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Ergonomics: Consider the human body's natural posture and movements. Design the chair with proper back
support, adjustable features, and optimal seat depth and height to promote good posture and reduce strain.

Comfortable seating surface: Select materials that provide cushioning and support. Consider factors like
breathability, pressure distribution, and durability.
Versatility: Design the chair to accommodate a range of users and purposes. Incorporate adjustable features such
as armrests, reclining mechanisms, and swivel functions.

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I can clearly express design intent: making for function, making for beauty, or (re)making for a purpose.

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Development
All ideas need refinement, through development, to
become successful, appropriate, and feasible. The
development of solutions allows problems to be solved with
greater success.

Even though the name suggests that the main focus of
development would be found in developing ideas, students
have to develop research plans as and when they realize
that there is further information they need in order to solve
the problem. Students constantly adapt and change their
plans when creating the solution, dependent on the
thoroughness of their planning and, when evaluating,
students develop testing methods to assess the success of
the solution.

Form
Form concerns the overall shape and configuration of a
product. It relates to aspects such as aesthetics, shape,
color, and texture.

Function
The function of a solution refers to what it has been
designed to do and how effective it is at enabling that action
to be performed.

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All you need is a 'what if'

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FUNCTION
Ergonomics: Consider the human body's natural posture and movements. Design the chair with proper back
support, adjustable features, and optimal seat depth and height to promote good posture and reduce strain.
Comfortable seating surface: Select materials that provide cushioning and support. Consider factors like
breathability, pressure distribution, and durability.
Versatility: Design the chair to accommodate a range of users and purposes. Incorporate adjustable features such
as armrests, reclining mechanisms, and swivel functions.

AESTHETICS
Visual appeal: Create a chair that is visually pleasing and fits well within its intended environment. Consider the
overall shape, lines, and proportions, as well as the use of color, texture, and finishes that complement the design.
Materials and finishes: Choose materials that not only offer comfort and durability but also contribute to the
desired aesthetic. Consider options such as wood, metal, fabric, or leather, depending on the chair's style and
purpose.
Coherence: Ensure that the chair's design elements work harmoniously together, creating a cohesive and
attractive overall appearance.

PURPOSE
Identify the chair's intended use: Understand the specific requirements and context of the chair's usage. Is it for
office work, dining, lounging, or a specific setting? Tailor the design to fulfill those needs.
Consider user preferences: Take into account the target audience's preferences, cultural factors, and any specific
requirements or limitations they may have.
Durability and maintenance: Design the chair with materials and construction techniques that meet the demands
of its purpose. Consider ease of maintenance and cleaning, especially in high-use environments.
Remember that these concepts should not be treated in isolation but rather should inform and influence one
another throughout the design process. Regular user testing and feedback can also help refine the design to
achieve the desired balance between comfort, practicality, and aesthetics.

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The Importance of Expressing Design Intent

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The Importance of Expressing Design Intent

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In 3D design, expressing design intent in platforms like Tinkercad enables designers to translate their ideas into tangible models. By visualizing and refining the design concept, designers can iterate and make necessary adjustments to achieve the desired functionality, beauty, or purpose. Design intent acts as a compass, guiding the design

By applying these design intents in Tinkercad, you can create a chair that not only serves its functional purpose but also exhibits beauty and purposeful design elements. Tinkercad's intuitive interface and design tools provide you with the flexibility and creative freedom to bring your design intent to life in the virtual environment.

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Expressing design intent is crucial because it guides the design process and helps achieve specific goals or outcomes. It involves clearly articulating the intended purpose, function, aesthetic, and user experience of the design.

By defining design intent, designers can align their creative decisions and problem-solving strategies with their desired results.

Design intent serves as a blueprint for the design process, providing a clear direction and framework. It helps designers make informed decisions about form, material choices, dimensions, and other design elements. Additionally, expressing design intent facilitates effective communication between designers, clients, and collaborators, ensuring a shared understanding of the desired outcome.

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Making for Function
Making for Beauty
(Re)making for a Purpose

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Tinkercad is a powerful web-based CAD (Computer-Aided Design) tool that allows you to create 3D models and designs.

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Visual appeal: Create a chair that is visually pleasing and fits well within its intended environment. Consider the
overall shape, lines, and proportions, as well as the use of color, texture, and finishes that complement the design.
Materials and finishes: Choose materials that not only offer comfort and durability but also contribute to the
desired aesthetic. Consider options such as wood, metal, fabric, or leather, depending on the chair's style and
purpose.

Coherence: Ensure that the chair's design elements work harmoniously together, creating a cohesive and
attractive overall appearance.

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Identify the chair's intended use: Understand the specific requirements and context of the chair's usage. Is it for
office work, dining, lounging, or a specific setting? Tailor the design to fulfill those needs.

Consider user preferences: Take into account the target audience's preferences, cultural factors, and any specific
requirements or limitations they may have.
Durability and maintenance: Design the chair with materials and construction techniques that meet the demands
of its purpose. Consider ease of maintenance and cleaning, especially in high-use environments.

Remember that these concepts should not be treated in isolation but rather should inform and influence one
another throughout the design process. Regular user testing and feedback can also help refine the design to
achieve the desired balance between comfort, practicality, and aesthetics.

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Tinkercad is a powerful web-based CAD (Computer-Aided Design) tool that allows you to create 3D models and designs. While Tinkercad is more commonly used for 3D printing and electronics projects, you can still use it to design a chair concept. Here's a step-by-step guide on how to use Tinkercad to design a chair:

1. Create an account: Visit the Tinkercad website (www.tinkercad.com) and create a free account if you don't already have one. Sign in to access the design workspace.

2. Start a new project: Once you're signed in, click on "Create New Design" or "Create a New Project" to start a new design.

3. Set up the workspace: Tinkercad's workspace consists of a 3D grid and various design tools on the right side. Familiarize yourself with the different tools available, such as shapes, rulers, and alignment options.

4. Add a base shape: To create the seat of the chair, select the "Box" shape from the right-hand menu and drag it onto the workspace. Resize the box to the desired dimensions using the resizing handles.

5. Refine the shape: Use the various manipulation tools, such as scaling, rotating, and duplicating, to modify the shape of the box and create the desired contours of the chair's seat.

6. Add additional components: You can use different shapes to add legs, backrests, armrests, or any other components to your chair design. Experiment with shapes like cylinders, boxes, and spheres to create the desired chair structure.

7. Modify and combine components: Use tools like the "Hole" shape or the "Group" function to modify components and join them together. This step helps refine the design and ensure all parts fit together correctly.

8. Add details: Tinkercad provides additional shape options like text, logos, or decorative elements that you can use to enhance your chair design. These details can add a personal touch or highlight specific features.

9. Preview and adjust: Regularly preview your design by clicking the "3D" button on the top right corner. This feature allows you to see how your chair will look in a 3D space. Make any necessary adjustments or refinements as you go along.

10. Save and export: Once you're satisfied with your chair design, click on the "Design" menu and select "Download for 3D Printing" or "Export" to save the file in a format suitable for further editing or 3D printing.

Remember, designing a chair using Tinkercad might have limitations compared to more advanced CAD software. However, Tinkercad is an excellent tool for beginners or those looking to quickly visualize their ideas. It's always a good idea to explore tutorials, online resources, or even YouTube videos to get inspiration and learn more about Tinkercad's capabilities.