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Martin Burrett

Good, Great, Fantastic… by @keeponteeping - 3 views

ukedchat.com/...eat-fantastic-by-keeponteeping

TEEP achievement

shared by Martin Burrett on 12 Nov 17 - No Cached
  • Martin Burrett on 12 Nov 17
     
    "I was introduced to the Good/Great/Awesome techniques in some TEEP training in November last year. I immediately placed it in my "to-do right away" pile. As an intrinsically positive person, and teacher, who always strives to build students' self esteem and promote the growth mindset in all who pass through my classroom; I found the idea of offering 3 levels of positivity much more appealing that the previous wording. I implemented this strategy quickly and personally added in an overarching learning objective, so students could see each stage of G/G/F as building blocks. I coloured coded them, as is common, and occasionally colour coordinate to grades or tasks."
Brendan Murphy

Tuttle SVC: Has the Technology Changed? - 2 views

www.tuttlesvc.org/...has-technology-changed.html

technology changed startup entrepreneurship

shared by Brendan Murphy on 07 Sep 12 - No Cached
  • Let's take for granted that what ed-tech entrepreneurs are shooting for educationally are test score gains. If they're getting them at any scale, for real, consistently, with at-risk kids, we'd frickin' know about it, and truly, sales growth would be unstoppable.
Ed Webb

Hechinger Report | What can we learn from Finland?: A Q&A with Dr. Pasi Sahlberg - 21 views

hechingerreport.org/...-qa-with-dr-pasi-sahlberg_4851

education US USA Finland

shared by Ed Webb on 10 Dec 10 - No Cached
Tero Toivanen liked it
  • If you want to learn something from Finland, it’s the implementation of ideas. It’s looking at education as nation-building. We have very carefully kept the business of education in the hands of educators. It’s practically impossible to become a superintendent without also being a former teacher. … If you have people [in leadership positions] with no background in teaching, they’ll never have the type of communication they need.
  • Finns don’t believe you can reliably measure the essence of learning. You know, one big difference in thinking about education and the whole discourse is that in the U.S. it’s based on a belief in competition. In my country, we are in education because we believe in cooperation and sharing. Cooperation is a core starting point for growth.
Marisa P

John Dewey: School and Society: Chapter 4: The Psychology of Elementary Education - 0 views

www.brocku.ca/...Dewey_1915a.html

shared by Marisa P on 16 May 08 - Cached
  • To refuse to try, to stick (97) blindly to tradition, because the search for the truth involves experimentation in the region of the unknown, is to refuse the only step which can introduce rational conviction into education.
    • Marisa P
      Marisa P on 16 May 08
       
      great quote
  • It should also be stated that practically it has not as yet been possible, in many cases, to act adequately upon the best ideas obtained, because of administrative difficulties, due to lack of funds —difficulties centering in the lack of a proper building and appliances, and in inability to pay the amounts necessary to secure the complete time of teachers in some important lines. Indeed, with the growth of the school in numbers, and in the age and maturity of pupils, it is becoming a grave question how long it is fair to the experiment to carry it on without more adequate facilities.
  • The aim, then, is not for the child to go to school as a place apart, but rather in the school so to recapitulate typical phases of his experience outside of school, as to enlarge, enrich, and gradually formulate it.
  • ...9 more annotations...
  • Since the aim is not "covering the ground," but knowledge of social processes used to secure social results, no attempt is made to go over the entire history, in chronological order, of America
  • His experiments are modes of active doing—almost as much so as his play and games. Later he tries to find out how various materials or agencies are manipulated in order to give certain results. It is thus clearly distinguished from experimentation in the scientific sense—such as is appropriate to the secondary period —where the aim is the discovery of facts and verification of principles.
  • means to ends
  • These subjects are social in a double sense. They represent the tools which society has evolved in the past as the instruments of its intellectual pursuits. They represent the keys which will unlock to the child the wealth of social capital which lies beyond the possible range of his limited individual experience. While these two points of view must always give these arts a highly important place in education, they also make it necessary that certain conditions should be observed in their introduction and use. In a wholesale and direct application of the studies no account is taken of these conditions. The chief problem at present relating to the three R's is recognition of these conditions and the adaptation of work to them.
  • 1) The need that the child shall have in his own personal (105) and vital experience a varied background of contact and acquaintance with realities, social and physical. This is necessary to prevent symbols from becoming a purely second-hand and conventional substitute for reality.
  • The need that the more ordinary, direct, and personal experience of the child shall furnish problems, motives, and interests that necessitate recourse to books for their solution, satisfaction, and pursuit. Otherwise, the child approaches the book without intellectual hunger, without alertness, without a questioning attitude, and the result is the one so deplorably common: such abject dependence upon books as weakens and cripples vigor of thought and inquiry, combined with reading for mere random stimulation of fancy, emotional indulgence, and flight from the world of reality into a make-belief land.
  • The final use of the symbols, whether in reading, calculation, or composition, is more intelligent, less mechanical; more active, less passively receptive; more an increase of power, less a mere mode of enjoyment.
  • third period of elementary education
  • the second period
yc c

Wolfram Demonstrations Project - 0 views

demonstrations.wolfram.com

mathematics visual science software interactive labs

shared by yc c on 05 Feb 09 - Cached
  • Pam Shoemaker on 05 Feb 09
     
    Offers interactive demonstrations of anything that can be modeled mathematically - bacteria growth, light refraction, supply and demand, etc. Running a demo requires Mathematica Player, which can be downloaded free, along with the demos
  • yc c on 30 Oct 09
     
    About the Wolfram Demonstrations Project Conceived by Mathematica creator and scientist Stephen Wolfram as a way to bring computational exploration to the widest possible audience, the Wolfram Demonstrations Project is an open-code resource that uses dynamic computation to illuminate concepts in science, technology, mathematics, art, finance, and a remarkable range of other fields. Its daily-growing collection of interactive illustrations is created by Mathematica users from around the world, who participate by contributing innovative Demonstrations. Interactive computational resources have typically been scattered across the web--requiring specialized programming knowledge that's made them difficult and expensive to develop. As a result, their coverage has long been limited, and progress has been slow. In many ways, the Wolfram Demonstrations Project introduces a new paradigm for exploring ideas. The power to easily create interactive visualizations, once in the domain of computing experts alone, is now in the hands of every Mathematica user. Demonstrations can be created with just a few short lines of readable code, powered by the revolutionary advances in Mathematica. This opens the door for researchers, educators, students, and professionals at any level to create their own sophisticated mini-applications and publish them online.
anonymous

Bloom's Taxonomy of Learning Domains - 3 views

www.nwlink.com/...bloom.html

skills cognitive science taxonomy Bloom

shared by anonymous on 13 Jul 08 - Cached
  • Jeff Johnson on 13 Jul 08
     
    There is more than one type of learning. A committee of colleges, led by Benjamin Bloom, identified three domains of educational activities: - Cognitive: mental skills (Knowledge) - Affective: growth in feelings or emotional areas (Attitude) - Psychomotor: manual or physical skills (Skills)
Adrienne Michetti

Bloom's Taxonomy - Wikipedia, the free encyclopedia - 6 views

en.wikipedia.org/...Bloom%27s_Taxonomy

shared by Adrienne Michetti on 03 Mar 10 - Cached
  • A great mythology has grown around the taxonomy, possibly due to many people learning about the taxonomy through second hand information.
    • Adrienne Michetti
      Adrienne Michetti on 03 Mar 10
       
      interesting! why haven't people actually read it, then? Is it kind of like H. Gardner's Multiple Intelligences in that people just jumped on board without actually reading the fine print?
  • It is considered to be a foundational and essential element within the education community as evidenced in the 1981 survey Significant writings that have influenced the curriculum: 1906-1981,
  • the original Handbook was intended only to focus on one of the three domains
  • ...7 more annotations...
  • the initial effort to be a starting point,
  • divides educational objectives into three "domains:" Affective, Psychomotor, and Cognitive.
  • A goal of Bloom's Taxonomy is to motivate educators to focus on all three domains, creating a more holistic form of education
  • Traditional education tends to emphasize the skills in this domain, particularly the lower-order objectives.
    • Adrienne Michetti
      Adrienne Michetti on 03 Mar 10
       
      and too often we only use the hierarchy in this domain, ignoring psychomotor and affective.
  • Affective objectives typically target the awareness and growth in attitudes, emotion, and feelings.
    • Adrienne Michetti
      Adrienne Michetti on 03 Mar 10
       
      perhaps more important for overall well-being than the other two domains.
  • the ability to physically manipulate a tool or instrument like a hand or a hamme
  • Bloom and his colleagues never created subcategories for skills in the psychomotor domain
    • Adrienne Michetti
      Adrienne Michetti on 03 Mar 10
       
      interesting - I wonder why.
Ruth Howard

LFE.pdf (application/pdf Object) - 4 views

www.committedsardine.com/...LFE.pdf

pdf application lfe 21st century learning exponential growth digital literacy learning trends

shared by Ruth Howard on 08 Mar 10 - No Cached
  • Ruth Howard on 08 Mar 10
     
    Any of the resources inside CommittedSardines are mind extending educational resources. This pdf tracks future trends that exponentially impact us and directly applies them to the field of education.
  • anonymous on 08 Mar 10
     
    Good find, Ruth. Very interesting read.
Anne Bubnic

All You Need To Know About Twitter - 0 views

www.nytimes.com/...07basics.html

education twitter 21st century learning

shared by Anne Bubnic on 09 May 09 - Cached
  • Anne Bubnic on 09 May 09
     
    To the Internet hipsters who discovered Twitter in 2006, Oprah's inaugural tweet - FEELING REALLY 21st CENTURY, she typed - was the end of the era, the shark jump. But that's like saying the Beatles were over after they appeared on "The Ed Sullivan Show."\nTwittermania has only begun. In the days after Oprah's show, Twitter's traffic growth is accelerating. The ratings service HitWise now ranks twitter.com as America's No. 38 Web site. It's about to rocket past CNN and Wells Fargo.
Suzie Nestico

Jim Klein :: Weblog :: To those who would lead... - 9 views

community.saugususd.org/...1375.html

education technology K-12 21 Century Classroom 21stcentury teaching learning administrator all_teachers bestpractices edu_trends

shared by Suzie Nestico on 05 May 11 - No Cached
  • What we must never forget, no matter what circumstances are forced upon us, is that without failure, there is no success. We learn when we fail. We grow when we fall. Science is all about learning from failure, and failure is a key component of innovation, without which nothing would ever be tried. The right technology brings with it the opportunity to create environments where students have the opportunity to not just fail, but to fail gracefully, recover quickly, and move forward having learned from the experience in a non-threatening way.
    • Suzie Nestico
      Suzie Nestico on 05 May 11
       
      Seems, by far, to be one of the most powerful statements in this blog.  As educators, we need to remind our students how very important failure can be.  Not to suggest we purport failure as a good thing, but that we emphasize it as part of a growth model.
  • As is so well stated by Weston & Bain (2010), "Bransford et al (2000), Jonassen (2000, 2004, 2006, 2008), and Jonassen et al. (1999), fix the future of educational technology in cognitive tools that shape and extend human capabilities. Cognitive tools blur the unproductive distinctions that techno-critics make between computers and teaching and learning (Bullen & Janes, 2007; Hukkinen, 2008; Kommers et al., 1992; Lajoie, 2000). When technology enables, empowers, and accelerates a profession's core transactions, the distinctions between computers and professional practice evaporate.
  • For instance, when a surgeon uses an arthriscope to trim a cartilage (Johnson & Pedowitz, 2007), a structural engineer uses computer-assisted design software to simulate stresses on a bridge (Yeomans, 2009), or a sales manager uses customer-relations-management software to predict future inventory needs (Baltzen & Phillips, 2009), they do not think about technology. Each one thinks about her or his professional transaction." 
  • Suzie Nestico on 05 May 11
     
    Must read about considerations for the future directions of our schools and developing the 21st Century learner.
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