released a study about successful implementation models of education technology in October 2010. That study found that most of the schools that have integrated laptops and other digital tools into learning are not maximizing the use of those devices in ways that best make use of their potential. The report goes on to outline the critical steps needed to capitalize on that potential (Project RED, 2010).

The ITEST program through research and model-building activities seeks to build understandings of best practice factors, contexts and processes contributing to K-12 students' motivation and participation in the science, technology, engineering, and mathematics (STEM) core domains along with other STEM cognate domains (e.g., information and communications technology (ICT), computing, computer sciences, data analytics, among others) that inform education programs and workforce domains. The ITEST program funds foundational and applied research projects addressing the development, implementation, and dissemination of innovative strategies, tools, and models for engaging students to be aware of STEM and cognate careers, and to pursue formal school-based and informal out-of-school educational experiences to prepare for such careers. &nbsp;ITEST supports projects that: (1) increase students' awareness of STEM and cognate careers; (2) motivate students to pursue the appropriate education pathways for STEM and cognate careers; and/or (3) provide students with technology-rich experiences that develop disciplinary-based knowledge and practices, and non-cognitive skills (e.g., critical thinking and communication skills) needed for entering STEM workforce sectors. ITEST projects may adopt an interdisciplinary focus on one or more STEM domains or focus on sub discipline(s) within a domain. ITEST projects must involve students, and may also include teachers. ITEST is especially interested in broadening participation of student groups from traditionally underrepresented in STEM and cognate intensive education and workforce domains. Strongly encouraged are projects that actively engage business and industry to better ensure K-12 experiences are likely to foster the skill-sets of emerging STEM and cognate careers.&nbsp; ITEST supports two project types: Strategies and SPrEaD (Successful Project Expansion and Dissemination) projects. Strategies projects address the creation and implementation of innovative technology-related interventions that support ITEST's objectives. SPrEaD projects support the wider and broader dissemination and examination of innovative interventions to generate evidence and understanding regarding contextual factors that operate to enhance, moderate, or constrain the desired results. All ITEST projects include activities designed to inform judgments regarding the feasibility of implementing strategies in typical delivery settings such as classrooms and out-of-school settings.