Curriculum Development Methods: Difference between revisions
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Spiral curriculum, backward design, competency-based, mastery, project-based, and other - https://chatgpt.com/share/69a52df8-9648-8010-b7c0-30784ed1362b | Spiral curriculum, backward design, competency-based, mastery, project-based, and other - https://chatgpt.com/share/69a52df8-9648-8010-b7c0-30784ed1362b | ||
Table - [https://chatgpt.com/share/69a5321e-c6d8-8010-a95e-56ebbca8ec74] | |||
{| class="wikitable sortable" | {| class="wikitable sortable" | ||
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| Learners must demonstrate high-level competence before progressing. | | Learners must demonstrate high-level competence before progressing. | ||
| 5 | | 5 | ||
| Apprentices must demonstrate | | Apprentices must demonstrate rapid mark–measure–cut technique with understanding of tolerance, with proper tool + materials handling workflow. | ||
|- | |- | ||
| 2 | | 2 | ||
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| Students confront a complex problem before receiving instruction. | | Students confront a complex problem before receiving instruction. | ||
| 4 | | 4 | ||
| Diagnose | | Diagnose ailments in civilization and proceed to solving them. | ||
|- | |- | ||
| 9 | | 9 | ||
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| Background systems literacy modules (history of industrialization), not central to build process. | | Background systems literacy modules (history of industrialization), not central to build process. | ||
|} | |} | ||
=Hirsch's Seminal Contribution to Civic Behavior= | |||
https://chatgpt.com/share/69a53485-f314-8010-9b4d-b9755a29a44f | |||
Latest revision as of 06:56, 2 March 2026
Spiral curriculum, backward design, competency-based, mastery, project-based, and other - https://chatgpt.com/share/69a52df8-9648-8010-b7c0-30784ed1362b
Table - [1]
| Rank | Pedagogy | Key Theorist / Origin | Core Principle | Relevance to OSE (1–5) | OSE Example |
|---|---|---|---|---|---|
| 1 | Mastery Learning | Benjamin Bloom | Learners must demonstrate high-level competence before progressing. | 5 | Apprentices must demonstrate rapid mark–measure–cut technique with understanding of tolerance, with proper tool + materials handling workflow. |
| 2 | Competency-Based Education (CBE) | Workforce & technical education model | Progression based on demonstrated competencies rather than seat time. | 5 | Certification ladder: welding level 1 → 2 → structural welder before contributing to tractor chassis fabrication. |
| 3 | Project-Based Learning (PBL) | Buck Institute (PBLWorks) | Curriculum organized around authentic, real-world projects. | 5 | 6-week Seed Eco-Home build serving as the primary learning vehicle. |
| 4 | Experiential Learning Cycle | David Kolb | Learn through build → reflect → abstract → test iteration. | 5 | After installing a hydraulic system, team conducts structured retrospective and redesign improvements. |
| 5 | Systems Instructional Design (ADDIE) | Military / corporate training | Structured process: Analyze → Design → Develop → Implement → Evaluate. | 4 | Designing a repeatable 12-week Bootcamp curriculum across multiple campuses. |
| 6 | Dick & Carey Systems Model | Walter Dick & Lou Carey | Instruction designed as an interlocking performance system with task analysis. | 4 | Breaking down induction furnace build into discrete performance objectives and verification checkpoints. |
| 7 | Spiral Curriculum | Jerome Bruner | Concepts revisited at increasing levels of sophistication. | 4 | First learn basic MIG welding → later structural welding → later robotic welding integration. |
| 8 | Problem-Based Learning | McMaster University (medical model) | Students confront a complex problem before receiving instruction. | 4 | Diagnose ailments in civilization and proceed to solving them. |
| 9 | Integrated / Interdisciplinary Curriculum | Progressive education movement | Organizes learning around systems rather than disciplines. | 4 | Tractor build integrates CAD, hydraulics, metallurgy, budgeting, and team coordination. |
| 10 | Backward Design (Understanding by Design) | Grant Wiggins & Jay McTighe | Start with desired outcomes and work backward to assessments and activities. | 3 | Define “competent open-source builder” outcomes before designing build exercises. |
| 11 | Taba Inductive Model | Hilda Taba | Teachers design curriculum bottom-up from diagnosed needs. | 3 | Local campus modifies build sequence based on participant readiness and shop constraints. |
| 12 | Tyler Rationale | Ralph Tyler | Curriculum organized around behavioral objectives. | 2 | Safety training with explicit measurable objectives for tool handling compliance. |
| 13 | Montessori Model | Maria Montessori | Self-directed learning within a prepared environment. | 2 | Rapid Learning Facility with tool stations allowing autonomous repetition of skills. |
| 14 | Reggio Emilia Approach | Reggio Emilia, Italy | Emergent curriculum driven by learner inquiry and documentation. | 2 | Public documentation boards tracking design evolution of open-source machines. |
| 15 | Waldorf Curriculum | Rudolf Steiner | Holistic, developmental, arts-integrated learning. | 1 | Limited relevance beyond cultural formation and narrative framing. |
| 16 | Core Knowledge Sequence | E.D. Hirsch Jr. | Structured shared cultural content canon. | 1 | Background systems literacy modules (history of industrialization), not central to build process. |
Hirsch's Seminal Contribution to Civic Behavior
https://chatgpt.com/share/69a53485-f314-8010-9b4d-b9755a29a44f