
all textures used in the project are included as downloadable resource with this video.
Design a suburban villa in Rhino using two intersecting cubes, add materials, lighting and rendering, place objects, and produce 2d technical documents, plan views, elevations, sections, and perspectives.
Explore Rhino's user interface, focusing on tabs, layers, and viewports for architectural work. Learn to navigate with mouse and keyboard, and use the gumball tool to turn lines into solids.
Open Rhino seven to prepare your project with templates that set units, absolute tolerance, and layers, and learn to adjust settings via file menu properties.
the lectures for this update start with the prefix "update 1".
Layout the villa site in Rhino by drawing a 50m horizontal line, offsetting with copy or gumball, placing two rectangles, and shaping an organic pool with a curve.
Add walls, a floor, and a roof to a block in Rhino using split face, offset curves, and planar surfaces for precise villa modeling.
Add a chimney and glass balconies to a villa model in Rhino, placing it at the intersection, sizing panels with an array, and organizing components with layers.
Design a villa landscape with a central pool, wraparound garden, tool shed, outdoor dining platforms, and an independent entrance, using gumball, curve boolean, and array curve techniques.
Add an urban surrounding to a villa by modeling buildings, a lawn, a street, and a sidewalk, using sight lines, mirrored blocks, and layered grass and sidewalk areas.
Rhino eight introduces new modeling features that speed villa design, including push pull, inset with automatic splits, and auto seaplane, used with the gumball for perforated and curtain walls.
to have all the textures that are used in this section in one place, i have added them as a compressed file at the resource section of the last video in section 4
Explore Rhino rendering from real-time viewport to CPU-based accuracy, and learn to use sun and skylight, environmental lighting, and HDRI backgrounds to enhance 3D villa visuals.
Convert 3d rhino models into precise 2d drawings using make 2d, projected views, and manual line work, producing plan, elevations, and isometric views with optional hidden lines.
Learn how to print architectural drawings in Rhino using viewport and layout approaches, set precise scales, manage annotation scaling, text and hatch styles, and control line widths.
With Rhino layouts, create plans, sections, elevations and 3D renderings in a single layout environment, manage unit differences and scale, and control visibility of detail-specific objects for furniture and measurements.
Export and finalize your project by updating title blocks, sheet names, numbers, and scales across multiple layouts, then print efficiently using vector versus raster output and resolution optimization.
Learn to optimize a Rhino villa project by reducing polygon counts, converting elements to blocks, purging unused data, and managing textures to shrink file size and speed up viewports.
Rhino eight enhances clipping planes and introduces clipping section styles for faster, dynamic 2D drawings; it adds selective clipping, named views, and improved line type control for layouts.
learn the potential of using the Enscape rendering engine in rhino. also included are 2d architectural objects and a texture collection
*New lectures have been added to cover the new features of Rhino8
In this course, you learn the basics of rhino by following the design process of a modern villa step by step. the course is designed to be simple yet comprehensive, and gives you a holistic knowledge on how to use rhino for an architectural project. specifically, you'll learn about the following topics on a beginner's level:
- Modeling architectural elements like walls, openings, railings, stairs, landscape, etc.
- Better management of the process using layers and blocks
- Creating and editing materials
- Populating the scene with objects using several methods
- Using several different techniques for lighting and rendering
- Several ways to make 2d drawings from the model
- Preparing the project for printing and ensuring correct annotation size and scale
- Optimizing the viewport speed and file size
these topics are introduced as we encounter design challenges during the process, and the best method is chosen based on speed and ease of use. since we cover the entire design process and try different methods, some videos are slightly longer than usual but i have not shortened them to preserve quality over short video time.
hopefully, after this course, you'll know the most essential commands and abilities of rhino to design an architectural project, and are able to choose the best and fastest combination of commands for every step.
finally, the deeper insight of rhino's abilities gained though the practical project can enable you to search and learn newer and more complex aspects of rhino a lot faster and easier in your journey to master rhino.
*all videos are complemented with the project file up to that point and additional objects used in the video. if you want to open the completed project file before proceeding, it is recommended to watch the second half of the lecture titled "Optimization" to fix missing textures. you can find the texture collection in the resource section of the last video.