Technology In Classrooms Quotes

An eternal question about children is, how should we educate them? Politicians and educators consider more school days in a year, more science and math, the use of computers and other technology in the classroom, more exams and tests, more certification for teachers, and less money for art. All of these responses come from the place where we want to make the child into the best adult possible, not in the ancient Greek sense of virtuous and wise, but in the sense of one who is an efficient part of the machinery of society. But on all these counts, soul is neglected.

Maybe what really matters is technology’s power to enable students to reach a vast and real audience that they could never dream of in the traditional classroom.

Life has always been an open-book exam

When we introduce new technologies into our classrooms we are teaching our students twice.

What have the breathtaking advances in communications technology done for the human mind? Beats me. SAT scores among the top tenth of high-school students in the United States, that fraction who are prime candidates for higher education in any period, are lower today than they were in the early 1960s. Believe, if you wish, that computers and the Internet in the classroom will change all that, but I assure you, it is sheer Digibabble.

The very definition of what it means to be alone has changed. To be physically alone is still relatively easy, but many of us struggle daily to turn off e-mail, computers, or cell phones... Our students...find requests not to text during these activities strange, annoying, and downright silly.

Time for reflection and interaction is a casualty of the digital age, and one of the primary goals of higher education should be to reclaim this time.

The problem of teaching, therefore, is getting not the facts but the context from my brain to yours.

Are you fully convinced that what is familiar to you is really the better way?

It should be obvious that technologies are capable of replacing teachers and professors in a wide variety of settings. The current buzzword for this is the flipped classroom—students watch lectures and learn the material online at home, then do their homework at school with the help of teachers and teaching assistants. Teachers may no longer need to prepare or deliver lectures, reducing them to what could be called “learning coaches.” The diminished skill set required is sure to transform the profession and create yet more challenges for our already beleaguered teachers.

discover that the quality of our relationships with our teachers, families, friends, and communities is as important to learning as the curriculum, testing, and technologies which usually occupy our attention.

The phrase, “technology and education” usually means inventing new gadgets to teach the same old stuff in a thinly disguised version of the same old way. Moreover, if the gadgets are computers, the same old teaching becomes incredibly more expensive and biased towards its dumbest parts, namely the kind of rote learning in which measurable results can be obtained by treating the children like pigeons in a Skinner box. (Papert, 1972a)

Meanwhile, Mme Mao and her cohorts were renewing their efforts to prevent the country from working. In industry, their slogan was: "To stop production is revolution itself." In agriculture, in which they now began to meddle seriously: "We would rather have socialist weeds than capitalist crops." Acquiring foreign technology became "sniffing after foreigners' farts and calling them sweet." In education: "We want illiterate working people, not educated spiritual aristocrats." They called for schoolchildren to rebel against their teachers again; in January 1974, classroom windows, tables, and chairs in schools in Peking were smashed, as in 1966. Mme Mao claimed this was like "the revolutionary action of English workers destroying machines in the eighteenth century." All this demagoguery' had one purpose: to create trouble for Zhou Enlai and Deng Xiao-ping and generate chaos. It was only in persecuting people and in destruction that Mme Mao and the other luminaries of the Cultural Revolution had a chance to "shine." In construction they had no place. Zhou and Deng had been making tentative efforts to open the country up, so Mme Mao launched a fresh attack on foreign culture. In early 1974 there was a big media campaign denouncing the Italian director Michelangelo Antonioni for a film he had made about China, although no one in China had seen the film, and few had even heard of it or of Antonioni. This xenophobia was extended to Beethoven after a visit by the Philadelphia Orchestra. In the two years since the fall of Lin Biao, my mood had changed from hope to despair and fury. The only source of comfort was that there was a fight going on at all, and that the lunacy was not reigning supreme, as it had in the earlier years of the Cultural Revolution. During this period, Mao was not giving his full backing to either side. He hated the efforts of Zhou and Deng to reverse the Cultural Revolution, but he knew that his wife and her acolytes could not make the country work. Mao let Zhou carry on with the administration of the country, but set his wife upon Zhou, particularly in a new campaign to 'criticize Confucius." The slogans ostensibly denounced Lin Biao, but were really aimed at Zhou, who, it was widely held, epitomized the virtues advocated by the ancient sage. Even though Zhou had been unwaveringly loyal, Mao still could not leave him alone. Not even now, when Zhou was fatally ill with advanced cancer of the bladder.

Meanwhile, Mme Mao and her cohorts were renewing their efforts to prevent the country from working. In industry, their slogan was: "To stop production is revolution itself." In agriculture, in which they now began to meddle seriously: "We would rather have socialist weeds than capitalist crops." Acquiring foreign technology became "sniffing after foreigners' farts and calling them sweet." In education: "We want illiterate working people, not educated spiritual aristocrats." They called for schoolchildren to rebel against their teachers again; in January 1974, classroom windows, tables, and chairs in schools in Peking were smashed, as in 1966. Mme Mao claimed this was like "the revolutionary action of English workers destroying machines in the eighteenth century." Mme Mao launched a fresh attack on foreign culture. In early 1974 there was a big media campaign denouncing the Italian director Michelangelo Antonioni for a film he had made about China, although no one in China had seen the film, and few had even heard of it or of Antonioni. This xenophobia was extended to Beethoven after a visit by the Philadelphia Orchestra.

But the “jobs of the future” do not need scientists who have memorized the periodic table. In fact, business leaders say they are looking for creative, independent problem solvers in every field, not just math and science. Yet in most schools, STEM subjects are taught as a series of memorized procedures and vocabulary words, when they are taught at all. In 2009, only 3% of high school graduates had any credits in an engineering course. (National Science Board, 2012) Technology is increasingly being relegated to using computers for Internet research and test taking.

China lagged years, if not decades, behind the United States in artificial intelligence. But over the past three years China has caught AI fever, experiencing a surge of excitement about the field that dwarfs even what we see in the rest of the world. Enthusiasm about AI has spilled over from the technology and business communities into government policymaking, and it has trickled all the way down to kindergarten classrooms in Beijing.

Fortunately, new platforms and technology have made homeschooling manageable on many fronts. Parents can do everything from accessing first-rate courses online to finding support from other parents in the same situation. The best part is that they can completely tailor the experience to the learning style and interest of their children and give them the attention that they would never get in the classroom. The results are striking. Twenty-five percent of homeschooled children are at least one grade ahead of their traditionally schooled peers. The homeschooled population, as a whole, scores exceptionally higher on academic achievement tests.5 This shift is perhaps the best glimpse of the future of education—mass customization alongside personalized attention. Like banking, it will return to a human-scale model based on relationships and personal needs, and it will be where much of the disruption in the economy and labor market occurs in the next few decades.

Yet, ironically, the most tech-cautious parents are the people who invented our iCulture. People are shocked to find out that tech god Steve Jobs was a low-tech parent; in 2010, when a reporter suggested that his children must love the just-released iPad, he replied: “They haven’t used it. We limit how much technology our kids use at home.” In a September, 10, 2014, New York Times article, his biographer Walter Isaacson revealed: “Every evening Steve made a point of having dinner at the big long table in their kitchen, discussing books and history and a variety of things. No one ever pulled out an iPad or computer.” Years earlier, in an interview for Wired magazine, Jobs expressed a very clear anti-tech-in-the-classroom opinion as well—after having once believed that technology was the educational panacea: “I’ve probably spearheaded giving away more computer equipment to schools than anybody on the planet. But I’ve come to the conclusion that the problem is not one that technology can hope to solve. What’s wrong with education cannot be fixed with technology. No amount of technology will make a dent.”34 Education

Does doing something old with new technology mean that I’m teaching with technology and that I’m doing so in a way as to really improve the reading and writing skills of the students in my classroom?” (2007, 214). Her answer, as well as mine, would be no. When we simply bring a traditional mind-set to literacy practices, and not a mind-set that understands new literacies (an idea developed by Colin Lankshear and Michele Knobel, which I elaborate on later) into the process of digital writing, we cannot make the substantive changes to our teaching that need to happen in order to embrace the...

I am skeptical that distance education based on asynchronous Internet technologies (i.e., prerecorded video, online forums, and email) is a substitute for live classroom discussion and other on-campus interaction. Distance education students can't raise their hands to ask instructors questions or participate in discussions, and it's difficult or impossible for them to take advantage of faculty office hours. Teaching assistants don't always respond to email, and online class discussion boards can be neglected by students and faculty alike. In this sense, the "process of dialogue" is actually limited by technology.

Some of our smartest students might be our quietest. How do we give them an opportunity to be vocal in classroom discussions without calling them out or making them feel uncomfortable? Some of our unsung superstars may need time to think about their answer before speaking up. How do we shift from a culture of calling on and praising the student who raises their hand first? The truth is, some of our brightest students may feel as if they aren’t measuring up because they need time to process their thoughts before responding. How can we shift from a first is best culture to one that sends the message that everyone’s voice matters—and that everyone has the potential to excel in the classroom?

Montessori classrooms emphasize self-directed learning, hands-on engagement with a wide variety of materials (including plants and animals), and a largely unstructured school day. And in recent years they’ve produced alumni including the founders of Google (Larry Page and Sergey Brin), Amazon (Jeff Bezos), and Wikipedia (Jimmy Wales). These examples appear to be part of a broader trend. Management researchers Jeffrey Dyer and Hal Gregersen interviewed five hundred prominent innovators and found that a disproportionate number of them also went to Montessori schools, where “they learned to follow their curiosity.” As a Wall Street Journal blog post by Peter Sims put it, “the Montessori educational approach might be the surest route to joining the creative elite, which are so overrepresented by the school’s alumni that one might suspect a Montessori Mafia.” Whether or not he’s part of this mafia, Andy will vouch for the power of SOLEs. He was a Montessori kid for the

It is a truism today, in this highly technologically-developed culture, that students need technical computer skills. Equally truistic (and, not incidentally, true) is that the workplace has become highly technological. Even more truistic – and far more disturbing – are the shifts in education over the last two decades as public elementary schools, public and private high schools, and colleges and universities have invested scores of billions of dollars on “digital infrastructure,” computers, monitors and printers, “smart classrooms,” all to “meet the demands” of this new technological workplace. "We won’t dwell on the fact – an inconvenient truth? – that those technological investments have coincided with a decline in American reading behaviors, in reading and reading comprehension scores, in overall academic achievement, in the phenomenon – all too familiar to us in academia – of “grade inflation,” in an alarming collapse of our students’ understanding of their own history (to say nothing of the history of the rest of the world), rising ignorance of world and American geography, with an abandonment of the idea of objectivity, and with an increasingly subjective, even solipsistic, emphasis on personal experience. Ignore all this. Or, if we find it impossible to ignore, then let’s blame the teachers...

Study Questions Define the terms deaf and hard of hearing. Why is it important to know the age of onset, type, and degree of hearing loss? What is the primary difference between prelingual and postlingual hearing impairments? List the four major types of hearing loss. Describe three different types of audiological evaluations. What are some major areas of development that are usually affected by a hearing impairment? List three major causes of hearing impairment. What issues are central to the debate over manual and oral approaches? Define the concept of a Deaf culture. What is total communication, and how can it be used in the classroom? Describe the bilingual-bicultural approach to educating pupils with hearing impairments. In what two academic areas do students with hearing impairments usually lag behind their classmates? Why is early identification of a hearing impairment critical? Why do professionals assess the language and speech abilities of individuals with hearing impairments? List five indicators of a possible hearing loss in the classroom. What are three indicators in children that may predict success with a cochlear implant? Identify five strategies a classroom teacher can use to promote communicative skills and enhance independence in the transition to adulthood. Describe how to check a hearing aid. How can technology benefit individuals with a hearing impairment?

We understand why it is better to teach a starving man to fish, but a repertoire course is worse than handing a a fish to a starving man. Our students are not starving; if anything, they are drowning in a sea of information. So a survey course is more like handing a giant box of chocolates to a fat, rich man.

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But at the same time, there is pressure to use technology in classroom in ways that make conversation nearly impossible. Interestingly, this technology is often presented as supporting student "engagement.

In addition, teachers would have to learn to deal with students who no longer sat in rows, eyes ahead and pencils at the ready. They would have to be up on the latest uses of technology and computers, because their students would not be using textbooks. Classrooms would be brimming with computers, and the teachers would have to know how to use them.

The Importance of Becoming Metacognitively Sophisticated as a Learner Whatever the reasons for our not developing accurate mental models of ourselves as learners, the importance of becoming sophisticated as a learner cannot be overemphasized. Increasingly, coping with the changes that characterize today’s world—technological changes, job and career changes, and changes in how much of formal and informal education happens in the classroom versus at a computer terminal, coupled with the range of information and procedures that need to be acquired—requires that we learn how to learn. Also, because more and more of our learning will be what Whitten, Rabinowitz, and Whitten (2006) have labeled unsupervised learning, we need, in effect, to know how to manage our own learning activities. To become effective in managing one’s own learning requires not only some understanding of the complex and unintuitive processes that underlie one’s encoding, retention, and retrieval of information and skills, but also, in my opinion, avoiding certain attribution errors. In social psychology, the fundamental attribution error (Ross, 1977) refers to the tendency, in explaining the behaviors of others, to overvalue the role of personality characteristics and undervalue the role of situational factors. That is, behaviors tend to be overattributed to a behaving individual’s or group’s characteristics and underattributed to situational constraints and influences. In the case of human metacognitive processes, there is both a parallel error and an error that I see as essentially the opposite. The parallel error is to overattribute the degree to which students and others learn or remember to innate ability. Differences in ability between individuals are overappreciated, whereas differences in effort, encoding activities, and whether the prior learning that is a foundation for the new learning in question has been acquired are underappreciated.

The key point here bears repeating: I have decided on an argument (“Technology has weakened parenting skills”), but I didn’t start with that argument in mind. Instead, I started by reading lots of data under the umbrella of the unit of study, and it was through the reading of this data that my research question emerged.

However, the reliable integration of educational technologies to enhance teaching and learning could be characterized as a wicked problem (Rittel & Webber, 1973).

Every classroom discussion, every digital interaction, is an opportunity to help children take their first steps into the global community, to see and define how, why and when technology can be a vehicle of change.

This increased interconnectivity sets the stage for students to develop deep compassion for one another and be upstanders in their community and world. This is empowerment at its very core.

In many cases, we can expect to see schools ‘flip the classroom’ by having students listen to lectures at home and work through traditional ‘homework’—exercises, problem sets, and writing assignments—in school, where peers, teachers, and coaches are available to help them.

Integrating technology into education opens doors to new opportunities, empowering students to become creators, collaborators, and critical thinkers in an ever-evolving digital landscape.

In recent years, the integration of virtual reality (VR) technology into classrooms has sparked a wave of excitement and innovation in the field of education. As educators seek new ways to engage students and enhance learning outcomes, VR presents a promising frontier ripe with potential.

Educational technology integration is not just about using gadgets in the classroom; it's about preparing students for the digital age.

If anything, technology has liberated the classroom, restoring to it its original function as a communal space for guided, collaborative – and attentive – learning.

Third Wave technology will also change how we measure success in the classroom. What good is an annual standardized test, after all, once teachers and parents can get detailed reports with a wide range of metrics, comparing their students on a regular basis to others in their class or school or state? In this way, big data on individual students will do for education what standardized testing never quite could: bring quantitative precision to a qualitative learning process.

In Teaching Children Thinking, a paper originally written in 1968, Seymour Papert makes an audacious claim: The phrase, “technology and education” usually means inventing new gadgets to teach the same old stuff in a thinly disguised version of the same old way. Moreover, if the gadgets are computers, the same old teaching becomes incredibly more expensive and biased towards its dumbest parts, namely the kind of rote learning in which measurable results can be obtained by treating the children like pigeons in a Skinner box.

The motivation to ditch that textbook isn’t only—or even mostly—driven by a desire to go paperless or create technology-powered lessons; it’s about purpose. What do you want to do with the powerful platform you’ve been given?

capital expenditures required in Clean Technology are so incredibly high,” says Pritzker, “that I didn’t feel that I could do anything to make an impact, so I became interested in digital media, and established General Assembly in January 2010, along with Jake Schwartz, Brad Hargreaves and Matthew Brimer.” In less than two years GA had to double its space. In June 2012, they opened a second office in a nearby building. Since then, GA’s courses been attended by 15,000 students, the school has 70 full-time employees in New York, and it has begun to export its formula abroad—first to London and Berlin—with the ambitious goal of creating a global network of campuses “for technology, business and design.” In each location, Pritzker and his associates seek cooperation from the municipal administration, “because the projects need to be understood and supported also by the local authorities in a public-private partnership.” In fact, the New York launch was awarded a $200,000 grant from Mayor Bloomberg. “The humanistic education that we get in our universities teaches people to think critically and creatively, but it does not provide the skills to thrive in the work force in the 21st century,” continues Pritzker. “It’s also true that the college experience is valuable. The majority of your learning does not happen in the classroom. It happens in your dorm room or at dinner with friends. Even geniuses such as Mark Zuckerberg or Bill Gates, who both left Harvard to start their companies, came up with their ideas and met their co-founders in college.” Just as a college campus, GA has classrooms, whiteboard walls, a library, open spaces for casual meetings and discussions, bicycle parking, and lockers for personal belongings. But the emphasis is on “learning by doing” and gaining knowledge from those who are already working. Lectures can run the gamut from a single evening to a 16-week course, on subjects covering every conceivable matter relevant to technology startups— from how to create a web site to how to draw a logo, from seeking funding to hiring employees. But adjacent to the lecture halls, there is an area that hosts about 30 active startups in their infancy. “This is the core of our community,” says Pritzker, showing the open space that houses the startups. “Statistically, not all of these companies are going to do well. I do believe, though, that all these people will. The cost of building technology is dropping so low that people can actually afford to take the risk to learn by doing something that, in our minds, is a much more effective way to learn than anything else. It’s entrepreneurs who are in the field, learning by doing, putting journey before destination.” “Studying and working side by side is important, because from the interaction among people and the exchange of ideas, even informal, you learn, and other ideas are born,” Pritzker emphasizes: “The Internet has not rendered in-person meetings obsolete and useless. We chose these offices just to be easily accessible by all—close to Union Square where almost every subway line stops—in particular those coming from Brooklyn, where many of our students live.

Despite compelling new knowledge about learning, how the brain works, and what constitutes effective classroom groupings, classrooms have changed little over the past 100 years. We still assume that children of a given age are enough like each other that they can and should traverse the same curriculum in the same fashion. Further, schools act as though all children should finish classroom tasks as near to the same moment as possible, and that school year should be the same length for all learners. To this end, teachers generally assess student content mastery via tests based on specific chapters of the adopted textbook and summative tests at the end of designated marking periods. Teachers use the same grading system for all children of a given age and grade, whatever their starting point at the beginning of the year, with grades providing little if any indication of whether individual students have grown since the previous grading period or the degree to which students' attitudes and habits of mind contributed to their success or stagnation. Toward the end of the school year, schools administer standardized tests on the premise that all students of a certain age should have reached an average level of performance on the prescribed content by the testing date. Teachers, students, and schools that achieve the desired level of performance are celebrated; those that do not perform as desired are reprimanded, without any regard to the backgrounds, opportunities, and support systems available to any of the parties. Curriculum often has been based on goals that require students to accumulate and retain a variety of facts or to practice skills that are far removed from any meaningful context. Drill-and-practice worksheets are still a prime educational technology, a legacy of behaviorism rooted firmly in the 1930s. Teachers still largely run "tight ship" classes and are likely to work harder and more actively than their students much of the time.

if we do nothing more than replace textbooks and encyclopedias with Google or Bing, or use the computer or tablet for nothing but writing exercises, technology in the classroom is not as motivating as using these tools to SEEK, find, and use information for problem solving and creativity.

Replacing a [bottom 5 percent] teacher with an average teacher would increase the present value of students’ lifetime income by more than $250,000 for the average classroom in our sample.

When someone else says: We should teach our teachers about this technology first so they can use it in their lessons. Answer in the following way… We operate on the assumption that teachers love children and are employed to benefit kids. Learning with and alongside students affords teachers an opportunity to see what’s possible through the eyes and screens of their students. Experiencing this potential is a powerful motivator.

For those of us who want to change education, the hard work is in our own minds, bringing ourselves to enter intellectual domains we never thought existed. The deepest problem for us is not technology, nor teaching, nor school bureaucracies – it’s the limits of our own thinking.

Children have always known things their parents and teachers didn’t. What’s different today is that what kids know, or think they know, is feared or coveted by adults. Teachers need to get over their “fear” of modernity and reject the simplistic notion that children are “much better at technology” than adults. If there is any truth to this myth, it is because children use the technology. Doing develops expertise. That should come as no surprise.

But it’s also a human tendency—and a pronounced tendency in America—to become enamored of our tools and lose sight of their place. Think about a couple of the basic functions of any community: educating children and policing the streets. Today we spend huge effort and millions of dollars to bring more technology into the classroom, when the great majority of students in the great majority of circumstances can learn almost all of what they need to know with a supportive family, a pencil, some paper, good books, and a great teacher. The schools that produced Shakespeare and Jefferson and Darwin had some writing materials, some printed books—and that was it.

the AUP is the only communication from school to home about the vision of technology use, and yet, it’s a negative document, full of complex legalese and threats of punishment. If that’s the only message parents get from your school about technology, you are missing an opportunity to set the bar high and share your vision.

I’m so thankful I am teaching during this time in history in which technology allows me to get more done in less time.

The bottom line is that pedagogy must drive technology. The mindset that fuels digital learning is: Good teaching trumps good tools.

Instead of a rigid set of rules for implementation, classrooms need a framework that is solid in its approach toward teaching and learning but leaves room for educators to adapt technology to their subject area and teaching style. This kind of framework both maximizes the transformative properties of technology and minimizes its potential misuse.

Measuring learning is education’s principal problem—one that stunts the growth of our students even more than a lack of technology, oversized classrooms, and standardized testing.

It is not at all clear to the ascriptive scientist that every individual is a self. a self is something to be achieved by doing the hard and humbling work of self-experimentation, not something that one possesses solely by virtue of being biologically human. The “self-management” tools and techniques sup- plied by the psychological sciences of self-regulation and self-control become, within ascriptive science, personal technologies for the targeted transforma- tion of some counterproductive behavior. epistemic rationality is more than something to talk about in the arid confines of academic classrooms; it is a blueprint for a structured and more productive series of conversations with oneself.

When I think back on the twenty years I spent in school, what sticks with me isn’t any particular subject, learning tool, or classroom. It is the teachers who brought my education to life and drove my interest forward, so that my passion for learning continued, despite the long days, the hard chairs, the difficult problems. These women and men were giants. They were underpaid, and they put up with all sorts of crap, but they made me the person I am today vastly more than the facts they taught. That relationship is what digital education technology cannot ever replicate or replace, and why a great teacher will always provide a more innovative model for the future of education than the most sophisticated device, software, or platform.

The most important pillar behind innovation and opportunity—education—will see tremendous positive change in the coming decades as rising connectivity reshapes traditional routines and offers new paths for learning. Most students will be highly technologically literate, as schools continue to integrate technology into lesson plans and, in some cases, replace traditional lessons with more interactive workshops. Education will be a more flexible experience, adapting itself to children’s learning styles and pace instead of the other way around. Kids will still go to physical schools, to socialize and be guided by teachers, but as much, if not more, learning will take place employing carefully designed educational tools in the spirit of today’s Khan Academy, a nonprofit organization that produces thousands of short videos (the majority in science and math) and shares them online for free. With hundreds of millions of views on the Khan Academy’s YouTube channel already, educators in the United States are increasingly adopting its materials and integrating the approach of its founder, Salman Khan—modular learning tailored to a student’s needs. Some are even “flipping” their classrooms, replacing lectures with videos watched at home (as homework) and using school time for traditional homework, such as filling out a problem set for math class. Critical thinking and problem-solving skills will become the focus in many school systems as ubiquitous digital-knowledge tools, like the more accurate sections of Wikipedia, reduce the importance of rote memorization. For children in poor countries, future connectivity promises new access to educational tools, though clearly not at the level described above. Physical classrooms will remain dilapidated; teachers will continue to take paychecks and not show up for class; and books and supplies will still be scarce. But what’s new in this equation—connectivity—promises that kids with access to mobile devices and the Internet will be able to experience school physically and virtually, even if the latter is informal and on their own time.

In terms of the workload, the best teachers for kids with slow processing speed tend to: Deemphasize busy work. Show a willingness to adjust homework assignments to “fit” with a student’s pace. Balance the common needs of all the students with the specific needs of individual students. Be excited by the use of technology in their classrooms because it makes it easier to adapt instruction. Be both organized and flexible.

the increasing use of technology in the classroom will transform the role of educators allowing the educational process to become ever more student centered.

Digital technologies create opportunities to measure students’ performances in more nuanced, multifaceted ways than ever before. No longer are teachers limited to standardized annual examinations or periodic classroom tests. Instead, they have the chance to provide feedback at virtually every step of the learning process and use this regular evaluation to gauge progress toward educational objectives for individual pupils

Effective one-to-one programs transform classrooms into places where students are determining their own learning paths and taking responsibility for their progress. Before such transformations can take place, teachers must understand how to plan, lead, and manage personalized, one-to-one learning.

Education was still considered a privilege in England. At Oxford you took responsibility for your efforts and for your performance. No one coddled, and no one uproariously encouraged. British respect for the individual, both learner and teacher, reigned. If you wanted to learn, you applied yourself and did it. Grades were posted publicly by your name after exams. People failed regularly. These realities never ceased to bewilder those used to “democracy” without any of the responsibility. For me, however, my expectations were rattled in another way. I arrived anticipating to be snubbed by a culture of privilege, but when looked at from a British angle, I actually found North American students owned a far greater sense of entitlement when it came to a college education. I did not realize just how much expectations fetter—these “mind-forged manacles,”2 as Blake wrote. Oxford upholds something larger than self as a reference point, embedded in the deep respect for all that a community of learning entails. At my very first tutorial, for instance, an American student entered wearing a baseball cap on backward. The professor quietly asked him to remove it. The student froze, stunned. In the United States such a request would be fodder for a laundry list of wrongs done against the student, followed by threatening the teacher’s job and suing the university. But Oxford sits unruffled: if you don’t like it, you can simply leave. A handy formula since, of course, no one wants to leave. “No caps in my classroom,” the professor repeated, adding, “Men and women have died for your education.” Instead of being disgruntled, the student nodded thoughtfully as he removed his hat and joined us. With its expanses of beautiful architecture, quads (or walled lawns) spilling into lush gardens, mist rising from rivers, cows lowing in meadows, spires reaching high into skies, Oxford remained unapologetically absolute. And did I mention? Practically every college within the university has its own pub. Pubs, as I came to learn, represented far more for the Brits than merely a place where alcohol was served. They were important gathering places, overflowing with good conversation over comforting food: vital humming hubs of community in communication. So faced with a thousand-year-old institution, I learned to pick my battles. Rather than resist, for instance, the archaic book-ordering system in the Bodleian Library with technological mortification, I discovered the treasure in embracing its seeming quirkiness. Often, when the wrong book came up from the annals after my order, I found it to be right in some way after all. Oxford often works such. After one particularly serendipitous day of research, I asked Robert, the usual morning porter on duty at the Bodleian Library, about the lack of any kind of sophisticated security system, especially in one of the world’s most famous libraries. The Bodleian was not a loaning library, though you were allowed to work freely amid priceless artifacts. Individual college libraries entrusted you to simply sign a book out and then return it when you were done. “It’s funny; Americans ask me about that all the time,” Robert said as he stirred his tea. “But then again, they’re not used to having u in honour,” he said with a shrug.

money revamping its technology offerings, creating great wired spaces where all forms of media can be accessed from the classroom. But how many have actually rethought the modes of organization, the structures of knowledge, and the relationships between and among groups of students, faculty, and others across campus or around the world? That larger challenge-to

One key ingredient to successful technology integration is not forgetting the autonomy and the fun.

As long as you give them time to use technology for fun, students rarely abuse it.

● Pursuing online courses with pre-recorded videos? ● Not able to communicate with the instructor while in an online lecture? ● Online lectures seem boring and disengaging? Not anymore. Technology has been able to advance an already transformative concept. Online learning has made its way into almost every professional’s career life. However, there is a new concept which not many people are aware of - LIVE & interactive learning. As the name suggests, it’s just like traditional classroom learning but entirely online. Let’s see what it is, how it works, and how it can benefit your career. LIVE Learning: The Better, More Interactive Learning Method LIVE & interactive learning entails experienced tutors and instructors delivering lectures via LIVE online learning platforms that are built with features to aid in engaging educational learnings. Furthermore, Online Courses are delivered in a similar format that is found in a traditional classroom. With interactivity, teachers can not only deliver lectures, take LIVE questions, and respond, but also the students can interact with one another - just like they would in a brick and mortar classroom. Taking Online Courses Up a Notch Instead of sitting through a pre-recorded lecture, you can now attend the session LIVE. And the best part about this type of learning is that both tutors and students can interact with each other, so query resolution is instant, students can voice out their thoughts, collaboration becomes easy, and the face-to-face interaction definitely makes it more interactive. Reasons Why LIVE & Interactive Learning is Taking the Lead ● Comfortable Learning Pace Students pursuing LIVE & interactive online courses get the opportunity to learn at their own pace. They can discuss their questions in LIVE lectures and interact with the faculty as well. ● Focus on Tougher Modules In a regular classroom, the teacher always decides which modules require special focus. However, with LIVE & interactive learning, you can choose how much time you want to spend on a particular module. ● Extensive Study Materials Another added benefit of LIVE & interactive online courses is that you have access to study material 24*7 and from anywhere. This gives you control and ample time to go through the material more than once or as required. ● Opportunity for More Interaction Ranging from Online Data Analytics Courses to finance, marketing, and sales, online courses allow students to involve themselves in class discussions and chat with more ease. This is just not possible in regular face-to-face interactions where teachers can ask questions and embarrass you in front of the entire class if you are wrong or don’t know the answer. It’s Not a Roadblock, Rather an Accelerant to Your Career The best part - you don’t have to leave your current job to pursue a degree program. Passion to gain knowledge and upskill and a search engine that will take you the right online course is all you need. So whether you are scouting for online data analytics courses, machine learning courses, or digital marketing, LIVE & interactive learning can help you gain the education you deserve.

AWS Training in Chennai | AWS Certification Course | Placement About Us We offer thorough AWS Training in Chennai at SLA to assist you in managing cloud ecosystems and building adaptable cloud apps without worrying about infrastructure provisioning and administration. Our instructors give students with AWS products, solutions, pricing, documentation, and services so that they may understand the specific needs of their clients and provide solutions appropriately. In our AWS Training Institute in Chennai, we provide classroom and instructor-led online teaching with hands-on experience ranging from the foundation to the advanced level, as well as 100% placement assistance. Description We offer complete practical implementations of AWS Cloud Computing services in trending technologies such as blockchain, manageable cloud migration, content delivery, containers, data lakes, edge computing, front-end web application development, mobile app development, modern application development, remote learning and work, serverless computing, and digital marketing, among others, for startups, enterprises, and government agencies. Conclusion Join our AWS Course in Chennai, which includes all required programs with the most recent updates and plugins, as well as limitless lab hours for practice, study materials, and free software installation on your systems.

Many females have a problem not only with stereotypes, but with other people’s opinions of them in general. They trust them too much... This vulnerability afflicts many of the most able, high-achieving females. Why should this be? When they’re little, these girls are often so perfect, and they delight in everyone’s telling them so. They’re so well behaved, they’re so cute, they’re so helpful, and they’re so precocious. Girls learn to trust people’s estimates of them. “Gee, everyone’s so nice to me; if they criticize me, it must be true.” Even females at the top universities in the country say that other people’s opinions are a good way to know their abilities. Boys are constantly being scolded and punished. When we observed in grade school classrooms, we saw that boys got eight times more criticism than girls for their conduct. Boys are also constantly calling each other slobs and morons. The evaluations lose a lot of their power. Even when women reach the pinnacle of success, other people’s attitudes can get them... The fixed mindset, plus stereotyping, plus women’s trust in people’s assessments: I think we can begin to understand why there’s a gender gap in math and science. That gap is painfully evident in the world of high tech. Julie Lynch, a budding techie, was already writing computer code when she was in junior high school. Her father and two brothers worked in technology, and she loved it, too. Then her computer programming teacher criticized her. She had written a computer program and the program ran just fine, but he didn’t like a shortcut she had taken. Her interest evaporated. Instead, she went on to study recreation and public relations. Math and science need to be made more hospitable places for women. And women need all the growth mindset they can get to take their rightful places in these fields.

Asoka World School is a reputed international school in Kochi affiliated with CBSE. We have a student-friendly environment and has a very interesting syllabus. The STEM enriched curriculum helps to provide an in-depth learning experience for the students. We have a wide range of extracurricular activities for nurturing and developing a child’s creativity and imagination. Asoka World School can be an ideal option for your child. Here are some key reasons why Asoka World School is the best for your kid. Individualized attention in classes: Our student-teacher ratio arrangement is standardised in such a way that teachers are able to give individual attention to each child. Our teachers are well educated, experienced and constantly inspires their students. We follow the golden teacher-student ratio of 1:20. This helps students to gain the concepts of each subject easily hence they become more confident. This also enriches their knowledge, and they get more quality time to interact with their teachers. image Child Safe Environment: At Asoka World School, you will find your child is in extremely safe hands. Our classrooms are aesthetically designed and technologically equipped to disseminate learning through very many fun ways. Asoka World School has a world-class building design, infrastructure, fully integrated wireless network, climate-controlled smart classrooms, security features and no compromise hygiene and safeguarding policy that offers everything you have been dreaming for your child. Updated Curriculums: We have 4 levels of programmes prepared for our children. Foundational - KG - IInd Preparatory - IIIrd - Vth Middle School - VIth - VIIIth Senior School - IXth - XIIth These programs are framed by our school to focus on developing various vital skills in the students. Our teachers adopt a customised teaching approach that can help students of every category. Our flexible curriculum enhances the communication between the teachers and students to a great extent. Our school has result-oriented teaching methods, qualified and responsible teaching staff to help facilitate a learning environment that is both safe and nurturing. As the best CBSE school in Kochi, Asoka World School is a leader in its sector and we hope to continue rising and come out as the best school in Kochi.

In Adam Alter’s book Irresistible: The Rise of Addictive Technology and the Business of Keeping Us Hooked, he makes the condemning point that many of those who work in technology and best understand its power don’t want their kids using it.6 Many of them send their kids to Waldorf schools, which ban technology from the classroom and make a point of actively discouraging it at home up until the age of twelve. The king of tech himself, Steve Jobs, was careful to limit his kids’ technology use, and wouldn’t get iPads for his own kids.

Digital boards, also known as interactive or electronic whiteboards, have revolutionized the way information is presented and shared in various settings, ranging from classrooms to corporate boardrooms. These sophisticated devices combine the benefits of traditional whiteboards with cutting-edge technology, providing a dynamic and interactive platform for communication. Unlike static whiteboards, digital boards are equipped with touch-sensitive screens that respond to both stylus and finger input, allowing users to write, draw, and manipulate content with ease. This versatility enhances collaboration and engagement, making learning and business meetings more interactive and productive. The potential applications of digital boards are vast, from facilitating remote collaboration to enhancing creative brainstorming sessions. As technology continues to advance, we can expect further innovations in digital board design, with features such as artificial intelligence integration and enhanced interactivity. In essence, digital boards have become indispensable tools in modern communication, fostering dynamic and collaborative environments across educational, professional, and creative domains.

Aimshala's Vision for Education: Empowering Educators, Enriching Lives In the heart of every learner's journey, there exists a light of inspiration, a guide through the moving seas of knowledge and discovery. This guide, often hidden and ignored, is the educator. At Aimshala, we understand the transformative power of educators not just in imparting knowledge, but in enriching lives and empowering minds. Our vision for education is deeply rooted in the belief that by empowering educators, we can create ripples of change that extend beyond classroom walls, enriching the lives of countless individuals and, by extension, society itself. The Unknown Heroes of Our Society Educators are the unknown heroes of our society, the architects of the future, shaping minds and inspiring hearts. They do more than teach; they awaken curiosity, instill resilience, and foster a lifelong love for learning. The impact of a passionate educator extends far beyond academic achievements; it touches on the very essence of who we become. At Aimshala, we recognize the challenges educators face daily juggling administrative tasks, adapting to new technologies, and meeting each student's unique needs. Yet, despite these hurdles, their commitment never wavers. They continue to light the path for their students, often with little recognition for their monumental impact. It's for these unsung heroes that Aimshala dedicates its mission: to empower educators and acknowledge their invaluable contribution to shaping our future. A Journey of Empowerment Empowerment is at the core of Aimshala's vision for education. But what does it truly mean to empower educators? It means providing them with the tools, resources, and support they need to thrive in their roles. It means creating an environment where their voices are heard, their challenges are addressed, and their achievements are celebrated. We believe in a holistic approach to empowerment. From continuous professional development opportunities to innovative teaching tools, Aimshala is committed to ensuring educators have what they need to succeed. But empowerment goes beyond material resources; it's about fostering a community of educators who can share experiences, challenges, and successes. A community where collaboration and support are the norms, not the exceptions. Enriching Lives Through Education Education has the power to transform lives. It opens doors to new opportunities, develops horizons, and builds bridges across cultures. Aimshala's vision extends to every student touched by our educators. By enriching the lives of educators, we indirectly enrich the lives of countless students. An enriched life is one of purpose, understanding, and continual growth. Through our support for educators, Aimshala aims to cultivate learning environments where students feel valued, respected, and inspired to reach their full potential. These environments encourage critical thinking, creativity, and the courage to question. They nurture not just academic skills but life skills—empathy, resilience, and the ability to adapt to change. Building a Future Together The future of education is a collaborative vision, one that requires the efforts of educators, students, families, and communities. Aimshala stands at the forefront of this collaborative effort, bridging gaps and fostering partnerships that enhance the educational experience for all. Technology plays a pivotal role in shaping this future. Aimshala embraces innovative educational technologies that make learning more accessible, engaging, and effective. However, we also recognize that technology is but a tool in the hands of our capable educators. It is their wisdom, passion, and dedication that truly transform education. At Aimshala, our vision for education is clear: to empower educators and enrich lives. We understand the challenges and celebrate the triumphs. We believe in the power of education to transform society.

When used thoughtfully and purposefully, technology can amplify the impact of teaching and learning, making education more engaging, accessible, and inclusive for all students.

Educational technology integration is not about replacing teachers with machines; it's about empowering teachers with tools and machines that can enhance their ability to inspire, engage, and support student learning.

In today's digital world, educational technology integration is no longer optional; it's essential for preparing students to thrive in a technology-driven society and economy.

As technology continues to evolve, so too must our approach to educational technology integration, with a focus on innovation, adaptability, and continuous improvement to meet the changing needs of students and educators.

The key to successful educational technology integration lies in empowering educators with the knowledge, skills, and resources they need to effectively leverage technology to support student learning.

Effective educational technology integration requires a culture of collaboration and continuous learning, where educators, administrators, students, parents and all stakeholders work together to leverage technology for positive educational outcomes.

Educational technology integration requires a holistic approach that considers not only the tools and platforms used but also the pedagogical practices and learning outcomes that drive student engagement and achievement.

At its core, educational technology integration is about leveraging the power of technology to create dynamic, interactive, and student-centered learning experiences that prepare students for success in the digital age.

MILAN’S FIRST RESOLUTION: The Convention, considering the incontestable superiority of articulation over signs in restoring the deaf-mute to society and giving him a fuller knowledge of language, declares that the oral method should be preferred to that of signs in education and the instruction of deaf-mutes. (Passed 160–4) MILAN’S SECOND RESOLUTION: The Convention, considering that the simultaneous use of articulation and signs has the disadvantage of injuring articulation and lip-reading and the precision of ideas, declares that the pure oral method should be preferred. (Passed 150–16) Where Milan’s resolutions were implemented, deaf children were forbidden from using sign language in the classroom or outside of it. As punishment, hands were tied down, rapped with rulers, or slammed in drawers. The period between 1880 and 1960 is considered the dark ages of deaf education. In the U.S., the National Association of the Deaf, founded in 1880 in response to the conference, became the first disability rights organization, and was and is run for and by Deaf people. Worried that ASL would become extinct, they also used brand-new film technology to document the language, making some of the earliest recordings of their kind.

If physical classrooms forced students to be at their seats out of fear, virtual classrooms tempt students to be in front of their computers out of curiosity and eagerness. The baby steps of the teachers into the technological world have progressed into giants leaps now. Cut the flak and acknowledge the courage of teachers who evolved as digitally smart educators overnight with 21st century skill set.

Szwed, K., & Bouck, E. (2013). Clicking away: Using a student response system to self-monitor behavior in a general education classroom. Journal of Special Education Technology, 28(2), 1–12.

The differences between traditional courses and online and blended courses are getter smaller and smaller for two reasons. First of all, technology advances have made synchronous meetings and gatherings much easier. This means that faculty and students can interact in real time, close to the interactions in a traditional classroom. Secondly, understanding about how we learn from brain and cognitive research has resulted in more active teaching and learning strategies, no matter which environment is being used.

My advice: Identify what you love about teaching and what you'd like to see more of in your class. From there, consider what technology could help you accomplish your goals.

Throwing technology at the various problems we have in our schools will never be a magical solution without purposeful planning aligned with the vision of the school and the learning goals in our classroom— as well as ensuring there is meaningful professional development designed for the teacher.

There is no one-size-fits-all in education. Period. What works in my classroom works as well as it does because I feel, with all my heart, that it is the best thing to do.

The purchasing of technology is so decentralized (especially in a large district like mine), that there are often purchases made in haste that neglect to cross-reference the preexistent resources.

Teachers cannot tailor their material to the specific needs of every student, so in fact the education provided tends to be ‘one size fits none’. This is particularly frustrating because tailored tuition is known to be very effective: an average student who receives one-to-one tuition will tend to outperform 98 per cent of ordinary students in a traditional classroom.

If you made a country out of all the companies founded by Stanford alumni, it would have a GDP of roughly $ 2.7 trillion, putting it in the neighborhood of the tenth largest economy in the world. Companies started by Stanford alumni include Google, Yahoo, Cisco Systems, Sun Microsystems, eBay, Netflix, Electronic Arts, Intuit, Fairchild Semiconductor, LinkedIn, and E* Trade. Many were started by undergraduates and graduate students while still on campus. Like the cast of Saturday Night Live, the greats who have gone on to massive career success are remembered, but everyone still keeps a watchful eye on the newcomers to see who might be the next big thing. With a $ 17 billion endowment, Stanford has the resources to provide students an incredible education inside the classroom, with accomplished scholars ranging from Nobel Prize winners to former secretaries of state teaching undergraduates. The Silicon Valley ecosystem ensures that students have ample opportunity outside the classroom as well. Mark Zuckerberg gives a guest lecture in the introductory computer science class. Twitter and Square founder Jack Dorsey spoke on campus to convince students to join his companies. The guest speaker lineups at the myriad entrepreneurship and technology-related classes each quarter rival those of multithousand-dollar business conferences. Even geographically, Stanford is smack in the middle of Silicon Valley. Facebook sits just north of the school. Apple is a little farther south. Google is to the east. And just west, right next to campus, is Sand Hill Road, the Wall Street of venture capital.

Keep These Things in Mind While Enrolling For A Professional Online Course While online courses are gaining in popularity due to the conveniences they offer, you must consider a few things before enrolling in one. Not all programs are suitable for everyone. Not everyone is good at learning online. There are a lot of conditions that must be satisfied to make such learning successful. It is better that you consider everything carefully before starting your e-learning course. 1. How Will The Course Help You? There are many online professional programs available from various universities and educational platforms. You must see which one will be most useful for you. If you are working and you need to acquire a skill to get a promotion, then you must choose such a course. It is not just money that you are spending on these courses. You are also investing a lot of your time and effort to successfully complete your learning. 2. Do You Have The Motivation To Learn By Yourself? Getting motivated to study when you are in a classroom full of students is easy. A professor is teaching and also watching you. But in online certification courses, you have the freedom of studying whenever and wherever you want. Many of the e-learning platforms allow you to complete the program at your pace. This can make you lethargic and distracted. You must ask yourself whether you can remain motivated to complete the course. 3. How Familiar Are You With The Technology? You don’t need to be a computer genius to attend online professional programs. But you must be familiar with basic computer operations, playing videos on both desktops and mobile phones, and using a web browser. The other skill you will require in e-learning is the speed of typing on different devices. When there are live exchanges with the professors, you will need to type the queries very fast if you want to get your answers. 4. How Well Will You Participate In Online Classes? It is very easy to remain silent in virtual classes. There is no one staring at you and pushing you to ask questions or give answers. But if you don’t interact, you will not be making full use of online certification courses. Participation is very important in such classrooms. You must also take part in the group discussions that will bring out new ideas and opinions. E-learning is not for those who need physical presence. 5. Who Are The Others On The Programme? Knowing the other participants in online professional programs is very important, especially if you are already working and looking to acquire more skills. There must be people in the virtual classroom whose contributions will be useful for you. If the course has only freshers from college, then it may not give you any value addition. As a working person, you must look at networking opportunities that will help you with career opportunities. To Sum Up….. For working people, virtual classes are the best way to acquire more skills without taking a break from employment. These courses offer you the flexibility that you can never get in campus education. But you must make yourself suitable for e-learning to benefit from it.

If teaching is largely about faculty-student interaction, then we have to recognize that human interaction is changing.

The teachers, rather than giving broadcast lectures, worked with individual students who needed help. Students who caught on faster assisted those who were struggling. Teachers also had the benefit of forming personal connections with students and getting real feedback on student comprehension. The use of technology had, somewhat ironically, made a traditionally passive classroom interactive and human.

My dialogue with the kindergartners was also revealing because of where it took place. Not long ago, China lagged years, if not decades, behind the United States in artificial intelligence. But over the past three years China has caught AI fever, experiencing a surge of excitement about the field that dwarfs even what we see in the rest of the world. Enthusiasm about AI has spilled over from the technology and business communities into government policymaking, and it has trickled all the way down to kindergarten classrooms in Beijing.