Education courses

Browse public Education courses with structured lessons, visuals, and practice on Wondering.

• Launching Your First AI Program

  Turn your team into confident Grok creators. You will learn to guide employees from AI basics to crafting high-impact, viral content through practical training and smooth change management. * **Design a full AI training roadmap** tailored for beginners * **Drive team-wide Grok adoption** using proven change management tactics * **Teach viral brainstorming workflows** targeting high-impact content reach * **Create supporting guides and resources** to sustain daily use

• AI Math Tutoring Evidence

  Bridge learning science with cutting-edge LLM research to evaluate what actually works in K-12 instruction, empowering you to shape high-impact, evidence-based math tutoring products. * **Empirical evaluation** of recent K-12 math AI research * **Strategic roadmapping** for evidence-based EdTech product decisions * **Limitation analysis** targeting LLM gaps in mathematical reasoning * **Learning science integration** for effective generative tutoring interventions

• IA et différenciation pédagogique

  Passez à la vitesse supérieure : transformez l'IA en véritable alliée pour adapter vos activités au rythme et au niveau de chacun de vos élèves en un clin d'œil. * **Création d'exercices à niveaux multiples** adaptés à chaque élève * **Adaptation instantanée des supports** selon les besoins spécifiques * **Ajustement des rythmes d'apprentissage** grâce aux outils intelligents * **Feedback personnalisé et ciblé** pour faire progresser chacu

• Design for How People Learn

  Instructional designer Julie Dirksen teaches how to use key principles behind learning, memory, and attention to create effective educational materials, with over 400 pages covering learning gaps, motivation, habits, and social learning. The book emphasizes that the most important learning happens through interaction and experiential job experiences rather than in classrooms. Written in a fun, reader-friendly style with liberal use of drawings and stock photos, it combines rigorous research citations with pithy, humorous prose and practical case studies.

• Ultralearning

  Scott Young defines ultralearning as a self-directed, intense strategy for acquiring skills and knowledge, presenting nine principles including metalearning, focus, directness, drill, retrieval, feedback, retention, intuition, and experimentation. The book features extraordinary examples like Young himself completing MIT's four-year computer science curriculum in one year and learning four languages in twelve months. With real-world case studies of ultralearners mastering multiple languages, winning big on Jeopardy, and creating successful video games, the book argues ultralearning is the best way to adapt to our rapidly changing world.

• The Art of Learning

  Chess prodigy and Tai Chi Push Hands world champion Josh Waitzkin distills universal principles of learning and mastery from achieving world-class status in two distinct fields. The book introduces concepts like "investment in loss" (learning from failures), the importance of mastering fundamentals deeply rather than superficially, and developing mental resilience through embracing distractions. Waitzkin, subject of "Searching for Bobby Fischer," demonstrates that growth mindset and deliberate practice trump natural talent.

• The Art of Doing Science and Engineering

  Richard Hamming's course-based book teaches a "style of thinking" necessary for success in evolving technical landscapes, focusing on patterns of thought rather than facts that inevitably become outdated. The book emphasizes understanding intellectual underpinnings rather than surface results, enabling better knowledge transfer between fields. Published in 1996 shortly before his death, it advocates for a holistic, interdisciplinary approach while acknowledging the limitations of specialized knowledge.

• Remember

  Harvard-trained neuroscientist Lisa Genova explores how we create, retain, and retrieve memories through the four-step process of encoding, consolidation, storage, and retrieval. The book explains different memory types (semantic, episodic, prospective) and clarifies the distinction between normal forgetting (where you parked) and Alzheimer's (that you own a car). Genova reveals how memory is profoundly impacted by meaning, emotion, sleep, stress, and context, presented in an accessible, conversational tone.

• Learning How to Learn

  Barbara Oakley demonstrates that anyone can master any subject by applying good study techniques, drawing from neuroscience showing the brain operates in focused and diffuse modes essential for effective learning. The book, based on a course that empowered over two million learners, introduces active recall, strategies for eliminating distractions, and understanding how sleep transfers information to long-term memory. Oakley herself overcame math failure in high school to eventually earn a doctorate in engineering.

• A Theory of Fun for Game Design

  Game designer Raph Koster explores what makes games fun, arguing that fun arises from mastery and learning is the drug that games provide. The book defines games as "exceptionally tasty patterns" for the brain to process, focusing on how we chunk information into usable groups. Used in university game design programs worldwide, it combines serious theory with accessible illustrations to explain why solving puzzles is at the heart of gaming pleasure.

• 善用Wondering

  從第一性原理拆解 Wondering 的核心限制與優勢，帶你建立專屬的高效查證清單，把零碎時間化為能講、能用的紮實自學力。 * **掌握提詞本質**，精準引導 AI 客製內容 * **建立查證機制**，以自我測驗確保真正理解 * **打造極簡 SOP**，用雙語零碎時間自學 * **產出個人流程**，實際跑通並驗證一門課

• Métricas EdTech para Aprendizaje Adulto

  Aprenderás a definir indicadores de impacto y retención que optimicen productos educativos para adultos, alineando métricas de negocio con el éxito del aprendizaje profesional. * **Definir KPIs de retención** para usuarios en educación profesional. * **Medir el impacto real** en el desarrollo de competencias. * **Optimizar el Product-Market Fit** mediante analítica de aprendizaje. * **Diseñar dashboards de éxito** alineados a objetivos de negocio.

• 引導高年級克服英語拒學

  本課程結合學術研究與現場實務，帶你剖析高年級學生的抗拒心理，掌握化解英語對立情緒的具體引導策略。 * **解析防禦心理背後的英語焦慮成因** * **掌握化解課堂對立的正向溝通策略** * **設計低挫折感的漸進式動機重塑教學** * **建立實證導向的高年級學習介入架構**

• 极简高效备考学习指南

  专门为 ADHD 学习者设计的极简策略，通过科学的脑科学方法攻克复杂学科，助你突破记忆瓶颈并实现深度专注。 - **ADHD 友好型分段式专注策略** - **构建高强度知识关联的记忆宫殿** - **通过费曼技巧简化复杂学术概念** - **定制化的高效备考时间管理方案**

• Building Your Second Brain

  Transform your scattered notes into a structured professional engine that fuels your research and design projects. You will build a powerful system to organize every insight you capture. * **Centralize research** from Notion and Obsidian into one system * **Accelerate project delivery** by linking creative and academic notes * **Automate knowledge retrieval** for long-term professional growth * **Standardize organizational workflows** to eliminate digital clutter

• Ultralearning for Tech & Research

  Accelerate your technical mastery by applying structured intensity to programming and research. This framework helps you bridge the gap between academic theory and high-level engineering execution. * **Rapidly master new programming languages** through high-intensity immersion * **Optimize technical research** using advanced retrieval and synthesis techniques * **Build complex engineering projects** by applying direct learning principles * **Systematize skill acquisition** to accelerate career and academic growth

• Applied Learning Mastery

  Transform Joshua Waitzkin’s elite principles into actionable coaching strategies to accelerate skill acquisition and help your clients achieve peak performance through deep psychological mastery. * **Apply Waitzkin’s principles** to high-stakes coaching scenarios * **Deconstruct complex skills** into manageable micro-drills for clients * **Leverage psychological triggers** to facilitate deep learner focus * **Translate abstract theory** into actionable skill acquisition roadmaps

• Advanced Learning Strategies

  Optimize your cognitive architecture by applying high-level mental models and memory systems to master complex codebases and technical concepts with precision. * **Chunking complex architectures** for faster mental model building * **Spaced repetition systems** for long-term syntax retention * **Active recall methods** to debug problems without documentation * **Feynman Technique mastery** for mentoring junior developers effectively

• Montessori Principles for Modern Educators

  Transform Maria Montessori’s classic theories into actionable classroom designs and observation techniques to better support child development and parent communication. * **Design a prepared environment** based on Maria Montessori's principles * **Translate developmental observations** into actionable daily lesson plans * **Analyze child behavior** through the lens of sensitive periods * **Communicate core concepts** effectively to parents and caregivers

• How do I keep this from expiring?

  A moving field. Separate what changes every quarter from what has held, and set a personal refresh routine you will actually run.

• Information to Knowledge Systems

  Learn how to stop collecting fragments and start building reusable knowledge structures. This course is for motivated learners who want practical methods for extracting concepts, links, frameworks, and workflows from books, videos, and research.

• Fundamentos y Diseño de Teoría Curricular

  Aprende a estructurar planes de estudio desde cero dominando los modelos pedagógicos clave para asegurar tu éxito en los exámenes académicos y transformar tu futura práctica docente. * **Dominar modelos pedagógicos** clásicos y contemporáneos para exámenes. * **Diseñar planes de estudio** estructurados y coherentes técnicamente. * **Analizar críticamente currículos** vigentes desde una perspectiva docente. * **Implementar estrategias didácticas** alineadas a objetivos de aprendizaje específicos.

• The KLI Framework

  Bridge cognitive science with classroom reality to build high-impact educational products. This guide helps you apply evidence-based engineering to transform instructional design into measurable learning outcomes. * **Apply cognitive science** to digital product design * **Identify knowledge types** to select optimal instruction methods * **Minimize extraneous load** through evidence-based UI/UX patterns * **Bridge research gaps** between theory and classroom implementatio