Learning Objectives
6 objectives- Understand foundational theories, models, and philosophies underpinning curriculum design.
- Analyze and apply the curriculum development process including needs assessment, objective setting, instructional strategies, and evaluation.
- Evaluate various curriculum evaluation models and their application.
- Develop skills to align curriculum with standards and design inclusive curricula for diverse learners.
- Integrate technology and assessment strategies effectively within curriculum design.
- Recognize the importance of ongoing professional development for curriculum designers.
Content Outline
PreviewUnit 1924: Curriculum Design and Development
1. Foundations of Curriculum Design
1.1 Historical Development
- Evolution of curriculum design over time
- Key milestones and influential figures
1.2 Key Theories and Models
- Understanding traditional and contemporary curriculum models (e.g., Tyler, Taba, Wheeler)
- Constructivist vs. behaviorist approaches
1.3 Influence of Educational Philosophies
- Essentialism, Progressivism, Perennialism, Reconstructionism
- How philosophy shapes curriculum goals and content
2. Curriculum Development Process
2.1 Needs Assessment
- Identifying learner and community needs
- Data collection methods
2.2 Setting Learning Objectives
- SMART objectives
- Cognitive, affective, and psychomotor domains
2.3 Selecting Instructional Strategies
- Direct instruction, inquiry-based learning, cooperative learning
- Differentiating instruction
2.4 Curriculum Implementation and Evaluation
- Pilot testing curricula
- Continuous feedback and revision
3. Curriculum Evaluation Models
3.1 Tyler's Objectives Model
- Focus on clearly defined objectives
- Evaluating whether objectives are met
3.2 Stufflebeam's CIPP Model
- Context, Input, Process, Product evaluation
- Comprehensive decision-making framework
3.3 Scriven's Goal-Free Evaluation
- Evaluating outcomes without pre-set goals
- Identifying unintended effects
4. Alignment of Curriculum with Standards
4.1 Importance of Alignment
- Ensuring consistency and accountability
4.2 Overview of Standards
- National and state standards overview
- Common Core State Standards (CCSS)
- Next Generation Science Standards (NGSS)
- Other subject-specific standards
4.3 Strategies for Alignment
- Mapping curriculum to standards
- Using standards to guide assessment and instruction
5. Considerations for Diverse Learners
5.1 Inclusive Curriculum Design Principles
- Universal Design for Learning (UDL)
- Culturally responsive pedagogy
5.2 Meeting Needs of Students with Disabilities
- Differentiation and accommodations
- Collaboration with special education
5.3 Supporting English Language Learners
- Language scaffolding techniques
- Multilingual resources
5.4 Addressing Gifted and Talented Students
- Enrichment and acceleration strategies
6. Integration of Technology in Curriculum Design
6.1 Role of Technology
- Enhancing engagement and accessibility
6.2 Digital Tools and Online Resources
- Educational software, simulations, multimedia
6.3 Learning Management Systems (LMS)
- Organizing content and tracking progress
6.4 Emerging Technologies
- Virtual reality, adaptive learning platforms
7. Assessment in Curriculum Design
7.1 Types of Assessments
- Formative, summative, authentic assessments
7.2 Aligning Assessment with Objectives
- Ensuring validity and reliability
7.3 Strategies for Effective Assessment
- Rubrics, self-assessment, peer assessment
8. Professional Development for Curriculum Designers
8.1 Importance of Ongoing Learning
- Staying current with research and trends
8.2 Best Practices and Trends
- Collaborative design, data-driven decision making
8.3 Emerging Technologies and Innovations
- MOOCs, webinars, professional learning communities
Unlock the full outline
Get the complete content outline, learning outcomes and assessment methods for Curriculum Design And Evaluation.
KSh 20 one-off, or included with a plan
Learning Outcomes
Unlock the outline above to see learning outcomes.
Assessment Methods
Unlock the outline above to see assessment methods.