Fluid parametric Pavilion

Learn how to design and model organic subdivision architecture in Blender

Feeling stuck with boxy Blender models? Want to design like a pro with parametric magic and fluid shapes?

This course empowers you to unlock the potential of subdivision modeling and parametric design in Blender so you can create organic, fluid, non-destructive designs with ease.

You will learn to harness the power of subdivision surfaces for smooth, organic shapes, and gain fine-tuned control through understanding how to create sharp, creased edges appropriately. You will master efficient modeling techniques that combine subdiv with procedural modifiers and geometry nodes, so you can refine designs with ease. Finally, you will learn how to apply materials and render with Blender Cycles and post-process.

At a glance: This is the most advanced, yet accessible course to learn how to work with architectural subdivision modeling in Blender and how to work parametrically with modifiers.
Topics: subdivision modeling, parametric modeling, geometry nodes instancing, geometry nodes deformations, modifiers-based procedural modeling
Software: Blender, and optionally Affinity Photo for post-processing.
Duration: 5.5 hours of video lessons of recorded sessions broken down into 7 chapters , live Q&A sessions. Videos include English subtitles. Full curriculum below.
Preview: You can freely access the first lessons of the course below in the curriculum
Experience: intermediate beginner to intermediate and beyond. Although this course can be used by complete beginners, it is advisable to have a basic understanding of Blender.
Includes: Video lessons, Blender files, and assignments
Your instructor: Dimitar Pouchnikov, professional architect in London with over 12 years experience working on international projects, Full Bio below

Blender's tools are a perfect mixture between the freedom to create in Maya with the inherent and very easy-to-use parametricism that can achieve results like Grasshopper, while preserving some of the precision that many may associate with Rhino and Sketchup.

This course focuses on how to work with subdivision modeling with Blender's modifiers through creating a pavilion, working on a single chunk, that is procedurally arrayed. The setup is parametric and very flexible. The same process can be used to generate larger forms and massings like buildings and towers. You will also will learn how to easily and procedurully deform your geometry and add further layers of modifiers with both Geometry Nodes and the modifier stack.

If you want to work faster, and more creatively with both smooth and parametric geometry then this is the course for you!

By completing this course, you will be able to work much more efficiently, exploring complex organic forms with confidence. You will learn the techniques that are used by some of the top architects in places like Zaha Hadid Architects, MAD Architectus, and UN Studio.

Enroll in course

Course structure

This course includes seven chapters, through which you will be guided in a sequential and easy-to-follow process to generate a parametric, radial shape with fluid organic and also sharp geometrical elements.

Here is the full breakdown of each module. You can find the full curriculum, including all the videos further below.

Part 1 - Modeling: Explicit, parametric, and subdivision

Initially you will learn how to work with polygonal shapes in Blender like hexagon and an octagon, from which we will start building up the initial pavilion massings. These beautiful shapes will start to emerge whilst learning the subdivision modeling process
 
After understanding the basic workflow, we will rebuild the pavilion parametrically, so that only one side needs to be adjusted. This setup allows for highly iterative and creative process allowing you to adjust the shape with ease.

The parametric exploration continues with adding and shaping columns. Through this process, you will learn highly accurate ways of modifying topology for generating more complex geometry, like T type intersections.

Part 2 - Modeling Refinements and additional elements

Once the base setup has been created, you will continue to iterate and refine the design to a higher level of detail. The intent here is to show you more sophisticated workflow adjustments that you can apply to easily evolve designs at speed.

In addition to the base massing, we will also work with additional separate elements, like parapets and glass curtain wall, allowing you to learn how to keep distinct types of geometries in one object.

In this module you will also learn model beach furniture - sun loungers, sun tables, and cabanas. We will later instantiate them procedurally with Geometry Nodes.   

Part 3 - Materials

The previous two chapters are the bulk of the modeling workflows that you will learn in this course. Beyond the modeling, it is just as essential to improve presentation skills in portraying design work.

In this chapter, you will learn how to create procedural materials that allow the design to be portrayed to a high-quality without adding raster textures that increase file sizes and typically have a tiling effect.

Furthermore, you will learn how to create more advanced procedural materials like that add transparency, for example like a mesh for a sun lounger, and then also how to mix raster textures with procedural material overlays. 

Part  4 - Geometry Nodes instancing
In this chapter, you will learn the easiest ways possible to instantiate repeating geometry. We will use the sun loungers, tables, and cabanas previously created and array them radially with rotation along curves from the pools and manually created ones.

The intent here is to give you the skills to understand how to easily create instances of any type of geometry that you may have and need to populate in your scenes. Thus, geometry nodes instancing is becoming an absolutely essential skill to have. 
Part 5- Visualisation
With modeling, materials, and instances positioned, it is time to focus creating a scene that would look good when renders and display the necessary qualities that convince your clients of your design skills and expertise.

You will learn essential rendering settings, how to work with backdrops, setting up cameras, lights, and how to think about the best views to capture the best qualities of your models.

Finally, you will be able to post process your images directly within Blender. 
Bonus 1 - Remake pavilion in geometry Nodes
In this exciting bonus update, we will once again recreate the whole pavilion, but not from scratch. We will the module that you have previously created and learned how to model, plug it into Geometry Nodes, and do the radial array and mirroring directly within geometry nodes.

You will further expand your knowledge of Geometry Nodes and learn how to manipulate design geometry beyond instancing.

Why Geometry Nodes, you might ask if you know how to do it with other modifiers? Great question! Geometry Nodes allows for per-instance properties, meaning that we can use the same instance but have different deforming qualities! Essentially, it makes working with multiple variations significantly faster!
Bonus 2 - Re-render and post-process in Affinity Photo
Here, I will go into detail into my post-processing workflow with Affinity Photo, highlighting how images can be pushed further and better by utilising a separate photo editing software.

Along the way, you will also learn how to use HDRI images as backdrops, and how to manipulate them so that your context looks correct from all angles. 
What you get

To help you learn more optimally and progressively, the course includes assignments that allow you to practice with your own ideas beyond the material presented. The best work that is submitted will be showcased throughout this course and on social media with credits.
 
Additionally, you can comment directly on each lesson and you will have access to email support. Furthermore, you will gain access to an exclusive community of other students like you where you can ask questions and showcase your work.

The course includes automatically generated subtitles which can be searched in the video player. This is highly useful when you like to go back and find a reference for something you remember watching initially.

This course also includes live sessions where you can ask your questions directly to the instructor. The live sessions will be recorded and uploaded to the course curriculum so even if you missed a live session, you would be able to recap and learn from other students' questions.

By the end of this course you will :


  • Design more efficiently within Blender
  • Design smooth, organic, and fluid architecture
  • Work faster and iterate better by working procedurally with Modifiers and Geometry Nodes
  • Render, visualise, and present your work compellingly

Course Curriculum

Meet your Instructor

Dimitar presenting at Blender Conference in Amsterdam.

Mixed use project for which Dimitar was responsible currently under construction.

Dimitar Pouchnikov

Dimitar is an experienced architect, designer, and educator with over 13 years professional experience. He is driven by the desire to create beautiful spaces, buildings, and cities that work excellently for all users. His design philosophy is based on creating beautiful architecture through the intersection of design, creating a sense of place, and technology. This philosophy drives both his professional and academic research.  

With most of his experience gained while working at distinguished architecture offices in London, Dimitar understands the architectural design process wholeheartedly. Having led teams as a project designer, he is aware how to communicate to both professionals and to clients successfully. He has and continues to communicate design visions confidently that manifest into beautiful and functional projects.

Dimitar knows that the proper architectural design process is demanding and rigorous, necessitating many revisions and parallel design explorations. He is grateful to have worked in teams that have taught him and enabled him to execute this proper design process - balancing beauty, function, user requirements, buildability, vision, and giving back.

Over the years, Dimitar has developed a balanced concept-driven design approach with industry-leading parametric design skills. Having the ability to move from a simple sketch to a complex 3d model quickly and effectively is an essential skill to move through design ideas efficiently. In this manner, finding the right mix of design ideas is achieved as quickly as possible, without wasting time redrawing or re-modelling unnecessary and repetitive steps. At the same time, parametric design enables inserting greater design intelligence into projects while reducing the effort required to document project parameters for construction. 

Dimitar aims to work as much as possible with free, open-source, and non-subscription tools like Blender, Rhino, Grasshopper, and Affinity that allow professionals to have access to their drawings and designs without the need to rent their software just to access previous designs. 

Blender is an essential part of Dimitar’s software design toolkit and he is on a mission to show as many architects and designers its key strategic advantages. He shows various use cases on the UH Studio Design Academy youtube channel, teaches numerous courses through UHSDA, and frequently collaborates with the industry’s leading education platforms like PA Academy, Futurly, Dezact and others. Dimitar also speaks at international conferences about the advantages of using Blender as a design tool.

Professionally, Dimitar has worked on many typologies, ranging from Cultural, Commercial, Residential, Urban Design, Sport, Entertainment, Masterplanning, and High-rise/mega-tall buildings. Among others, he has worked at HOK and Adjaye Associates in London. 

Dimitar holds a postgraduate M.Arch degree from the Architectural Association, Design Research Lab Programme and a 5 year professional B.Arch degree from Tyler School of Art, Temple University, in Philadelphia.

Dimitar learned Maya at the DRL programme at the AA and realised that everything that Zaha designers were teaching us with Maya can be done with Blender, and even more! After graduating, he transferred over his newly acquired Maya design skills to Blender and has been further expanding them since.


Course Investment

FREQUENTLY ASKED QUESTIONS

YES! In fact this is the most suitable course that we know of to learn the modeling techniques used at places like ZHA and MAD Architects. The instructor, Dimitar, was trained at the same programme at the AA school as the majority of architects working at Zaha Hadid. He knows intimately how to design beautiful curves based on subdivision modeling and has transfered his knowledge from Maya to Blender. 

Yes. However, there is a post-processing step of converting high-poly geometry into low-poly by baking textures. This is not covered in this course as it is highly specific to working with gaming engines. However, there are many courses that specifically cover this topic, so it can be combined with the knowledge of how to model beautiful fluid design from this course. 

If you an architect or a designer, we always suggest to start with the Blender masterclass, as it gives the best overview of how to use Blender in general terms for architectural design. From then on, all of our other courses delve into specific topics further.

The unique focus of this course is the understanding of how to work really well with subdivision modeling. As with other courses, we also cover parametric modeling workflows and how to use Geometry Nodes. The primary focus of this course is to equip you with a strong understanding of how to work with subdivision modeling in a procedural manner to produce beautiful and elegant results. 

This course is suitable for beginners, however we do recommend that you have basic familiarity with Blender, as the pace of the course is high, and in order to get the best value, it would be prefereable to have prior experience with Blender. If you have taken any other of our Blender courses, then you should be in great shape for this course.

Also, if you a feeling up to the challenge but don't know the ins and outs of Blender yet, and you would like to delve deep into Maya-style subdivision modeling, then this would be the right course to jump into.

No, we use vanilla Blender throughout all the lessons, so you don't need any additional investment for any further functionality.

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