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Today weโre going to dive into Step 3 of our prototyping cycle: Improving your design based on feedback. Why do you think feedback is essential?
Feedback helps us see what works and what doesnโt.
Exactly! Feedback reveals strengths and weaknesses. Recall our acronym W.E. โ Warm and Cool feedback. What do these terms mean?
Warm feedback is positive, and cool feedback is constructive.
Correct! Combining these two gives us a clearer picture of how to enhance our prototypes.
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Now that we understand the types of feedback, how do we analyze it effectively?
We should look for common themes within the comments?
Exactly! Finding patterns helps us prioritize what to improve first. After analyzing, what might be our next step?
We adjust the design based on the feedback!
Yes! Adjusting allows us to prepare for the next build-test cycle. Remember to keep an open mind during this process!
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Letโs discuss what types of design changes we might implement after analyzing feedback. Can anyone share an example?
We could change the color of a button if users said it was hard to see!
Or we could add more features if people wanted more functionality!
Great examples! Remember to think about both visual and functional adjustments. What could be our plan for the next prototype cycle?
We build, test again, and repeat the cycle!
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Reflection is essential after making changes to your prototype. Why do you think that is?
It helps us learn what worked and what didnโt in our improvement process.
Exactly! Reflection ensures that weโre growing and developing better prototypes. What questions would you ask yourself during reflection?
What changes did I make? And why?
Perfect! Those questions will guide your understanding in future iterations.
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The Improve step in the prototyping cycle emphasizes the importance of analyzing feedback to identify patterns and make necessary adjustments to designs. This iterative process encourages continuous refinement and focuses on integrating both positive feedback and constructive criticism.
In this section, we explore the critical stage of improving prototypes after testing them. This phase focuses on analyzing feedback obtained from testing to make necessary enhancements to the prototype. The aim is to refine the design based on user input, ensuring that it serves its purpose effectively. Here are the key points:
The Improve step is crucial for fostering an adaptive mindset, encouraging students to embrace the feedback culture and understand that a successful prototype emerges through continuous enhancement.
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โ Analyze feedback for patterns.
In this step, you take a careful look at the feedback you've gathered from testing your prototype. The goal is to find common themes or issues that multiple people have mentioned. This could be anything from confusing parts of the design to aspects that worked particularly well. By identifying these patterns, you can focus on the most important areas for improvement.
Think of analyzing feedback like reviewing comments on a social media post. If several people mention they love a specific part of your post, you'll want to keep that in mind for future posts. Similarly, if many comments point out something that's unclear or unappealing, you know that's something to fix.
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โ Combine positive reactions (โwarmโ) with improvement notes (โcoolโ).
It's helpful to separate your feedback into two categories: positive (what people liked) and constructive (what needs improvement). The positive reactions give you insight into what works well, while the constructive notes highlight areas where your design can be enhanced. This helps create a balanced view that recognizes strengths and areas for growth.
Imagine you're giving feedback after a friend's performance in a school play. You'd likely highlight the parts they did well ('warm') but also suggest areas where they can improve for next time ('cool'). Combining these aspects gives a rounded perspective that encourages growth.
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โ Adjust design: structural changes, visual tweaks, or functional enhancements.
After analyzing the feedback and categorizing it, it's time to make changes to your prototype. This might involve altering the structure of your design for better usability, adjusting the appearance to make it more appealing, or enhancing functionality to meet user needs. These changes should be guided by the feedback you've received, ensuring your prototype evolves to better serve its purpose.
Consider how a chef might revise a recipe based on the tastes of diners. If multiple diners love the dish but find it too spicy, the chef might tone down the heat in the next version. Similarly, you'll take the 'flavors' your testers enjoyed and enhance them, while adjusting any 'spices' that didn't work.
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โ Prepare for the next build โ test cycle.
Once you've made the necessary adjustments to your prototype, you're ready to begin the iterative cycle again. This means preparing to build a revised version of your prototype, which will then be tested once more. The objective is to continually refine your design, making it stronger and more user-friendly with each cycle. This step reinforces the process of prototyping, emphasizing that it's about learning and improving over time.
Think of improving your skills in a sport. Each time you practice, you assess your performance, make adjustments based on feedback from coaches or teammates, and then practice again. Similarly, in prototyping, each cycle is an opportunity to improve until you reach a design that really works.
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Key Concepts
Analyze Feedback: Examine input from users to find patterns and areas for improvement.
Warm and Cool Feedback: Utilize positive and constructive critiques to refine prototypes.
Adjust Design: Make necessary changes based on feedback to enhance usability and functionality.
See how the concepts apply in real-world scenarios to understand their practical implications.
A student receives cool feedback that the interface is confusing, leading them to simplify the layout.
After positive warm feedback about the color scheme, a student decides to keep it while improving the navigation.
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To improve your good design, warm feedback's a friend, cool feedback's kind, together they blend.
Imagine a builder who invites friends to critique their work. The builder listens and makes adjustments, leading to a stronger, more appealing structure. This story illustrates the iterative nature of designโalways improving through feedback.
W.C.A. - Warm and Cool Adjustments helps remind us to combine feedback types for better designs.
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Review the Definitions for terms.
Term: Warm Feedback
Definition:
Positive responses highlighting what works well in a prototype.
Term: Cool Feedback
Definition:
Constructive feedback pointing out areas needing improvement.
Term: Iterative Cycle
Definition:
A repeated process of building, testing, and improving designs.