Pedagogy & Instruction

Watch

• What makes a good teacher great? | Azul Terronez | TEDxSantoDomingo ↗TEDx Talks
• Teaching Methods for Inspiring the Students of the Future | Joe Ruhl | TEDxLafayette ↗TEDx Talks
• Waldorf School Education ↗Sprouts
• Concepts/meanning /Charactristics /types and objectives of instructional pedagogy and Evaluation. ↗Different Learning Classes.
• Introduction to Instructional Design: Models, Theory, & Principles ↗Devlin Peck
• Brain Matters documentary | Early Childhood Development ↗Brain Matters

Read

• Pedagogy of the Oppressed ↗This foundational text dissects the power dynamics inherent in traditional education, advocating for a liberatory, dialogical approach that empowers learners.Paulo Freire
• Mindset: The New Psychology of Success ↗A compelling exploration of how one's fundamental beliefs about intelligence and ability profoundly shape learning outcomes and resilience.Carol S. Dweck
• Visible Learning: A Synthesis of Over 800 Meta-Analyses Relating to Achievement ↗A monumental meta-analysis quantifying the impact of various educational interventions, offering an evidence-based hierarchy of teaching effectiveness.John Hattie
• How Learning Works: Seven Research-Based Principles for Smart Teaching ↗This practical guide distills decades of cognitive science into actionable principles, providing educators with a robust framework for effective instruction.Susan A. Ambrose, Michael W. Bridges, Michele DiPietro, Marsha C. Lovett, Marie K. Norman
• Why Minimal Guidance During Instruction Does Not Work: An Analysis of the Failure of Constructivist, Discovery, Problem-Based, Experiential, and Inquiry-Based TeachingA highly influential and controversial paper challenging the efficacy of pure discovery learning, arguing for more structured approaches grounded in cognitive load theory.Paul A. Kirschner, John Sweller, Richard E. Clark

Voices to follow

• Carol Dweck ↗Her seminal research on 'growth mindset' has reshaped understanding of how beliefs about intelligence profoundly influence learning and resilience in educational settings.Professor of Psychology, Stanford University
• Sugata Mitra ↗A pioneer in self-organised learning environments, his 'Hole in the Wall' experiments challenged conventional pedagogy, advocating for minimal intervention and curiosity-driven discovery.Professor of Educational Technology, Newcastle University
• Daniel Willingham ↗He adeptly translates complex cognitive science into practical, evidence-based advice for educators, demystifying how students truly learn and remember.Professor of Psychology, University of Virginia
• Angela Duckworth ↗Her influential work on 'grit' and self-control highlights the critical non-cognitive factors that predict academic success, offering new avenues for fostering student perseverance.Professor of Psychology, University of Pennsylvania

Glossary

• Active LearningActive learning is an approach where students are directly involved in the learning process, rather than just listening passively. It means doing things like discussing, problem-solving, or creating. For example, instead of just listening to a lecture, you might participate in a debate or conduct an experiment in class.
• AssessmentAssessment is the process of evaluating what students have learned and how well they understand it. It helps teachers know if their teaching methods are working. For example, taking a quiz, writing an essay, or giving a presentation are all forms of assessment.
• Collaborative LearningCollaborative learning is an educational approach where students work together in groups to solve problems, complete tasks, or understand new concepts. It encourages teamwork and shared learning. For example, when your class works in small groups to research a historical event and present it together, that's collaborative learning.
• CurriculumA curriculum is the complete set of subjects, lessons, and academic content taught in a school or specific course. It outlines what students are expected to learn. For example, your school's science curriculum might include topics like biology, chemistry, and physics, taught over several grades.
• Differentiated InstructionDifferentiated instruction is when teachers adjust their teaching methods and materials to meet the unique needs of different students in the same classroom. This helps every student succeed, no matter their learning style or ability. For example, a teacher might give some students extra practice problems while offering others a more challenging project on the same topic.
• FeedbackFeedback is information given to students about their performance, helping them understand what they did well and where they can improve. It's meant to guide their learning. For example, when your teacher writes comments on your essay explaining how to make your arguments stronger, that's feedback.
• Inquiry-Based LearningInquiry-based learning is an approach where students learn by asking questions, investigating topics, and exploring problems on their own or in groups. Instead of just being given answers, they discover them. For example, if your science class starts a unit by asking "How does pollution affect local wildlife?" and then you design experiments to find out, that's inquiry-based learning.
• Learning StylesLearning styles describe the different ways people prefer to learn and understand new information. Some students learn best by seeing things (visual), others by hearing (auditory), and some by doing (kinesthetic). For example, if you learn best by drawing diagrams or watching videos, you might have a visual learning style.
• MetacognitionMetacognition is "thinking about your thinking." It's when you are aware of your own learning process, like knowing what strategies help you study best or realizing when you don't understand something. For example, if you realize that re-reading notes isn't helping you, and decide to try making flashcards instead, you're using metacognition.
• PedagogyPedagogy is simply the method and practice of teaching. It's about how teachers help students learn effectively. For example, a teacher using group projects and discussions is applying a certain pedagogy to help students engage with the material.

Threads 3

Where this connects to other fields, and why it's worth knowing.

• The Communication Model Media

  Think of your working memory as a phone with barely any signal, only so much can get through at once. When a lesson feels 'too hard,' often it just means the teacher jammed more into that weak signal than it could carry. That's the same math engineers use to describe any channel, from a wire to a brain, that can only handle so much information.

• Product, Industrial & Interaction Design Arts & Design

  A good app hides its messy code and just gives you a clean button to press. Great teaching does the exact same thing: the expert buries the complicated parts and hands you the one handle you can actually grab. Bad teaching is like a terrible app that dumps every confusing detail on you at once.

• Translation Literature

  Teaching is basically translating: an expert has a rich, compressed idea in their head and has to render it in beginner language. And like any translation, meaning leaks out along the way. That's the 'curse of knowledge', once you deeply know something, you literally forget how to say it to someone who doesn't.