Beegraphy Design Awards

Are you a proponent of Open Source Design (OSD)? This challenge invites makers, engineers, designers, and DIY enthusiasts to create products that can be 3D printed, laser cut, or fabricated in parts and then assembled into a final product. Whether you envision a cutting-edge drone frame, engaging DIY toys, or practical everyday products, this is your opportunity to push the boundaries of fabrication and design. Your design should use computational design and digital fabrication techniques to create innovative and functional products that also contribute positively to society at large scale. 
 

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Your designs should be easily fabricable using 3D printing, laser cutting, or other digital fabrication methods, and should be assembled from multiple parts into a cohesive final product. The size of a part of your design should not be more than the volume of  4m x 4m x 4m.

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Img. 1: Beegraphy's Parametric Model viewer of a DIY Drone Model.

Design Criteria:

• Innovation & Fabricability: Demonstrate creative use of digital fabrication techniques (3D printing, laser cutting, CNC machining) to design products that are both innovative and easily fabricable.
• Functionality & Aesthetics: The product should include innovative features such as adjustable components, integrated technology, or multi-functional aspects, while also having a unique visual appeal that reflects a futuristic design ethos.
• Sustainability: Incorporate sustainable practices, featuring eco-friendly materials and processes that minimize waste. Designs should consider environmental impact, focusing on energy efficiency and the concept of packing in digital fabrication.
• Social Impact & Assembly: Address community needs, promote sustainability, enhance education, and improve accessibility through your design. Ensure that parts can be easily assembled into a final product, considering ease of assembly and robustness of the final structure.

What We’re Looking For:

• Designs that push the limits of digital fabrication technology.
• Products that are both innovative and practical, with clear instructions for assembly.
• Creative and functional designs that can be easily replicated by others using common fabrication tools.
• Solutions that offer social value by addressing community needs, promoting sustainability, enhancing education, or improving accessibility.

Examples to Inspire:

• Drone Frame: Design a lightweight, sturdy frame for a drone, optimized for 3D printing or laser cutting. Consider modular components for easy assembly and repair.
• DIY Toys: Create engaging and educational toys that can be fabricated using 3D printing or laser cutting. Consider modular designs that allow for customization and expansion.
• Functional Products: Design everyday items like phone stands, organizers, or kitchen tools that can be fabricated and assembled at home.
• Assistive Devices: Develop customized assistive devices to improve the quality of life for people with disabilities.