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Today, we're going to discuss how to develop design specifications based on the research you conducted. Can anyone remind us what design specifications are?
I think design specifications outline what our product should achieve!
Exactly! They specify the requirements your design needs to meet. A good way to remember is by using the acronym 'SMART': Specific, Measurable, Achievable, Relevant, Time-bound. Can anyone give an example of a design specification?
Maybe for a water bottle, it should be made from reusable materials, hold at least 500 ml, and have a secure cap?
That's a great example! Each of those points is specific and measurable. Letβs summarizeβwhat do we need in our design specifications? Remember, they must align with the problem we're trying to solve.
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Now that we know about design specifications, letβs move on to generating creative ideas. How can we ensure our ideas are creative and suitable for the problem?
Maybe we could use mind maps or brainstorm in groups to think of different angles?
Absolutely! Group brainstorming can spark creativity. Just remember, it's essential to think broadly before narrowing down your ideasβthis is known as divergent thinking. Can anyone think of more methods to enhance our creativity?
How about using sketches or even prototyping tools to visualize our ideas?
Fantastic idea! Early visualization helps in refining concepts. Summarizing, we should use various methods to generate a wide range of ideas before selecting the best ones for further development.
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Next, letβs talk about presenting our chosen ideas. Why do you think that the way we present our designs is important?
Because it helps others understand our concept clearly?
Exactly! Clear presentation can make or break an idea. Using technical drawings, CAD tools, or 3D models can help convey your vision accurately. Who can describe what a technical drawing usually includes?
I think it should include measurements, the materials used, and different views of the product?
That's correct! Letβs summarize: effective presentation is key for ensuring your ideas are understood, and it often involves specific elements like measurements and material specifications.
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Lastly, we need to address the importance of planning materials in our design process. What do you think should go into our planning?
We should outline all the steps we need to take to actually build or create our solution.
Exactly! A clear plan outlines your process and helps you stay on schedule. This might include timelines, resources needed, and important milestones. Can anyone provide an example of what a milestone might look like?
Maybe finishing the prototype before testing starts?
Good point! Milestones keep you focused and accountable. Let's recap: effective planning materials help in organizing your workflow, and identifying milestones is critical to track progress.
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In Criterion B: Developing Ideas, students are tasked with transforming research into viable design ideas, focusing on clear presentation through technical drawings and models. This criterion supports creative thinking while grounding it in practical application, integral to the design process.
In the International Baccalaureate Middle Years Programme (MYP) Design framework, Criterion B is dedicated to the process of developing ideas that are both innovative and informed by thorough research. The objective for students is to create feasible, creative ideas that address specific design challenges and to present these ideas effectively using various tools and techniques. This section delves into four key elements that structure students' approach to developing their ideas:
Overall, Criterion B promotes a blend of creativity, technical skill, and practical planning, which are essential to innovating and resolving real-world problems in the realm of design and technology.
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Objective: Students should be able to develop feasible, creative ideas that are informed by research and presented clearly through a series of drawings, models, or prototypes.
The objective emphasizes that students need to create ideas that are not only creative but also practical and informed by research. This means that before coming up with new ideas, students should look into existing information and use it to guide their designs. They must be clear in their presentation, using drawings, models, or prototypes to communicate their ideas effectively.
Think of a chef creating a new recipe. Before designing the dish, they research different ingredients and cooking techniques. Then, they sketch out how the dish will look and may even prepare a small version of it to share with others. Just like the chef, students need to research and develop ideas that are both innovative and practical.
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Key Elements:
1. Develop design specifications based on analysis of the research.
Students are required to create design specifications, which are specific criteria that their ideas need to meet. These specifications should come from understanding the research conducted earlier. Essentially, students determine what makes their solution successful based on the information they gathered.
Consider an architect designing a new building. They must create specifications like height, materials, and environmental sustainability based on historical buildings and current regulations. Similarly, students must set clear specifications for their designs to ensure they effectively address the problem.
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In this part, students should come up with multiple ideas instead of just one. These ideas should be original and relevant to the problem they are trying to solve. Having a variety of ideas allows students to explore different solutions and select the best one for further development.
Imagine a group of friends brainstorming for a school project. They toss around many ideas: a video, a comic, or even a presentation. Each idea can lead to different approaches for the project, allowing them to choose the most effective one. This is similar to how students should generate several creative solutions before settling on the best one.
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Once students have a range of ideas, they will choose the most promising one and present it in detail. This includes making technical drawings, using Computer-Aided Design (CAD) software, or even creating 3D models. This detailed presentation helps convey their design clearly and professionally to others.
Think of a car manufacturer showcasing a new vehicle concept. They provide blueprints, detailed images, and sometimes even tangible models to help potential buyers and stakeholders understand their vision. Similarly, students need to create clear representations of their chosen designs to communicate their ideas effectively.
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Finally, students must create planning materials that detail how they will go about developing their chosen solution. This includes steps they will take, resources they will use, and timelines. Accurate planning helps ensure that the development process is organized and efficient.
Itβs like preparing to build a piece of furniture. Before starting, you need an instruction manual that outlines each step, what materials you need, and how long it will take. By creating similar planning documents, students set themselves up for a successful project completion.
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Key Concepts
Design Specifications: Essential requirements for a design that must be met.
Divergent Thinking: A brainstorming technique that encourages many ideas to emerge.
Technical Drawings: Drawings that provide detailed information about design elements.
CAD Tools: Digital tools that facilitate the design and presentation of concepts.
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A specification for a mobile app might include usability features, color schemes, and intended user groups.
An example of divergent thinking can be seen in a brainstorming session where participants are encouraged to suggest all possible smartphone designs without judgment.
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When ideas are free and flair is sought, in divergent paths, creativity is caught.
Imagine a room full of designers brainstorming ideas. One student says, 'Letβs create a bag that can transform!' The others follow, proposing features, colors, and materials. Together, they dive deep into possibilities, an example of divergent thinking in action.
Remember 'DART' for your design process: Define specifications, Arrange ideas, Refine drawings, Test your plan.
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Review the Definitions for terms.
Term: Design Specifications
Definition:
Detailed requirements that a product or solution must meet to be considered successful.
Term: Divergent Thinking
Definition:
A creative process in which different ideas are generated in response to an open-ended question or problem.
Term: Technical Drawings
Definition:
Detailed graphical representations of a product designed for communication of information related to the product's construction.
Term: CAD (ComputerAided Design)
Definition:
Software used to create precision drawings or technical illustrations in design work.