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- 3D Parametric Editor Online
- 3D Parametric Configurator
- 3D Parametric Marketplace
05/21/2026
🌻 Be it sunflower spirals, zebra stripes or terrain meshes, some patterns don’t just look beautiful - they reveal how nature organizes itself.
At Beegraphy, we explore how the same underlying mathematical logic reappears across nature, computation, geometry, and design - often in ways we barely notice. ✨
Read the full blog here: https://beegraphy.com/blog/mathematical-patterns-in-beegraphy/
Parametric workflows are turning packaging into living systems - responsive, adaptive, and brutally efficient ⚙️📦
Less waste ♻️ Smarter structures 🧠 Infinite variations ♾️
This isn’t just better design - it’s a different mindset.
From crafting forms → to engineering behaviors
The result? Packaging that performs as well as it looks 🚀✨ Welcome to the shift 👀
Read the blog, and try out the model for yourself: https://beegraphy.com/blog/parametric-packaging-designs/
Designing a Parametric Trophy in BeeGraphy 🏆
Watch the full tutorial to see how it’s built: https://youtu.be/UN-lYoJvkAo
BeeGraphy March 2026 Updates are here — and we’ve launched our new website!
Explore a faster, more interactive BeeGraphy experience built for creators and businesses.
From powerful new nodes to CAM workflows and advanced debugging tools - this update is all about making your workflows smarter, faster, and production-ready.
✨ What’s new:
• CAM View for fabrication workflows
• Active Nodes & Debug Timing
• New & improved nodes + more
🔗 Read the full update: https://beegraphy.com/blog/beegraphy-march-2026-update/
03/18/2026
What if you could see mathematics turn into architecture?
Using BeeGraphy, We explored how parameters shape everything, from simple equations to complex architectural forms.
Follow the story of Florina Pantilimonescu-Cioancă and BeeGraphy as we explore the relationship between mathematics and architecture through the case study of the Zayed National Museum. 💫
Check out the Weekly blog here: https://lnkd.in/gFiGCjvm
In the 9th Intermediate BeeGraphy Tutorial, we build a layered hydroponic structure inspired by 3D-printed clay systems used for vertical farming. Using curve rotation, controlled twisting, lofting, and boolean surface operations, we construct a fully parametric model with perforations that can adapt dynamically to design inputs.
🔹 Part A — Build the complete parametric hydroponic geometry inside BeeGraphy. https://youtu.be/nWiFJC0RzvA
🔹 Part B — Learn how to generate G-code and understand how 3D printers convert geometry into printable instructions. https://youtu.be/c3BQX1P_MBA
This tutorial bridges computational geometry, fabrication workflows, and sustainable design systems.
🎥 Watch the tutorial and explore the full script on BeeGraphy.
Save this reel and try building it yourself.
🌱
Our Intermediate BeeGraphy Series continues with a complete parametric waffle system built from scratch using mathematical wave equations.
🔹 Part A — We generate the full 3D waffle structure using grids, point displacement, and equation-driven geometry.
🔹 Part B — We move into fabrication: extract laser-cut profiles, create socketed joints, auto-number parts, and build a 2D–3D toggle workflow for seamless production.
This isn’t just modeling — it’s a full parametric-to-fabrication pipeline. If you’re serious about computational design and digital fabrication, this workflow is essential.
🎥 Watch Part A & Part B now on Youtube
Save this reel and build it step by step.
Part A: https://youtu.be/HMNzM0jN2_o
Part B: https://youtu.be/HwKzcSwBuQw
BeeGraphy’s 6th Intermediate Tutorial is now live!
In this tutorial, we build a fully controlled staircase system where the first step connects to the last, mirrored symmetrically around a central landing. Through tweened curves and precisely defined inputs such as riser, tread, step count and more, the staircase evolves seamlessly in real time.
🎥 Watch the full step-by-step tutorial (https://youtu.be/MPUlCMToSII)
💾 Save this reel for later
📤 Share with someone learning parametric design
🔥 Calling all computational design pioneers! 🔥
The ultimate showcase for computational design is back, offering $7000+ in prizes and unparalleled global recognition.
This is your opportunity to:
Gain Exposure: Present your work to an expert international jury.
Join a Global Community: Connect with innovators from 35+ countries.
Win Big: Compete for significant cash prizes and accolades.
We're introducing the next chapter in design innovation, powered by your creative submissions. Don't miss your chance to be "Best in Category" and leave your mark on the world of design.
The future awaits. Pre-register now and prepare to impress!
👉 https://computationaldesignawards.uni.xyz/pre-register
01/23/2026
🧠 It's widely known that visual memory significantly surpasses written recall, especially for children. Yet, as education progresses, particularly in mathematics, the visual aids often disappear, leaving students grappling with abstract concepts. This often leads to frustration, not because of incapability, but due to a disconnect in learning methodology.
Jiyun, a dedicated math designer from Korea, recognized this critical gap. Discovering BeeGraphy, she found a powerful platform to reintroduce the vital element of visual learning into mathematics. Her vision is clear and impactful: when students can see the patterns, relationships, and structures of mathematical concepts through dynamic, interactive visuals, their comprehension profoundly transforms.
BeeGraphy has become Jiyun's indispensable tool for making mathematics visible, tangible, and alive – moving beyond mere memorization to genuine experience and understanding.
👉 Learn more about Jiyun's innovative approach and how she's using BeeGraphy to teach mathematics with dynamic Venn Diagrams in our latest blog post:
🔗 https://beegraphy.com/blog/venn-diagrams-in-beegraphy/
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