“One of my central mathetic tenets is that the construction that takes place “in the head” often happens especially felicitously when it is supported by construction of a more public son “in the world” – a sand castle or a cake, a LEGO house or a corporation, a computer program, a poem, or a theory […]
“I left Geneva enormously inspired by Piaget’s image of the child, particularly by his idea that children learn so much without being taught. But I was also enormously frustrated by how little he could tell us about how to create conditions for more knowledge to be acquired by children through this marvelous process of “Piagetian
“It is impossible to predict what the school of the future will be. History always outsmarts the futurists. But it is easy to predict what it will NOT look like. I am sure that the practice of segregating children by age into “grades” will be seen as an old-fashioned, and inhumane, method of the “assembly
“Logo gave many thousands of elementary teachers their first opportunity to appropriate the computer in ways that would extend their personal styles of teaching. This was not easy for them. They were frustrated by poor conditions: They usually had to work with minimal computer systems and often had to share them among several classrooms; opportunities
“In 1971 Channel 5, a local Boston TV station, produced a program on children in new learning situations and included a segment on Logo. Here is that segment. My one regret is that Seymour was not talking with a child during the filming. By the way I am indebted to youTube and one of its
“The cost of giving every child a $750 computer with a five-year life would add only 2 percent to the average cost of educating a child in the United States. With a little R&D [research and development], the computer industry could easily halve or quarter that number.” Papert, Seymour. (1997) From Relearning Education in the
“Actually the educational software industry does know best about something, but about something other than the best ways to learn mathematics. It has excellent knowledge about what can be most easily sold to parents. Software that drills the kids in using numbers is easily recognized by the most uninformed parent as “math.” That kind of
“A central idea behind our learning environments was that children would be able to use powerful ideas from mathematics and science as instruments of personal power. For example, geometry would become a means to create visual effects on a television screen. But achieving this often meant developing new topics in mathematics and science, an enterprise
The DailyPapert.com rarely editorializes. The point of this site is to bring the words, wisdom and powerful ideas of Dr. Seymour Papert (bio here) to educators, policy-makers and citizens concerned. Although Papert made pioneering contributions to the worlds of epistemology, mathematics, artificial intelligence, computer science, educational gaming, learning and school reform, he receives too little
“I believe that the development of the knowledge-based economy will bring recognition that the most important qualification is not technical knowledge but the ability to learn and to work independently. To foster this we need to replace lock-step curriculum-driven schools with the kind of flexible learning environment made possible by the new technologies.” Papert, Seymour.