Artigo da revista VISÃO de 9 de maio de 2016
http://visao.sapo.pt/actualidade/sociedade/2016-05-09-A-escola-invertida-aulas-em-casa-TPC-na-escola
'Aulas invertidas', movimento que começou nos Estados Unidos, propõe usar o tempo na escola para tirar dúvidas e fazer trabalho de grupo e o tempo em casa para aprender a teoria. Os defensores, alegam que é a solução para a crise no ensino
A Internet modificou a forma como fazemos quase tudo. Mas o ensino parece quase invisível a esta revolução. Os manuais pouco mudaram, os programas também. E a forma de ensinar - com o professor a debitar matéria e os alunos a tomar notas - também pouco reflete a revolução tecnológica. As consequências são inevitáveis e têm-se traduzido num afastamento dos alunos, no desinteresse generalizado.
Aqui e ali têm surgido propostas inovadoras que integram as novas tecnologias no programa e no método de ensino. Uma das correntes propõe a inversão total dos papéis, a chamada 'aula invertida' ou 'flipped classroom', de acordo com o nome que lhe deu o seu inventor, o professor de Harvard, Eric Mazur.
Há mais de vinte anos, o professor de Física começou a notar o desinteresse e absentismo crescente dos seus alunos. Então iniciou o que classifica como "um caminho sem retorno". Passou a preparar vídeos sobre a matéria, que disponibilizava aos alunos como trabalho de casa. O tempo das aulas passou a estar consagrado à orientação de trabalhos de grupo e ao esclarecimento de dúvidas. Ou seja, para casa fica a componente mais mecânica da aprendizagem, para a escola a mais ativa.
O método tem vindo a ser seguido em várias escolas de todo o mundo, em diferentes anos letivos. Por exemplo, na escola pública de Madrid, Alcalde de Móstoles, os alunos do quinto ano seguem o método, que exige "muita dedicação e compromisso" por parte dos estudantes, afirma-se numa reportagem publicada no jornal El Mundo. Em casa, os alunos vêem vídeos da matéria. E para a sala de aula levam as dúvidas. As principais linhas orientadoras do método passam por: fornecer os conteúdos com antecedência, de forma a que os alunos se possam preparar antes de ir para a sala de aula; motivar os alunos a serem os protagonistas da sua própria aprendizagem; mobilizar aulas participativas, com discussões e aplicações práticas.
Nas vantagens, os defensores alegam uma adequação ao ritmo individual, já que as aulas em vídeo permitem andar parar e andar para trás. Promovem a comunicação online com colegas e professores, aumentando a motivação.
Os que se opõem apontam para uma grande dependência da tecnologia e um reforçar do tempo de ecrã.
Outro exemplo desta forma de aprendizagem digital é a Khan Academy, fundada por Salman Khan que começou por fazer vídeos para ensinar, à distância, uma sobrinha. Os vídeos tornaram-se famosos e passaram a estar traduzidos em várias línguas. O início de uma revolução, também no ensino?
sexta-feira, 13 de maio de 2016
IV Jornada Conteúdos Digitais para Educação 2016
IV Jornada Conteúdos Digitais para Educação 2016, instituto de Educação da Universidade do Minho.
Decorreu hoje mais um evento em os professores, investigadores e outros profissionais de educação puderam ver, ouvir, sentir e experimentar novas práticas, aplicações, contextos e experiências para e sobre educação.
Tivemos 20 workshops diversos, como Socrative na Sala de aula, Lições TED-Ed: criar e partilhar lições verdadeiramente inspiradoras, JuxtaLearn: O CLIPIT na aprendizagem de conceitos complexos de Matemática, Sala de aula do futuro, entre tantos outros.
Pudemos também assistir à Conferência Plenária “InMERSE – Realidade Virtual e Interação Gestual”, com o professor Leonel Morgado (Universidade Aberta, Portugal), que nos demnstrou práticas educativas com as novas tecnologias 3D.
Decorreu hoje mais um evento em os professores, investigadores e outros profissionais de educação puderam ver, ouvir, sentir e experimentar novas práticas, aplicações, contextos e experiências para e sobre educação.
Tivemos 20 workshops diversos, como Socrative na Sala de aula, Lições TED-Ed: criar e partilhar lições verdadeiramente inspiradoras, JuxtaLearn: O CLIPIT na aprendizagem de conceitos complexos de Matemática, Sala de aula do futuro, entre tantos outros.
Pudemos também assistir à Conferência Plenária “InMERSE – Realidade Virtual e Interação Gestual”, com o professor Leonel Morgado (Universidade Aberta, Portugal), que nos demnstrou práticas educativas com as novas tecnologias 3D.
domingo, 8 de maio de 2016
Dispositivos móveis no desenvolvimento de competências de interpretação de texto no 1.º Ciclo do Ensino Básico
Resumo
Este texto apresenta um projeto de investigação para doutoramento em Ciências da Educação, especialidade de Tecnologia Educativa, no âmbito do programa Doutoral Technology Enhanced Learning and Societal Challenges. Propomo-nos investigar o papel dos dispositivos móveis no desenvolvimento de competências de interpretação de texto no 1.º Ciclo do Ensino Básico. Para a realização desta investigação utilizaremos uma metodologia de development research, por fornecer a este estudo contributos práticos e, ao mesmo tempo, contributos científicos, sempre com o intuito de encontrar soluções para os nossos problemas educativos. Através de pedagogias de flipped learning, gamification procuramos, em diferentes módulos de formação de professores, construir um novo paradigma no processo de ensino e aprendizagem da leitura de textos e incluir os dispositivos móveis na sala de aula para melhorarmos a aprendizagem de compreensão da leitura.
Este projeto faz parte de uma cooperação internacional COST que visa a implementação e desenvolvimento de investigações nas áreas da ciência e tecnologia, em vários países europeus, no que respeita à leitura em ecrãs, evidenciando a importância e atualidade do nosso estudo, no contexto educativo.
Pretendemos com este processo investigativo que haja uma efetiva melhoria dos resultados de aprendizagem na área da língua portuguesa, no que respeita a compreensão da leitura.
Palavras-chave
Mobile learning, Inovação pedagógica, Formação de Professores, Gamification, Flipped Learning; Competências de Leitura
3.º EJML Universidade de Coimbra
Decorreu nos dias 6 e 7 de maio o maior e mais importante Encontro em Portugal sobre Jogos e Mobile Learning. Este Encontro anual decorreu na Faculdade de Psicologia e Ciências da Educação da Universidade de Coimbra.
Um Evento que contou com a presença do professor do MIT (USA) Eric Klopfer e a professora Adelina Moura (LabTe - U. Coimbra).
Além disso contou com a participação de diversos investigadores e professores que partilharam com as suas comunicações as mais variadas investigações e práticas nas suas áreas do ensino.
Realizaram-se ainda os Workshops de aplicação de diversas apps ao contexto educativo.
Coimbra
Marco Bento (Universidade do Minho) na comunicação sobre o seu projeto de investigação.
Abertura do Evento
Professora Adelina Moura
Professor José Alberto Lencastre (UMinho) com Celestino Magalhães, Marco Bento, Nuno Queirós e Rolando Barradas, todos eles investigadores na área da Tecnologia Educativa
Marco Bento (UMinho) na dinamização do Workshop sobre o Socrative
quinta-feira, 14 de abril de 2016
Blendspace
Blendspace
Blendspace é um sítio na Internet que permite criarmos aulas ou documentos informativos de uma forma rápida e prática. Esta ferramenta deixa-nos recolher os recursos que quisermos da Internet (Youtube, Flickr, Educreations, Gooru, Bookmark) e os ficheiros/conteúdos elaborados por nós (DropBox, GoogleDrive). Depois é só organizar a informação e disponibilizar a ligação nas diversas plataformas online. À medida que o documento é visto, podem ser inseridas questões para que o aluno acompanhe toda a lógica da informação.
Blendspace é um sítio na Internet que permite criarmos aulas ou documentos informativos de uma forma rápida e prática. Esta ferramenta deixa-nos recolher os recursos que quisermos da Internet (Youtube, Flickr, Educreations, Gooru, Bookmark) e os ficheiros/conteúdos elaborados por nós (DropBox, GoogleDrive). Depois é só organizar a informação e disponibilizar a ligação nas diversas plataformas online. À medida que o documento é visto, podem ser inseridas questões para que o aluno acompanhe toda a lógica da informação.
20 Questions To Guide Inquiry-Based Learning
Recently we took at look at the phases of inquiry-based learning through a framework, and even apps that were conducive to inquiry-based learning on the iPad.
During our research for the phases framework, we stumbled across the following breakdown of the inquiry process for learning on 21stcenturyhsie.weebly.com (who offer the references that appear below the graphic). Most helpfully, it offers 20 questions that can guide student research at any stage, including:
What do I want to know about this topic? How do I know I know it? What kinds of resources might help? How do I know the info is valid? Does my research raise new questions? And, in a nod to digital and social media, How do I use media to express my message?
These stages have some overlap with self-directed learning. Hopefully you’ll find the following graphic–and the embedded stages and questions–helpful in your planning, or to distribute to students as they make sense of what could be a new (for them) approach to learning.
20-questions-to-guide-inquiry-based-learning
References
Cross, M. (1996). Teaching Primary Science: empowering children for their world. Melbourne: Longman Australia.
Kuhlthau, C., Maniotes, L., & Caspari, A. (2007). Guided Inquiry: Learning in the 21st Century. London: Libraries Unlimited.
During our research for the phases framework, we stumbled across the following breakdown of the inquiry process for learning on 21stcenturyhsie.weebly.com (who offer the references that appear below the graphic). Most helpfully, it offers 20 questions that can guide student research at any stage, including:
What do I want to know about this topic? How do I know I know it? What kinds of resources might help? How do I know the info is valid? Does my research raise new questions? And, in a nod to digital and social media, How do I use media to express my message?
These stages have some overlap with self-directed learning. Hopefully you’ll find the following graphic–and the embedded stages and questions–helpful in your planning, or to distribute to students as they make sense of what could be a new (for them) approach to learning.
20-questions-to-guide-inquiry-based-learning
References
Cross, M. (1996). Teaching Primary Science: empowering children for their world. Melbourne: Longman Australia.
Kuhlthau, C., Maniotes, L., & Caspari, A. (2007). Guided Inquiry: Learning in the 21st Century. London: Libraries Unlimited.
Inquiry Based Learning
Are you looking for a different way to approach teaching/learning? Inquiry based learning is a great way to keep students engaged and thinking critically. In my classroom we all take ownership for our learning. I try to use the student's interests, sense of wonder, or real life connections to guide our learning. I find it creates active learners who become problem solvers and critical thinkers.
In order to teach using an inquiry stance you need to be very familiar with your curriculum because you need to be on the look out for curriculum connections as they arise.
For example, my school will be getting a new creative playground soon because the one we have is too small for our growing population. We also have a developmental education classroom at our school with students in wheel chairs and other physical needs. Our current playground isn't accessible to them. I presented this real life situation to my class and asked them, "Can we design a playground that meets the needs of all students at our school?". Of course, this connects to our structures curriculum nicely. Students conducted an interview of the developmental education teacher, they researched playground designs and they created their own designs that included things like bucket swings for students in wheelchairs, elevators, ramps etc.
We learned about simple machines as we went along and I did some direct teaching as well (because inquiry based learning does not mean that direct teaching cannot occur...in fact it should occur, but only when necessary).
Generally, at the start of a new inquiry I conduct a knowledge building circle with my students to find out what they know, what they are interested in learning about and what misconceptions they might have. This sounds like a KWL chart on the surface but it is much more! The conversations that arise tend to be deep and meaningful.
In a knowledge building circle, students sit in a circle (which eliminates hierarchy) and have a discussion about something that the teacher has presented, often it is a question that is posed. The role of the teacher is to sit back and listen, record observations or record student thoughts. In the pictures above I have recorded students thoughts, wonderings and questions while they discussed the questions with their classmates. You would be surprised at the thoughtful ideas and theories that come from first and second graders when they are given the uninterrupted time to share. Sitting in the circle helps to keep everyone's attention.
In a knowledge building circle, it's not about getting the right answer. It's about sharing thoughts, having a discussion, sharing theories, questions, things they wonder etc.
Once we have our knowledge building circle I can generally see several directions I can take our learning based on the ideas and thoughts that were shared. I can plan lessons, projects and explorations based on the needs and interests of my students.
I try to use my student's interests to guide our learning. One way to do this is to create a spot on the wall that is just for their interests. In my class we have a "Wonder Wall". Students can post questions about anything that they are interested in and I try to find a way to incorporate them into our learning. Several students were very interested in Big Foot so I decided this would be a perfect way for us to learn about animals. We began with a knowledge building circle where I asked, "Is Big Foot an Animal?". It led to a very interesting discussion. I also used the idea of Big Foot as a lead in to talking about animal adaptations.
You can also just listen to students talk to find out what they're interested in. Mine are obsessed with Lego! I could use that to tie in with structures. There are so many possibilities and connections that can be made by just listening to our students.
Once I conduct the knowledge building circle I provide time for my students to explore whatever it is we are learning about. In the pictures above we we were learning about animal adaptions so we can figure out why Big Foot has never been caught. I created some mock animal adaptations for my students to explore with. I also try to provide as many books, websites, etc. to enhance their learning. The book "Animals Show Off" has been in my classroom library all year and not one student picked it up to read it. Now that we are learning about adaptations and Big Foot, they are fighting over who gets to read it next!
When you teach using an inquiry approach there may not always be a final product and generally there aren't any tests. Assessment occurs through out the inquiry and is often a mix of anecdotal notes, videos, voice notes, photographs and sometimes a final product or project. Much of my assessment comes from conversations with my students and recording of anecdotal notes. My students also have notebooks that they record their observations, questions, diagrams etc. in and I often use those as part of their assessment.
Two fabulous tools I use are Evernote and iDoceo. They are both apps that are great for note taking and you can attach photos, videos etc. right to your anecdotal notes. I have my ipad on me at all times during our learning so I can record the great things that my students are saying and doing. It also allows me to give them immediate feedback.
I find I know my students so much better now and when it comes to writing the dreaded report cards, my comments are easily personalized and reflect my students true knowledge and understanding much more than if I had just given them a test and based their marks and comments on that.
If you're looking for more information on inquiry based learning this is a great website to checkout and they even have a FREE ebook! Natural Curiosity
I refer to their book all the time!
Have you tried an inquiry approach to teaching in your classroom? I would love to hear from you! Leave me a comment.
In order to teach using an inquiry stance you need to be very familiar with your curriculum because you need to be on the look out for curriculum connections as they arise.
For example, my school will be getting a new creative playground soon because the one we have is too small for our growing population. We also have a developmental education classroom at our school with students in wheel chairs and other physical needs. Our current playground isn't accessible to them. I presented this real life situation to my class and asked them, "Can we design a playground that meets the needs of all students at our school?". Of course, this connects to our structures curriculum nicely. Students conducted an interview of the developmental education teacher, they researched playground designs and they created their own designs that included things like bucket swings for students in wheelchairs, elevators, ramps etc.
We learned about simple machines as we went along and I did some direct teaching as well (because inquiry based learning does not mean that direct teaching cannot occur...in fact it should occur, but only when necessary).
Generally, at the start of a new inquiry I conduct a knowledge building circle with my students to find out what they know, what they are interested in learning about and what misconceptions they might have. This sounds like a KWL chart on the surface but it is much more! The conversations that arise tend to be deep and meaningful.
In a knowledge building circle, students sit in a circle (which eliminates hierarchy) and have a discussion about something that the teacher has presented, often it is a question that is posed. The role of the teacher is to sit back and listen, record observations or record student thoughts. In the pictures above I have recorded students thoughts, wonderings and questions while they discussed the questions with their classmates. You would be surprised at the thoughtful ideas and theories that come from first and second graders when they are given the uninterrupted time to share. Sitting in the circle helps to keep everyone's attention.
In a knowledge building circle, it's not about getting the right answer. It's about sharing thoughts, having a discussion, sharing theories, questions, things they wonder etc.
Once we have our knowledge building circle I can generally see several directions I can take our learning based on the ideas and thoughts that were shared. I can plan lessons, projects and explorations based on the needs and interests of my students.
I try to use my student's interests to guide our learning. One way to do this is to create a spot on the wall that is just for their interests. In my class we have a "Wonder Wall". Students can post questions about anything that they are interested in and I try to find a way to incorporate them into our learning. Several students were very interested in Big Foot so I decided this would be a perfect way for us to learn about animals. We began with a knowledge building circle where I asked, "Is Big Foot an Animal?". It led to a very interesting discussion. I also used the idea of Big Foot as a lead in to talking about animal adaptations.
You can also just listen to students talk to find out what they're interested in. Mine are obsessed with Lego! I could use that to tie in with structures. There are so many possibilities and connections that can be made by just listening to our students.
Once I conduct the knowledge building circle I provide time for my students to explore whatever it is we are learning about. In the pictures above we we were learning about animal adaptions so we can figure out why Big Foot has never been caught. I created some mock animal adaptations for my students to explore with. I also try to provide as many books, websites, etc. to enhance their learning. The book "Animals Show Off" has been in my classroom library all year and not one student picked it up to read it. Now that we are learning about adaptations and Big Foot, they are fighting over who gets to read it next!
When you teach using an inquiry approach there may not always be a final product and generally there aren't any tests. Assessment occurs through out the inquiry and is often a mix of anecdotal notes, videos, voice notes, photographs and sometimes a final product or project. Much of my assessment comes from conversations with my students and recording of anecdotal notes. My students also have notebooks that they record their observations, questions, diagrams etc. in and I often use those as part of their assessment.
Two fabulous tools I use are Evernote and iDoceo. They are both apps that are great for note taking and you can attach photos, videos etc. right to your anecdotal notes. I have my ipad on me at all times during our learning so I can record the great things that my students are saying and doing. It also allows me to give them immediate feedback.
I find I know my students so much better now and when it comes to writing the dreaded report cards, my comments are easily personalized and reflect my students true knowledge and understanding much more than if I had just given them a test and based their marks and comments on that.
If you're looking for more information on inquiry based learning this is a great website to checkout and they even have a FREE ebook! Natural Curiosity
I refer to their book all the time!
Have you tried an inquiry approach to teaching in your classroom? I would love to hear from you! Leave me a comment.
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