Exploring Three Powerful
Frameworks for Design-Based Learning
Instructions
Watch the video and/or read the article provided. While doing so, take notes to help you process the key ideas. Then, complete the tasks and/or answer the questions that follow.
Exploring Three Powerful Frameworks for Design-Based Learning
- Doreen
Nelson’s Design-Based Learning Backwards Thinking Process
- The
ADDIE Model
- The
Iterative Design Process
Each framework provides a unique roadmap for
students to explore ideas, build prototypes, and solve real-world problems.
Let’s delve into how these models work and how you can use them to empower your
learners.
1. Doreen Nelson’s Design-Based Learning Framework
Developed by educator Doreen Nelson, this
framework makes core content come alive through hands-on, creative
problem-solving. It focuses on imaginative challenges that require critical
thinking and design solutions while mastering academic standards.
Phases of Nelson’s DBL Framework
1.
What Do I Want to Teach?
- Identify specific academic concepts, standards,
or big ideas from the curriculum.
2.
Identify a Problem and Frame a New Challenge
- Present a creative, real-world challenge that
students have never encountered, igniting engagement and curiosity.
3.
Give It a Try
- Students brainstorm and begin building early
versions of their ideas, encouraging risk-taking and creative thinking.
4.
Teach Guided Lessons
- Deliver short, focused lessons providing
necessary academic tools and knowledge “just in time” to support student
work.
5.
Students Revise and Improve
- Learners refine their prototypes, test their
designs, and incorporate feedback, viewing mistakes as part of the
learning process.
Why It Works
This model inspires creativity and innovation
while ensuring deep engagement with academic content, blending imaginative play
with rigorous learning.
Originally used in instructional design, the ADDIE
model offers a structured, step-by-step approach to learning and development,
helping students and teachers break complex problems into manageable phases.
Phases of the ADDIE Model
1.
Analysis
- Define the learning goals and identify the
problem or challenge. What do students need to understand?
2.
Design
- Plan the structure of the learning experience.
Students sketch ideas, plan materials, and develop design criteria.
3.
Development
- Build and test prototypes, refining designs as
students apply new skills and knowledge.
4.
Implementation
- Present or launch projects in real or simulated
environments, gathering feedback from peers and teachers.
5.
Evaluation
- Assess the process and product. Reflect on what
worked, what didn’t, and how students grew during the project.
Why It Works
ADDIE is ideal for educators seeking a clear
framework that emphasizes thoughtful planning, performance-based learning, and
reflection.
3. The Iterative Design Process
Rooted in engineering and design thinking, this
model encourages continuous refinement and experimentation, helping students
become flexible thinkers who adapt, revise, and persist until they find
meaningful solutions.
Phases of the Iterative Design
Process
1.
Investigate Context
- Understand the background and environment of the
problem.
2.
Identify Needs
- Define specific needs or challenges that must be
addressed.
3.
Develop Criteria
- Establish success indicators—what should the solution
accomplish?
4.
Generate Alternatives
- Brainstorm multiple possible solutions and
approaches.
5.
Select a Solution
- Choose the most promising idea based on
feasibility and effectiveness.
6.
Prototype and Test
- Build a version of the solution and test it,
identifying what works and what needs fixing.
7.
Produce
- Finalize the design, incorporating improvements
based on testing.
8.
Evaluate
- Reflect on the final product and the entire
process. Consider what could be improved next time.
Why It Works
This model is highly adaptable and perfect for
student-driven learning, teaching resilience, flexibility, and deep
problem-solving through iteration.
Which Model Should You Use?
The best part? You don’t have to choose just one.
Many educators successfully combine elements from all three frameworks to
create dynamic, personalized learning experiences.
- Emphasizing
imagination and academic standards? Start with Nelson’s DBL™.
- Need
structure and assessment points? Layer in the ADDIE model.
- Want
students to practice iteration and real-world thinking? Incorporate
the Iterative Design Process.
By blending these models, you can create a learning environment that is engaging, rigorous, and future-ready.
Instructions:
Engage in the Discussion:
Reflect on what you’ve learned from this session by answering the discussion prompts below. After posting your response, read through your peers’ contributions and share your thoughts by commenting on at least one of them. Your answer should be around 150 words.
Discussion Question:
Which of the three Design-Based Learning frameworks—Doreen Nelson’s DBL Backwards Thinking Process, the ADDIE Model, or the Iterative Design Process—do you think is most suitable for young learners, and why?
Your answer should include the following points:
1. Chosen Framework: Identify which framework you believe is most suitable for young learners.
2. Rationale: Explain why you think this framework is the best fit for this age group.
3. Alignment with Young Learners: Discuss how aspects of the chosen framework align with how young children think and learn.
4. Structure vs. Creativity: Analyze how the balance between structure and creativity in this framework affects engagement and learning in early childhood.
5. Integration of Other Frameworks: Consider whether elements from the other frameworks could be adapted to enhance your choice and how they might be implemented.
Write your response in the comments section below. When appropriate, read your colleagues’ responses and provide thoughtful comments or constructive feedback to enrich the discussion.
Chosen Framework:
ReplyDeleteThe Iterative Design Process is the most suitable Design-Based Learning framework for young learners.
Rationale:
This framework focuses on simple steps such as design, test, improve, and try again, which are easy for young children to understand. It encourages exploration and learning through doing rather than complex planning or analysis, making it developmentally appropriate for early learners.
Alignment with Young Learners:
Young children learn best through hands on activities, experimentation, and play. The iterative process allows them to build something, see what works, and then make changes. This mirrors how children naturally learn by trying, observing, and improving.
Structure vs. Creativity:
The Iterative Design Process provides enough structure to guide students while still allowing creativity. Students can imagine and create their own ideas but also follow a clear process of testing and improving their work. This balance helps maintain engagement and supports meaningful learning.
Integration of Other Frameworks:
Elements from the ADDIE Model, such as clear learning objectives and evaluation, can help teachers plan lessons effectively. Additionally, the DBL Backwards Thinking Process can help teachers start with the final learning goals and design activities that guide students toward those outcomes.