
Explore the meaning of LOD 100 in BIM and learn how concept design uses generic objects with approximate size, shape, and location to define the building's facade and shell.
Start a Revit project by selecting a metric architectural template and setting project units. Learn to create sections, define levels, generate floor plans, and save your file.
Insert or link AutoCAD files into Revit conceptual design projects by using plan view, setting import units to meter, and reloading edits via manage links.
Model the top surface in Revit concept design by importing survey data, defining boundary points, and creating a building pad at basement level to align with topography.
Master view settings in Revit conceptual design to hide and reveal elements, use visibility/graphics to control categories, and apply a section box to define topography extent.
Explore Revit design options to develop, evaluate, and select multiple concepts, organize alternatives into sets and options, activate a chosen alternative in the main model, and compare before transferring.
Create mass in Revit using in-place mass, conceptual mass families, and Dynamo, then develop solid and void forms with basic drawing tools and planes.
Master mass modelling in Revit by creating revolve, sweep, swept blend, and spline forms from axis-based profiles along a path, using open or closed profiles to form solids.
Explore editing the surface and profiles of a mass using tools like edit profile, X-ray, add edge, add profile, and dissolve.
Model an angular concept using design options and in place mass, placing profiles and edges across levels to shape mass. Prepare a second, curved concept in option two for comparison.
Concepts.rvt must be opened with Revit 2021 or higher
Divide surfaces and apply surface patterns to panels or adapted components within conceptual design environments.
Design a curtain panel pattern-based component in the family template environment using the Rumbold pattern, then model the circular frame and glass panel and apply it to the surface.
Set your Revit project location to establish a geographical identity, then rotate to true north to align with sun and shadows for optimized site orientation.
Learn to set sun location, adjust time and date, run single or multi-day solar studies across seasons, visualize shadows, and export animated sun studies for presentations.
Set a client-ready 3D perspective by cleaning the view and hiding levels, then orient with the view cube. Place a camera, switch to perspective, and adjust eye and target elevations.
Learn to set and customize materials for the mass and its surfaces in Revit conceptual design, using the material browser, pattern assignments, and surface representation to create varied finishes.
Edit existing materials and create new ones using the material window, adjusting identity, graphics, and appearances to configure metal finishes and use the asset library for rendering.
Explore how to adjust graphic display settings in Revit conceptual design, switching styles, refining edges and lines, tuning lighting, shadows, and background for a clearer conceptual view.
Export and render workflows in Revit conceptual design (LOD 100): export as image or render with adjustable resolution, visual styles, background, lighting, and exposure for professional presentation.
Learn to create a Revit walkthrough by defining a camera path in 3d views, adjusting keyframes in plan view, and exporting the animated concept as video or image sequences.
Compare side-by-side conceptual options in Revit by duplicating views, adjusting visibility, then transfer the chosen concept to the main model via design options and render a walkthrough video.
This course is for Students, Architects and 3d modelers who don't want or need to learn advanced Revit or willing to present their project in BIM platform. In this course:
First we will talk about LOD100 and its definition
Then we will guide you how to prepare your Revit new file environment to start modeling your concept. This session is for those who does not have any previous experience in using Revit.
Defining units and levels, using AutoCad topo information, creating a topo surface, making building pads and working with options are all the tools that will be used in lesson 2
in lesson 3, ways of modeling spatial objects will be practiced.
Mass in-place is the tool that helps you manifest any innovative idea you have in your mind
In the next step we will learn how to run solar study to visualize the impact of natural light and shadows on generic objects we have created before.
You will learn how to use Location, project orientation and sun path options.
In the final stage, we will go through different ways of exporting our concept for presentation. We will learn how to define material for our mass, set up graphic display settings, work with cameras ,Revit walkthrough and also rendering tools. We will practice how to compare different concepts and make them ready for an impressive presentation.
We will be grateful to receive your reviews, comments and suggestions : )