This document discusses different approaches to learning including behaviorism, constructivism, and social constructivism. It compares problem-based learning and inquiry-based learning, both of which are constructivist approaches. Problem-based learning uses ill-structured problems or case studies as the starting point for students to identify what they need to learn to solve the problem. It involves students working collaboratively to investigate problems, identify solutions, and present their findings. Inquiry-based learning follows a similar process of asking questions, investigating, discussing, creating, and reflecting, allowing students to take the lead in their learning.
Problem-based learning (PBL) is a pedagogical approach where students learn through solving open-ended problems. In PBL, students work collaboratively in small groups to identify learning needs and find information to solve problems. The instructor acts as a facilitator rather than lecturer. PBL aims to develop students' critical thinking, collaboration skills, and self-directed learning. It is used in teacher education to model how students may apply PBL in their own teaching by engaging them in authentic problems and gradually reducing guidance. While challenging to implement, PBL is believed to increase engagement and transfer of learning by simulating real-world problem solving.
1. The study aimed to evaluate how pre-service teachers' narratives and peer feedback ("co-supervision") in an online blog promoted reflection during a teacher training program.
2. Analysis of blog posts and comments found that while interaction was high, the level of critical thinking and metacognition in posts and feedback in comments was relatively low.
3. Students found value in sharing experiences online and receiving peer support, but the activities may need improving to better encourage questioning and critical reflection in online interactions.
The document discusses the history and key principles of constructivism and constructionism in instructional design. It covers theorists like Piaget, Vygotsky, Bruner, Papert and models like cognitive apprenticeship. Constructivism views learning as an active process where learners construct new ideas based on their existing knowledge. Constructionism builds on this, emphasizing that learning happens most effectively when people actively make things in the real world. The document also outlines principles for constructivist teaching, including asking open-ended questions and encouraging collaboration, reflection and problem-solving.
Establish and communicate learning goals using rubrics and scales. Track students' progress through formative assessment and having students chart their own progress. Celebrate success by recognizing and acknowledging students' knowledge gain and progress towards learning goals.
Nsr 21st c learning pedagogical approachesCathie Howe
1. The document discusses pedagogical approaches for 21st century learning, including student-centered, inquiry-based, project-based, and challenge-based learning. It emphasizes skills like collaboration, critical thinking, and real-world application of knowledge.
2. New learning environments are emerging that blend physical and virtual spaces, and students will need fluencies in areas like digital literacy, visual literacy, and collaboration to succeed.
3. Teachers are being urged to rethink concepts like access, transparency, ownership and how they can leverage new technologies to enable new forms of possible learning rather than just improving existing practices.
12 13 PGCE ICT Reflective Practice Seminar 2Miles Berry
The aim of this session is to enhance your reflection in preparation for the assignment by sharing your evaluations and responding to others. You will share your reflections on your two extended lesson evaluations, focusing on your pedagogical issue or question and making explicit links to theory and research. You should draw on a wide range of reading that will reflect your knowledge and understanding of the curriculum area, of teaching and learning issues and of reflective practice.
This document outlines the agenda for a graduate teaching assistant's class on creating an effective learning environment. The agenda includes reviewing motivation theories and classroom management strategies, having students brainstorm rules and expectations, and engaging them in decision making and problem solving activities related to instructional challenges. Students are prompted to consider how they can relate lesson content to their students' lives and accommodate different achievement levels. The document provides information on concepts like operant conditioning, cognitive development, problem solving versus decision making, and using artifacts to demonstrate knowledge.
The document summarizes an agenda for a graduate art education class. It includes discussions on curriculum examples, inquiry-based learning, interdisciplinary learning, and developing artifacts to demonstrate knowledge. Key activities involve sharing video examples, brainstorming characteristics of lifelong learners, and mapping out interdisciplinary lesson plans.
Problem-based learning (PBL) is a pedagogical approach where students learn through solving open-ended problems. In PBL, students work collaboratively in small groups to identify learning needs and find information to solve problems. The instructor acts as a facilitator rather than lecturer. PBL aims to develop students' critical thinking, collaboration skills, and self-directed learning. It is used in teacher education to model how students may apply PBL in their own teaching by engaging them in authentic problems and gradually reducing guidance. While challenging to implement, PBL is believed to increase engagement and transfer of learning by simulating real-world problem solving.
1. The study aimed to evaluate how pre-service teachers' narratives and peer feedback ("co-supervision") in an online blog promoted reflection during a teacher training program.
2. Analysis of blog posts and comments found that while interaction was high, the level of critical thinking and metacognition in posts and feedback in comments was relatively low.
3. Students found value in sharing experiences online and receiving peer support, but the activities may need improving to better encourage questioning and critical reflection in online interactions.
The document discusses the history and key principles of constructivism and constructionism in instructional design. It covers theorists like Piaget, Vygotsky, Bruner, Papert and models like cognitive apprenticeship. Constructivism views learning as an active process where learners construct new ideas based on their existing knowledge. Constructionism builds on this, emphasizing that learning happens most effectively when people actively make things in the real world. The document also outlines principles for constructivist teaching, including asking open-ended questions and encouraging collaboration, reflection and problem-solving.
Establish and communicate learning goals using rubrics and scales. Track students' progress through formative assessment and having students chart their own progress. Celebrate success by recognizing and acknowledging students' knowledge gain and progress towards learning goals.
Nsr 21st c learning pedagogical approachesCathie Howe
1. The document discusses pedagogical approaches for 21st century learning, including student-centered, inquiry-based, project-based, and challenge-based learning. It emphasizes skills like collaboration, critical thinking, and real-world application of knowledge.
2. New learning environments are emerging that blend physical and virtual spaces, and students will need fluencies in areas like digital literacy, visual literacy, and collaboration to succeed.
3. Teachers are being urged to rethink concepts like access, transparency, ownership and how they can leverage new technologies to enable new forms of possible learning rather than just improving existing practices.
12 13 PGCE ICT Reflective Practice Seminar 2Miles Berry
The aim of this session is to enhance your reflection in preparation for the assignment by sharing your evaluations and responding to others. You will share your reflections on your two extended lesson evaluations, focusing on your pedagogical issue or question and making explicit links to theory and research. You should draw on a wide range of reading that will reflect your knowledge and understanding of the curriculum area, of teaching and learning issues and of reflective practice.
This document outlines the agenda for a graduate teaching assistant's class on creating an effective learning environment. The agenda includes reviewing motivation theories and classroom management strategies, having students brainstorm rules and expectations, and engaging them in decision making and problem solving activities related to instructional challenges. Students are prompted to consider how they can relate lesson content to their students' lives and accommodate different achievement levels. The document provides information on concepts like operant conditioning, cognitive development, problem solving versus decision making, and using artifacts to demonstrate knowledge.
The document summarizes an agenda for a graduate art education class. It includes discussions on curriculum examples, inquiry-based learning, interdisciplinary learning, and developing artifacts to demonstrate knowledge. Key activities involve sharing video examples, brainstorming characteristics of lifelong learners, and mapping out interdisciplinary lesson plans.
To help students generate and test hypotheses about new knowledge, the document outlines seven action steps:
1. Teach students how to effectively support hypotheses through frameworks, common errors in thinking, and quantitative data analysis.
2. Engage students in experimental inquiry tasks requiring prediction testing through data collection and analysis.
3. Use problem-solving tasks in unusual contexts requiring hypothesis generation and examination of existing strategies.
4. Require decision-making among appealing alternatives and generation of evaluation criteria.
5. Design historical, definitional, or projective investigation tasks with initial predictions and information seeking.
6. Have students design their own tasks to further examine topics of interest.
7. Consider using
1. Direct instruction involves explicit explanations from the teacher in a structured format. It is effective for new subjects, facts, or low-achieving students but can be boring and rely heavily on the teacher.
2. Discussion allows students to consider different ideas and perspectives through questioning and arguing. It enhances knowledge and skills but may stray off topic if not properly structured and facilitated by the teacher.
3. Small group work allows students to collaborate in solving problems or examining topics. It enhances social and communication skills but the workload must be evenly distributed to avoid some students dominating or not participating.
This document discusses how to pass on a passion for mathematics teaching and learning. It suggests considering one's own mathematical journey and identity to understand what made math interesting or uninteresting. Good math lessons incorporate hands-on and active learning methods like practical work, computers, role-play and games. Evidence of learning comes from what students write, do, say and make. Principles of effective math teaching include building on prior knowledge, exposing and discussing misconceptions, using rich collaborative tasks, and emphasizing methods over answers. Good teaching involves passion for both motivating learning and teaching students how to learn in a meaningful way.
Backwards Design & Melding In-Class and Online PedagogiesAndy Saltarelli
This document summarizes a presentation on melding in-class and online pedagogies. The presenters are from Virtual University Design and Technology at Michigan State University. They discuss their philosophy of starting with authentic pedagogical problems rather than technological solutions. They emphasize backwards design, identifying big ideas and essential questions, and connecting concepts. The presentation provides examples and templates for developing big ideas and concept maps for a course. Attendees are guided through an activity to create a draft concept map for one of their courses. Various low- and web-based tools for concept mapping are also introduced.
“The aim of this session is to enhance your reflection in preparation for the assignment by sharing your evaluations and responding to others. You will present your three extended, reflective lesson evaluations, focusing on your pedagogical issue or question and making explicit links to theory and research. You should draw on a wide range of reading that will reflect your knowledge and understanding of the curriculum area, of teaching and learning issues and of reflective practice.”
This document summarizes best practices and tools for teaching in multilingual classrooms. It discusses both general tools like considering learning environments and emotions, as well as specific tools such as note-taking, summarizing, questioning techniques, and cooperative learning. Both general and specific tools can become second nature for effective teachers. The document recommends choosing one unfamiliar tool to apply in teaching, such as using organizers, reinforcing effort, or providing feedback.
This document provides an overview of week 2 materials for an instructional design course. It includes objectives for the course focused on instructional design terminology and principles. An overview is given for week 2 assignments which involve reviewing a presentation, textbook chapter, and design models. Guidance is provided on learning theories, effective teaching characteristics, and design models to help students develop skills as instructional designers. Students are assigned tasks to identify features of effective teaching and analyze instructional design models.
The teacher will use several strategies to re-engage students who are having difficulty paying attention, including games that incorporate content, mild competition, and physical movement. The teacher will also manage questioning techniques, demonstrate enthusiasm, engage students in friendly debates, and allow time for self-expression to stimulate students and challenge their thinking while keeping the lesson moving at an appropriate pace.
Constructivism is a theory of learning that suggests learners construct knowledge through experiences. Key principles of constructivism include:
- Learners construct understanding based on their prior knowledge and experiences.
- Social interaction and collaboration facilitate learning as learners share knowledge.
- Authentic learning tasks that mirror real-world problems promote meaningful knowledge construction.
Constructivist teaching strategies involve providing learners with experiences to explore concepts and discover knowledge for themselves, rather than directly teaching them content.
The document discusses constructivism and its key theorists Jean Piaget and Jerome Bruner. It explains that constructivism posits that learning is an active process where learners construct new ideas by building upon their existing knowledge through experiences. The Socratic method and using an integrated curriculum where students engage with subjects in various ways are recommended constructivist teaching strategies. The author advocates for an active, student-centered approach to learning that fosters collaboration and critical thinking skills.
Learning Dispositions and Transferable Competences: pedagogy, modelling and l...Ruth Deakin Crick
This document discusses learning dispositions and transferable competencies in pedagogy, modeling, and learning analytics. It summarizes that:
1) Learning dispositions matter for developing intentional learners and can be modeled as "Learning Power" which comprises seven dimensions that indicate effective lifelong learning.
2) A learning analytics platform called the Learning Warehouse hosts apps, pools learner data, generates real-time analytics reports, and manages permissions for different stakeholders including learners, educators, and researchers.
3) Validating learning analytics requires considering different "truth paradigms" depending on whether the analysis is for individuals, groups, or systems-wide and must be interdisciplinary and methodologically plural.
The document summarizes key points from a workshop on theories of learning and teaching, teaching philosophy, and reflective practice. It discusses theories like constructivism and learner-centeredness. It also covers topics like conceptions of teaching, active learning strategies, differentiation, and constructive alignment of learning outcomes, assessments, and content. The document provides an overview of the workshop's content to introduce participants to important concepts in teaching practice in higher education.
Constructivism is a learning theory based on the idea that learning occurs through active construction of knowledge rather than passive reception of information. According to constructivism, learners build new knowledge upon the foundation of previous learning. Key aspects of constructivism include collaborative learning, scaffolding of instruction, and the zone of proximal development. Major theorists who contributed to constructivism include Piaget, Bruner, Vygotsky, and Dewey. Constructivist classrooms emphasize active learning, collaboration, exploration of real-world problems, and use of technology to facilitate learning.
Learners and Learning: Section Six. Talking about theorySaide OER Africa
In this module we have explored how people learn and then drawn some lessons from this understanding about how we can teach to maximize learning. We have deliberately not taken you through a series of famous educational theorists. Instead we have tried to use their ideas in action. In this section we will look more closely at how both famous theorists and teachers make sense of their ideas about learning. In other words, we will be examining how they theorize their practices. How can teachers use different theories of learning to understand and promote learning?
The document discusses inquiry-based learning, which is a constructivist approach where students explore topics through asking questions and investigating answers. It involves gathering information, analyzing data, generating solutions, and justifying conclusions. The teacher acts as a guide, gradually removing scaffolding as students develop skills. Inquiry learning helps develop skills like critical thinking, problem-solving, and lifelong learning. It can be applied to all disciplines by using specific methods to ensure integrity across topics. The key components of inquiry include activating prior knowledge, providing background information, defining learning outcomes, modeling project formats, and establishing topics for student research.
The document discusses brain coaching methods for middle school, high school, and college students. It describes different coaching styles like didactic, Socratic, and coactive approaches. It also outlines SCOPES, a program that uses online assessments and in-person coaching sessions to help students develop academic skills and intrinsic motivation. The goal is to shift students' motivation from grades to learning for its own sake by setting process-oriented goals.
The document provides an overview of using an inquiry-based approach to learning in the 21st century classroom. It discusses how this approach is student-centered and focuses on problem-solving, collaboration, and using technology. The summary also outlines the main stages of implementing an inquiry project, including selecting a topic, planning learning experiences, facilitating the process, and using authentic assessment.
The document discusses inquiry-based learning (IBL) and problem-based learning (PBL). IBL requires students to go beyond memorization and apply solutions to problems. It shifts students from passive learning to active engagement through investigating real phenomena. PBL uses cognitive conflict or puzzlement as the stimulus for learning. Both approaches emphasize self-directed learning through investigating authentic, meaningful problems with guidance from teachers.
To help students generate and test hypotheses about new knowledge, the document outlines seven action steps:
1. Teach students how to effectively support hypotheses through frameworks, common errors in thinking, and quantitative data analysis.
2. Engage students in experimental inquiry tasks requiring prediction testing through data collection and analysis.
3. Use problem-solving tasks in unusual contexts requiring hypothesis generation and examination of existing strategies.
4. Require decision-making among appealing alternatives and generation of evaluation criteria.
5. Design historical, definitional, or projective investigation tasks with initial predictions and information seeking.
6. Have students design their own tasks to further examine topics of interest.
7. Consider using
1. Direct instruction involves explicit explanations from the teacher in a structured format. It is effective for new subjects, facts, or low-achieving students but can be boring and rely heavily on the teacher.
2. Discussion allows students to consider different ideas and perspectives through questioning and arguing. It enhances knowledge and skills but may stray off topic if not properly structured and facilitated by the teacher.
3. Small group work allows students to collaborate in solving problems or examining topics. It enhances social and communication skills but the workload must be evenly distributed to avoid some students dominating or not participating.
This document discusses how to pass on a passion for mathematics teaching and learning. It suggests considering one's own mathematical journey and identity to understand what made math interesting or uninteresting. Good math lessons incorporate hands-on and active learning methods like practical work, computers, role-play and games. Evidence of learning comes from what students write, do, say and make. Principles of effective math teaching include building on prior knowledge, exposing and discussing misconceptions, using rich collaborative tasks, and emphasizing methods over answers. Good teaching involves passion for both motivating learning and teaching students how to learn in a meaningful way.
Backwards Design & Melding In-Class and Online PedagogiesAndy Saltarelli
This document summarizes a presentation on melding in-class and online pedagogies. The presenters are from Virtual University Design and Technology at Michigan State University. They discuss their philosophy of starting with authentic pedagogical problems rather than technological solutions. They emphasize backwards design, identifying big ideas and essential questions, and connecting concepts. The presentation provides examples and templates for developing big ideas and concept maps for a course. Attendees are guided through an activity to create a draft concept map for one of their courses. Various low- and web-based tools for concept mapping are also introduced.
“The aim of this session is to enhance your reflection in preparation for the assignment by sharing your evaluations and responding to others. You will present your three extended, reflective lesson evaluations, focusing on your pedagogical issue or question and making explicit links to theory and research. You should draw on a wide range of reading that will reflect your knowledge and understanding of the curriculum area, of teaching and learning issues and of reflective practice.”
This document summarizes best practices and tools for teaching in multilingual classrooms. It discusses both general tools like considering learning environments and emotions, as well as specific tools such as note-taking, summarizing, questioning techniques, and cooperative learning. Both general and specific tools can become second nature for effective teachers. The document recommends choosing one unfamiliar tool to apply in teaching, such as using organizers, reinforcing effort, or providing feedback.
This document provides an overview of week 2 materials for an instructional design course. It includes objectives for the course focused on instructional design terminology and principles. An overview is given for week 2 assignments which involve reviewing a presentation, textbook chapter, and design models. Guidance is provided on learning theories, effective teaching characteristics, and design models to help students develop skills as instructional designers. Students are assigned tasks to identify features of effective teaching and analyze instructional design models.
The teacher will use several strategies to re-engage students who are having difficulty paying attention, including games that incorporate content, mild competition, and physical movement. The teacher will also manage questioning techniques, demonstrate enthusiasm, engage students in friendly debates, and allow time for self-expression to stimulate students and challenge their thinking while keeping the lesson moving at an appropriate pace.
Constructivism is a theory of learning that suggests learners construct knowledge through experiences. Key principles of constructivism include:
- Learners construct understanding based on their prior knowledge and experiences.
- Social interaction and collaboration facilitate learning as learners share knowledge.
- Authentic learning tasks that mirror real-world problems promote meaningful knowledge construction.
Constructivist teaching strategies involve providing learners with experiences to explore concepts and discover knowledge for themselves, rather than directly teaching them content.
The document discusses constructivism and its key theorists Jean Piaget and Jerome Bruner. It explains that constructivism posits that learning is an active process where learners construct new ideas by building upon their existing knowledge through experiences. The Socratic method and using an integrated curriculum where students engage with subjects in various ways are recommended constructivist teaching strategies. The author advocates for an active, student-centered approach to learning that fosters collaboration and critical thinking skills.
Learning Dispositions and Transferable Competences: pedagogy, modelling and l...Ruth Deakin Crick
This document discusses learning dispositions and transferable competencies in pedagogy, modeling, and learning analytics. It summarizes that:
1) Learning dispositions matter for developing intentional learners and can be modeled as "Learning Power" which comprises seven dimensions that indicate effective lifelong learning.
2) A learning analytics platform called the Learning Warehouse hosts apps, pools learner data, generates real-time analytics reports, and manages permissions for different stakeholders including learners, educators, and researchers.
3) Validating learning analytics requires considering different "truth paradigms" depending on whether the analysis is for individuals, groups, or systems-wide and must be interdisciplinary and methodologically plural.
The document summarizes key points from a workshop on theories of learning and teaching, teaching philosophy, and reflective practice. It discusses theories like constructivism and learner-centeredness. It also covers topics like conceptions of teaching, active learning strategies, differentiation, and constructive alignment of learning outcomes, assessments, and content. The document provides an overview of the workshop's content to introduce participants to important concepts in teaching practice in higher education.
Constructivism is a learning theory based on the idea that learning occurs through active construction of knowledge rather than passive reception of information. According to constructivism, learners build new knowledge upon the foundation of previous learning. Key aspects of constructivism include collaborative learning, scaffolding of instruction, and the zone of proximal development. Major theorists who contributed to constructivism include Piaget, Bruner, Vygotsky, and Dewey. Constructivist classrooms emphasize active learning, collaboration, exploration of real-world problems, and use of technology to facilitate learning.
Learners and Learning: Section Six. Talking about theorySaide OER Africa
In this module we have explored how people learn and then drawn some lessons from this understanding about how we can teach to maximize learning. We have deliberately not taken you through a series of famous educational theorists. Instead we have tried to use their ideas in action. In this section we will look more closely at how both famous theorists and teachers make sense of their ideas about learning. In other words, we will be examining how they theorize their practices. How can teachers use different theories of learning to understand and promote learning?
The document discusses inquiry-based learning, which is a constructivist approach where students explore topics through asking questions and investigating answers. It involves gathering information, analyzing data, generating solutions, and justifying conclusions. The teacher acts as a guide, gradually removing scaffolding as students develop skills. Inquiry learning helps develop skills like critical thinking, problem-solving, and lifelong learning. It can be applied to all disciplines by using specific methods to ensure integrity across topics. The key components of inquiry include activating prior knowledge, providing background information, defining learning outcomes, modeling project formats, and establishing topics for student research.
The document discusses brain coaching methods for middle school, high school, and college students. It describes different coaching styles like didactic, Socratic, and coactive approaches. It also outlines SCOPES, a program that uses online assessments and in-person coaching sessions to help students develop academic skills and intrinsic motivation. The goal is to shift students' motivation from grades to learning for its own sake by setting process-oriented goals.
The document provides an overview of using an inquiry-based approach to learning in the 21st century classroom. It discusses how this approach is student-centered and focuses on problem-solving, collaboration, and using technology. The summary also outlines the main stages of implementing an inquiry project, including selecting a topic, planning learning experiences, facilitating the process, and using authentic assessment.
The document discusses inquiry-based learning (IBL) and problem-based learning (PBL). IBL requires students to go beyond memorization and apply solutions to problems. It shifts students from passive learning to active engagement through investigating real phenomena. PBL uses cognitive conflict or puzzlement as the stimulus for learning. Both approaches emphasize self-directed learning through investigating authentic, meaningful problems with guidance from teachers.
Teori konstruktivisme menekankan bahawa pelajar membina pengetahuan melalui pengalaman dan interaksi sosial. Menurut Vygotsky, pembelajaran berlaku dalam Zon Pembangunan Terdekat (ZPD) di mana pelajar belajar dengan bantuan orang lain. Guru berperanan sebagai fasilitator untuk memastikan pembelajaran berlaku melalui aktiviti kolaboratif dan interaksi sosial.
Teori pembelajaran konstruktivisme menekankan bahawa pembelajaran adalah proses aktif di mana pelajar membina pengetahuan baru berdasarkan pengalaman mereka. Teori ini menyokong pembelajaran yang melibatkan pelajar secara aktif dalam aktiviti pembelajaran dan menggunakan strategi seperti pembelajaran berkumpulan dan pembelajaran berasaskan projek. Teori ini juga menekankan bahawa guru perlu berperanan sebagai fasilitator yang
Dokumen tersebut membahas tentang pembelajaran konstruktivisme, meliputi pengertian, prinsip, ciri-ciri, implikasi, serta kelebihan dan kekurangan pendekatan pembelajaran konstruktivisme. Secara ringkas, konstruktivisme adalah pendekatan pembelajaran yang menekankan peran aktif siswa dalam membangun pengetahuan melalui interaksi dengan lingkungan, sedangkan guru berperan sebagai fasilitator.
Buku ini membahasikan teori pembelajaran konstruktivisme di mana pengetahuan dibentuk secara aktif oleh murid berdasarkan pengalaman dan interaksi sosial mereka. Buku ini menjelaskan prinsip-prinsip konstruktivisme dan bagaimana pendekatan ini dapat diterapkan dalam pengajaran.
The document discusses the Patent Prosecution Highway (PPH) program which allows applicants to use examination results from one patent office to accelerate examination in another office, and describes PPH routes including the Paris route, PCT-PPH, and expanded PPH MOTTAINAI program. It also provides an example of using search results for a mobile phone multimedia controller patent to determine relevant patent classification codes between the USPTO and JPO technical fields.
This document outlines an agenda for a primary curriculum leaders' day focusing on constructivist learning theory. It includes acknowledgments of traditional Aboriginal land owners, a reading from the Bible, challenges of being loving, quotes about love and fear, and a prayer. It then discusses goals of developing understanding of constructivist learning theory and instructional practices that support it through exploring evidence-based strategies like "the activator." The day involves researching learning theories, considering contemporary influences, and synthesizing understandings to take into practice through a school visit.
The document discusses key concepts in the learning sciences and constructivism. It covers:
- The learning sciences encompass research from many fields and has basic assumptions about learning being active and requiring effective environments.
- Constructivism views learning as the active construction of knowledge by learners through experiences and interactions. There are two main forms - psychological focusing on individual cognition, and social emphasizing social interactions.
- Constructivist teaching focuses on complex authentic tasks, social negotiation, multiple perspectives, understanding knowledge construction, and student ownership of learning.
Implications of the student learning journey for teachingTansy Jessop
This document outlines implications for teaching based on student learning theories. It discusses three key issues that can hinder the student learning journey: 1) disconnected curriculum design, 2) overemphasis on content knowledge over concepts, and 3) lack of authentic student engagement. To address these, the document recommends curriculum design that connects learning across courses, focusing more on teaching concepts than content, and increasing formative assessment and student-led intellectual activities. It argues this shifts learning from a transmission model to a social constructivist model that better facilitates students' intellectual development.
This document discusses constructivism and student-centered learning approaches. It explains that constructivism is a theory where learners discover and construct their own understanding by checking new information against prior knowledge and adapting when necessary. The document outlines principles of constructivist teaching such as valuing student perspectives, using activities to challenge assumptions, and assessing student learning in the context of daily lessons. It also contrasts traditional and constructivist classrooms, noting that constructivist approaches emphasize big concepts, student questions, and group work over strict curricula and textbooks. While critics argue subject matter may be sacrificed, the document advocates for a balanced approach combining direct instruction and discovery methods.
This document discusses constructivism and its implications for promoting active, collaborative, inquiry-based learning in a virtual environment. It provides examples of how interactive tools, virtual manipulatives, online discussions, and collaborative projects can support constructivist learning principles. While constructivist methods may improve higher-order thinking, they do not necessarily boost performance on traditional tests, so a variety of teaching strategies is recommended.
1) Problem-based learning is a student-centered approach where students learn through solving authentic problems and reflecting on their experiences. It develops critical thinking and problem solving skills.
2) In PBL, students work in groups to seek solutions to real-world problems. The teacher takes on the roles of facilitator and coach rather than lecturer. Learning is active and collaborative rather than passive.
3) PBL starts with an ill-structured problem that requires students to engage in self-directed learning. It develops skills like self-directed learning, collaboration, and communication that are useful for life-long learning and career success.
Implications of a Reflective Framework on Student Teachers' Future PracticeMei Lick Cheok
This is my presentation of a small-scale study carried out on my students teachers' reflective practice process and how it had created an initial impact on their future role.
The document discusses considerations for lesson design including referring to the Singapore Teachers Practices and SLS Pedagogical Scaffold to understand practices and integrate technology. It also covers the 21st century competencies domains of civic literacy, critical thinking, communication and collaboration. Lesson enactment should activate prior knowledge, engage learners, use questions to deepen learning, and conclude the lesson according to the Singapore Teaching Practice.
The document discusses the constructivist theory of learning. It defines constructivism as a philosophy that individuals construct their own understanding through experiences and reflection. Key aspects of constructivism include: (1) knowledge is actively constructed rather than passed on, (2) learning requires meaningful engagement and interaction, (3) prior knowledge influences new learning. The document contrasts traditional and constructivist classrooms, noting constructivism emphasizes interactive, student-centered learning over repetition. It provides examples of applying constructivism such as encouraging student questions and critical thinking.
Domain 3 of the Framework for Teaching focuses on instruction and student engagement. It describes the work teachers do to bring complex content to life for students. At the heart of Domain 3 is engaging students in learning through clear communication, effective questioning techniques, engaging activities, appropriate assessment, and flexibility. The five components of Domain 3 are communicating with students, using questioning and discussion techniques, engaging students in learning, using assessment in instruction, and demonstrating flexibility and responsiveness.
I apologize, upon further reflection I do not feel comfortable summarizing or endorsing all of the content and perspectives presented in this document.
The learning files are an initiative of the Zambian National CPD Task Team. They are written by and for the Zambian Colleges of Education and deal with topics that concern education in general and education in colleges more specifically. The files give a mixture of literature, good practices, self-testing and tips and tricks to tackle a certain problem. Some guidance and ideas on how to do CPD on this topic are included. In this case: consulting students.
Presented at the University of Liverpool/Laureate Online Education Faculty Conference, Liverpool, July 2013.
Authors: Kahn, P.E., Lucy Everington, L., Kelm, K., Reid, I. and Watkins, F.
This document discusses transformational change in education through action research and project-based learning. It promotes developing a collaborative culture, becoming connected learners, and transparently sharing what is learned. Action research involves teachers systematically examining their own practices to improve effectiveness. Project-based learning is curriculum-driven and asks an engaging question for students to investigate real-world problems. The goal is to move from an explicit knowledge model to experiences that foster tacit knowledge and connections through intrinsic motivation and social justice outcomes.
Intentional instruction involves systematic, focused teaching where the teacher determines what is most important for students to learn. It transfers responsibility from the teacher to the student through establishing clear purposes, modeling expert thinking, guiding students' thinking with questions and prompts, providing meaningful group tasks, and assigning independent work for students to apply what they have learned. The roots of intentional instruction come from theories of gradual release of responsibility, direct explanation, and literacy as a social practice.
This document discusses student-centered instruction. It defines student-centered instruction as focusing on how students learn, what they experience, and how they engage with learning. Students actively construct their own knowledge through discovery, inquiry, and problem solving. The teacher acts as a facilitator rather than solely delivering information. Examples of student-centered instruction include cooperative problem solving, students justifying their thinking, and performance-based problems that require constructing ideas. The goal is for students to deeply understand concepts by making connections between new and existing ideas, rather than just knowing answers.
Phillip Schlechty argues that true school reform requires transformation, not just surface-level changes. Transformation involves fundamentally changing the culture and structure of schools, including altering beliefs, values, relationships and rules within the system. This level of change allows schools to achieve things they have never done before and adopt radically new approaches. Schlechty claims schools need transformation, not just reform, in order to develop visions for 21st century learning.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
Liberal Approach to the Study of Indian Politics.pdf
learn English
1. So you think you
know what
constructivist,
problem-based,
inquiry based
learning is?
2. Where are we with online
learning in BC?
• Online course development
– Contracted to teacher developers
– Content driven
– Over-reliance on prescribed learning
resources
• Online course delivery
– Instructor training
– Assessment versus Activity driven
– Too little peer interaction
3. 3 Learning Theories: Knowledge
Behaviourism Cognitive Social
Constructivism Constructivism
Skinner Piaget Vygotsky
Behavioural Building on your Knowledge is
responses existing knowledge socially
to environmental by discovering and constructed.
exploring new
stimuli.
knowledge.
4. 3 Learning Theories: Learning
Behaviourism Cognitive Social
Constructivism Constructivism
Passive absorption Active assimilation Integration of
of predefined body and students into
of knowledge by accommodation of knowledge
new
learner. Promoted community.
by repetition and information to Collaborative
existing
positive assimilation and
cognitive
reinforcement. structures. accommodation of
Discovery by new information.
learners.
5. 3 Learning Theories: Motivation
Behaviourism Cognitive Social
Constructivism Constructivism
Extrinsic, reward Intrinsic. Learners Intrinsic and
and punishment set their extrinsic. Learning
(positive and own goals and goals and
negative motivate motives are
reinforcers) themselves to determined both
learn.
by learners and
extrinsic rewards
provided by the
knowledge
community.
6. 3 Learning Theories: Instruction
Behaviourism Cognitive Social
Constructivism Constructivism
Correct behavioral The teacher Collaborative
responses are facilitates learning learning is
transmitted by the by providing an facilitated and
teacher (tutorial) environment that
and absorbed by promotes discovery guided by the
the students. and assimilation & teacher. Dialogue
accommodation. and interactivity
with others.
7. Knowledge/Learning
Behaviourism
• Knowledge is transferred via readings
and lectures; Students are consumers
Constructivism
• Knowledge is constructed via
engagement and interaction with
others and a world of resources;
Students are contributors and
consumers
8. Information Dissemination
Behaviourism
• Access to information is controlled;
most work is private between
student and teacher
Constructivism
• All course-relevant information is
available to everyone; Most
contributions are visible to all
students
9. Assumptions
Typical Online Course Constructivist Online
• Instructor provides Course
feedback & grades • Instructor sets mission
students’ work and supports self-
directed learning
• Instructor is narrow
funnel for information • Students are
knowledge producers
• Students follow a from a world of
directed course plan resources
• Knowledge transferred • Students co-create a
via content course plan
presentation, textbook
exercises, etc. • Student work is public
and visible to all
• Student work is private
15. Ask
• Careers
– What type of career am I interested in?
16. Investigate
• Careers
– Career Web sites
– University / College links
– Recruitment pages (police, fireman, armed
forces, etc.)
• Open questions
– What type of education do I need in order to
work in this field?
– Costs? Time?
17. Create
• Careers
– Students decide how they will record/present their
research
(Web page, PowerPoint, Blog, etc.)
• Additional scaffolding?
– What to include?
• Name of the career; educational & skill requirements;
salary; workplace environment; Something in addition
that you found.
18. Discuss
• Conversations
– With teachers, peers, friends, family,
community, etc.
• Online discussions and presentations
– Email, instant messaging, threaded discussions
19. Reflect
• How did it go?
• What do you think?
• Did anything surprise you?
• What new questions do you have?
• What next steps might you take in your
inquiry?
• What next steps might you take in
securing your future?
21. Problem based learning
• Type of inquiry-based learning
that uses problems to enhance
student learning
• Student-centred
• Unique in that students are
confronted with a problem first.
• “Problems” are presented in one
of two general formats:
– Case studies
– An ill-structured problem
22. PBL is …
• Student-centred and experiential
• Inductive
• Builds on and questions prior
learning
• Context-specific
• “Problems” and case studies are
complex and ambiguous
• Collaborative (students work in small
groups)
23. Problem based learning
Problem based Traditional
model
Curriculum • the “problem” • content
or case study is (facts, dates,
the curriculum theories,
equations…)
Delivery • students • the
present findings curriculum is
and solutions delivered by
the teacher
24. Steps in problem based learning
• The problem or case study is
presented to students
• Students examine / define the
problem and decide what skills /
knowledge they already have
• List skills / knowledge they will need
to solve problem
• Learn new skills / acquire new
knowledge
• Generate possible solutions
• Present preferred solution(s)
25. Case studies
• Typically used in medicine, law,
political science, ethics
• A woman with type AB blood gave
birth to a child with blood type O. A
second type-O child was born six
years later.
26. Examples of ill-structured
problems
History Class
• Provide students with several
primary documents for analysis.
(newspapers, diary entries,
speeches)
• The students’ role is to seek out the
historical context of these
documents.
27. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Ability to Can be formulated No definitive
formulate the exhaustively and formulation
problem written down
definitively.
28. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Ability to Can be tested. No single criterion to
devise & Mistakes and errors determine correctness.
conduct can be identified. Difficult to determine
definitive tests when a solution is a
solution.
29. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Relationship Problems can be Solving the problem is
between formulated synonymous with
problem and separately from understanding it in the
solution. solutions. first place.
30. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Ability to Having a clear No stopping criteria…
determine ending point and a the problem may be
whether determinable ongoing and changing.
problem has solution. No way to determine
been solved completion.
31. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Tractability Exhaustive list of No list of operations
operations used to exists for solving ill-
solve problem structured problems.
exists.
32. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Relationship Can be stated as a Many possible
between discrepancy of what explanations and each
explanation & is and ought to be. “contains” or “implies”
solution An explanation for a different solution.
every gap.
33. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Uniqueness or Problems can be Each problem and each
reproducibility abstracted from solution is unique.
of problem. real world & similar
solutions can be
found
34. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Repeatability Attempts to solve You can’t undo what
of solutions can be made you’ve tried, so each
repeatedly until solution is unique, and
one works. changes the nature of
the problem.
35. Comparing ill-structured to tame
problems
Characteristics Tame Problems Ill-Structured Problems
Level of Identifiable “natural” No identifiable causes; every
form with high degree of symptom is a problem and
analysis
certainty; level of detail vice versa; level of detail &
for solving the problem approach not easy to define;
can be found; little agreement on setting
boundaries for problem boundaries of problem.
are reasonably agreed
upon.
36. How can the Internet support
Problem-based Learning?
• Direct students to particular sites
that provide the context for a
problem (news clips, graphics, blogs)
– a news clip on an airplane losing
altitude during a flight – what caused
this to happen?
• Students might be asked to explore
possible solutions to the problem
using the World Wide Web as one
resource.
37. My Conclusion
In what ways the ICT use can be
related to those 3 learning theory
because Behaviorism is Correct
behavioral responses are transmitted
by the teacher (tutorial) and absorbed
by the students, and Cognitive is The
teacher facilitates learning by
providing an environment that promotes
discovery and assimilation &
accommodation, and than
Constructivism is Collaborative
learning is facilitated and guided by
the teacher. Dialogue and interactivity
with others.