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A short class with Sarah and her students. The other ways are under More.
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Today, we will discuss how to assess our thought progression through different iterations of our prototypes. Why do you think tracking our thoughts is important?
It helps us see how our ideas are changing over time.
Exactly! We want to observe how your initial concepts evolve into improved designs. This leads us to better understand the design process. Can anyone give an example of an iteration you went through?
I started with a basic sketch and, after feedback, created a cardboard model.
Fantastic example! Remember the acronym P.I.N.E. — Prototype, Iterate, Note, Evolve — to help you remember this process. Let’s move on to how we can assess your feedback quality.
Feedback is crucial during prototyping. What kinds of feedback do you find most helpful?
I like when my peers give me specific suggestions rather than just saying it's good or bad.
Great point! Warm feedback recognizes strengths, while cool feedback provides room for improvement. Think of the 'Feedback Sandwich': a piece of praise, then a suggestion for improvement, and another bit of praise. Can someone share how they’ve used feedback in their prototypes?
After getting feedback, I changed the layout of my app to make it easier to use.
Really good application! Applying feedback helps support your learning journey.
Let's discuss how we assess improvements after testing our prototypes. Why is it important to incorporate testing into our feedback cycle?
Testing shows us what works and what doesn't.
Exactly! It’s like a reality check for your designs. After you test and receive feedback, how do you ensure changes are effective in your next iteration?
I analyze the feedback for patterns and look for the most common suggestions.
That’s perfect! By observing patterns in feedback, you can make informed decisions that enhance your prototypes. Always ask yourself: Did my changes improve the design?
Now let’s focus on building a reflection culture. Why do you think reflecting on your experiences during prototyping is essential?
It helps us learn and remember what worked and what didn’t.
Absolutely! Reflection solidifies learning. What reflective questions do you think could guide you in this process?
Questions like ‘What changed? Why?’ can help us understand our decisions better.
Great suggestions! Keeping a process journal can also help visualize your journey and promote deeper learning.
The process of tracking how ideas evolve through iterations.
An environment that encourages constructive feedback.
The continual refinement of prototypes based on real user input.
The practice of contemplating experiences to enhance future learning.
Assess, reflect, and let it connect, to iterate and perfect!
Imagine a gardener who plants seeds of ideas, waters them with feedback, and through reflection, sees them bloom into beautiful flowers of prototypes.
R.I.P.: Reflect, Improve, Progress - remember these steps to enhance your prototypes.
F.A.R. - Feedback, Analyze, Refine: keep in mind this process for effective assessment.
Term
What is thought progression?
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Term
Define feedback culture.
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The development and evolution of ideas through different stages of a design or prototype.
An environment where constructive critique is welcomed and practiced.
The process of thinking critically about one’s own experiences and learning after various stages of a project.
Repeated cycles of development and refinement to improve a prototype.
This section emphasizes the importance of assessment in the prototyping process, focusing on iterative feedback for continuous improvement.
Assessment in prototyping revolves around evaluating students' thought progression across iterations, the quality of their feedback, and evidence of improvements prompted by testing. It encourages reflection and a culture of constructive critique within the learning process.
Assessment is a critical element of the prototyping process that allows students to validate their ideas and iterate effectively over time. It is essential to focus on three main components:
Thought Progression Across Iterations: This evaluates how students develop their ideas from initial concepts to refined prototypes. Tracking this progression helps in identifying learning growth and understanding of design processes.
Quality of Feedback and Reflection: Quality feedback—both warm (positive) and cool (constructive)—is vital for student improvement. Encouraging students to reflect on received feedback fosters a growth mindset and the ability to view critique as a tool for learning rather than criticism.
Evidence of Improvement Prompted by Testing: This aspect focuses on how students utilize feedback to make informed changes to their prototypes. It assesses the tangible progression made after each feedback cycle, showcasing students' ability to adapt based on user testing observations.
In summary, the role of assessment in the prototyping process aids in understanding how students engage with design thinking and fosters an environment dedicated to iterative learning.