Level 3 Three-Dimensional Design Edexcel

This subject is broken down into 70 topics in 7 modules:

  1. Understanding Three-Dimensional Design 10 topics
  2. Exploring Materials 10 topics
  3. Sculpture Techniques 10 topics
  4. Environmental and Architectural Design 10 topics
  5. Product and Industrial Design 10 topics
  6. Jewelry Design 10 topics
  7. Spatial and Installation Design 10 topics
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  • 7
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  • 70
    topics
  • 26,895
    words of revision content
  • 3+
    hours of audio lessons

This page was last modified on 28 September 2024.

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Three-Dimensional Design

Understanding Three-Dimensional Design

Introduction to 3D Design

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Introduction to 3D Design

Introduction to 3D Design

What is 3D Design?

  • Three-dimensional design is the process of designing physical objects that exist in three dimensions of space.
  • It includes concepts related to volume, mass, balance, weight, scale and proportion.
  • It is commonly utilised in fields such as architecture, product design, interior design, and industrial design.

Functions and Characteristics

  • All 3D designs involve some form of plan, which can include technical diagrams, blueprints or computer aided design (CAD) models.
  • Designs interact with their environment, taking into consideration elements such as light, space, and context.
  • The physical properties of the chosen materials and their suitability for the intended use are crucial considerations.

Design Principles

  • Balance: This refers to the visual weight distribution in the design. It can be symmetrical or asymmetrical.
  • Proportion: This is the relationship in size between different parts of your design.
  • Rhythm: This refers to the repetition of elements which can create a sense of motion or growth.
  • Emphasis: This involves creating a focal point or centre of interest in your design.

Understanding the Design Process

Identifying the Problem

  • Define the problem that your design is solving.
  • Research the context, asking who the design is for and where it will be used.

Sketching and Modelling

  • Sketch your ideas on paper before starting work on a computer.
  • Use simple and cheap materials for draft models to test your ideas in 3D.

Refinement

  • Iterate on your initial ideas, incorporating feedback from peers or potential users.
  • Think about how to optimise your design for manufacturing or construction.

Evaluation

  • Use criteria such as efficacy, aesthetics, usability, and sustainability to evaluate your design.
  • Reflect on feedback and learn from mistakes or shortcomings for future projects.

Considerations in 3D Design

Materials and Techniques

  • Understanding the properties and behaviours of different materials is essential.
  • Techniques such as molding, carving, constructing, and assembling are often used in 3D design.

Safety and Ethics

  • Always consider the safety of your designs for their intended user.
  • Ethical considerations include sustainable design, accessible design, and questions of cultural appropriation or sensitivity.

Course material for Three-Dimensional Design, module Understanding Three-Dimensional Design, topic Introduction to 3D Design

Three-Dimensional Design

Environmental and Architectural Design

Principles of sustainable design

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Principles of sustainable design

Principles of Sustainable Design

Minimise Energy Use

  • Prioritise passive systems, using the building's design to manage heat and light
  • Optimise natural daylighting with effective window design and building orientation
  • Utilise energy-efficient appliances and systems, prioritising renewable resources

Material Efficiency

  • Minimise waste by designing for adaptability and longevity
  • Use renewable or recycled materials, reducing reliance on non-renewable resources
  • Prioritise materials with low environmental impact over their lifecycle, considering extraction, production, and disposal

Conserve Water

  • Implement water-efficient appliances and systems to reduce demand
  • Collect and use rainwater, reducing pressure on mains water
  • Design landscapes to be water efficient, using native and drought-tolerant plants

Promote Eco-friendly Transportation

  • Locate buildings near transit hubs to encourage public transportation use
  • Include infrastructure for cycling and walking, such as bike storage and changing facilities
  • Plan for electric-vehicle infrastructure, such as charging stations

Support Local Ecosystems

  • Preserve existing ecosystems and provide habitats for local wildlife
  • Use green roofs or walls to create habitats and improve insulation
  • Mitigate the impact of development on local species and ecosystems

Enhance Quality of Life

  • Create healthy environments with good indoor air quality and access to natural light
  • Consider the building's impact on the local community providing inclusive spaces
  • Design to improve the well-being and connectivity of its occupants

In summary, sustainable design seeks to minimise human impact on the environment while improving quality of life. This is achieved by maintaining a balanced consideration of energy and resource efficiency, environmental protection and indoor environmental quality. Sustainable design also fosters a sense of community and promotes the responsible use of valuable resources.

Course material for Three-Dimensional Design, module Environmental and Architectural Design, topic Principles of sustainable design

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