This week focuses on learning and applying Computer-Aided Design (CAD) tools to create 2D and 3D models for digital fabrication.
The goal is to explore different design workflows, parametric modeling, and rendering techniques to visualize and simulate projects before fabrication.
Key Learning Objectives
Understand the difference between raster, vector, and 3D modeling
Experiment with 2D design tools (Photoshop, Inkscape, CorelDraw)
Learn 3D modeling software (Fusion 360 and SolidWorks)
Render and document designs effectively
Reducing the size of images and photos
This week lays the foundation for digital fabrication, helping you choose the best tools for designing your final project! 🚀
2D Design
2D Design,refers to the creation of visual elements and compositions within two dimensions, typically on a flat surface. It is a fundamental aspect of graphic design, digital art, and various visual communication disciplines.
Key Elements of 2D Design:
Source: medium.com
Lines: The basic building blocks for creating shapes and forms.
Shapes: Two-dimensional enclosed areas defined by lines.
Colour: The use of hues, saturation, and brightness to evoke emotions and convey information.
Values: The range of lightness to darkness in an image, providing contrast and depth.
Texture: The visual or tactile appearance of surfaces within the design.
Raster vs. Vector 2D Design:
Raster Graphic Design: Relies on pixels, suitable for detailed images and photographs but may lose quality when resized.
Vector Graphic Design: Uses mathematical paths and points, allowing for scalability without loss of quality, ideal for logos and illustrations.
Applications of 2D Design:
Graphic Design: Creating visual content for branding, advertising, and digital media.
Web Design: Crafting the visual layout and elements of websites.
Print Design: Designing materials for print, such as brochures, posters, and business cards.
Digital Art: Illustrations, animations, and concept art in the digital realm.
Importance in Various Industries:
Marketing and Advertising: Captivating visuals are crucial for effective communication and brand recognition.
Entertainment: Used in animation, game design, and film for storytelling and visual appeal.
Education: Visual aids and graphics enhance learning materials and presentations.
Digital Tools for 2D Design I have used:
Adobe Photo Shop
Adobe Photoshop is a powerful and widely used raster graphics editing software developed by Adobe Inc.
It has become the industry standard for digital image manipulation, photo editing, and graphic design.
CorelDRAW: It is primarily used for graphic design, illustration, and layout creation. It's a vector graphics editor and illustration software that can be used for a wide range of design tasks, including creating logos, posters, websites, and more.
Inkscape : A free and open-source vector graphics editor
Creating a 2D Design on Corel Draw
In Corel Draw I have Created my own design with marking lines and create a Flower shape by using various comands.
Overview
I used Solidworks and Fusion 360 because :
SolidWorks is used in the industrial equipment industry to design and develop machinery, tools, and other equipment. The software helps in creating 3D models of the equipment, simulating its performance, testing for safety and durability, and optimizing its design for efficiency and productivity.
Autodesk Fusion 360 is a cloud-based software application that helps users design, engineer, and manufacture products. It has features for 3D modeling, simulation, and collaboration.
SOILDWORKS
Process & Steps
Step 1: Explored the available tools in the tool palette and gained an understanding of orthogonal views, which help in accurately visualizing and designing objects from different perspectives.
Step 2: Drawed a circle on the front plane
Step 3: Extrude the circle, these are the basic to create a 3d object.
🔹 Challenge: Sketch Over-Defining or Under-Defining
✅ Solution:Use the “Display/Delete Relations” tool to identify and fix conflicting constraints. Always start with simple, fully defined sketches and add dimensions systematically.
🔹 Challenge:Performance Lag in Large Assemblies
✅ Solution: Use “Large Assembly Mode,” suppress unnecessary components, and enable lightweight components. Consider using SpeedPak configurations to simplify geometry without losing references.
🔹 Challenge: Feature Failures Due to Sketch Changes
✅ Solution: Use robust design practices like fully defining sketches, avoiding unnecessary external references, and employing design tables or configurations for controlled variations.
🔹 Challenge:File Compatibility and Version Issues
✅ Solution: Always save in backward-compatible formats (e.g., STEP or IGES) when sharing with users on older versions. Use the “Pack and Go” feature to include all dependencies when transferring files.
🔹 Challenge: Difficulty in Creating Complex Surfaces or Organic Shapes
✅ Solution:Leverage the “Surface” tools instead of solid features for complex forms. Use tools like “Boundary Surface,” “Loft,” and “Filled Surface” combined with guide curves for smoother, more controlled geometry.
FUSION 360
Process & Steps
Solid works gave me an experience on how to design and usage of tools. that helped me to understand Fusion 360.
Dimentions
3D Design
Challenges & Solutions
1️⃣ Understanding the Tool Palette & Features
🔹 Challenge: Initially, navigating through the tool palette and understanding the functions of different tools in Fusion 360 and SolidWorks was overwhelming.
✅ Solution: I followed tutorials, experimented with different tools, and referred to official documentation to understand their applications.
2️⃣ Difficulty with Orthogonal Views
🔹 Challenge: Switching between top, front, and side views in orthogonal mode felt confusing, and aligning sketches correctly was tricky.
✅ Solution: Practiced by drawing simple objects in multiple views and used the view cube and constraints to align sketches accurately.
3️⃣ Struggles with Parametric Design
🔹 Challenge: Initially, I faced issues in defining constraints and dimensions for parametric modeling, which caused unexpected errors when modifying designs.
✅ Solution: I learned to apply constraints systematically, used dimension-driven design, and tested different values to see how the model responded.
4️⃣ Performance Issues with Complex Models
🔹 Challenge: When working with detailed 3D models, the software lagged, making it difficult to navigate and edit designs smoothly.
✅ Solution: Optimized my workflow by using lightweight preview modes, reducing unnecessary details, and enabling performance settings in the software.
5️⃣ Exporting & Compatibility Issues
🔹 Challenge: Exporting files in the right format (DXF, STL, SVG) for fabrication sometimes caused scaling issues.
✅ Solution: Double-checked units and scaling settings, tested exports in different software, and ensured proper format selection for the intended use.
Each of these challenges helped me develop a structured approach to CAD modeling. With continuous practice, patience, and troubleshooting,
I gained confidence in using CAD tools for design and fabrication. 🚀
How to compress the images
By using the I LOVE IMG website I compressed my images upto 50-20 Kb
After selecting the images which is collectively I filed in one folder, I set the image size and reduce it . Then I delete it from the web server by using the deleted button.
How to compress the Video
By using the VEED website I compressed my videos respective sizes.
If the Video not compressed into expected size then repeat the process often then it will get reduce that size.
