Creating Levels, Grids, Layout and model elements for a residential unit using REVIT

1.

Building Information Modeling (BIM)

• BIM is an acronym for Building information Modeling or Building Information Management.
• It is a highly collaborative process that allows architects, engineers, real estate developers, contractors, manufacturers, and other construction professionals to plan, design, and construct a structure or building within one 3D model
• It can also span into the operation and management of buildings using data that building or structure owners have access to (hence the building information Management)
• This data allows governments, municipalities, and property managers to make informed decisions based on information derived from the model even after the building is constructed.

Features of BIM

• BIM is a physical representation of the physical and functional characteristics of the building process that provides every minute detail of the project.
• Every stakeholder makes their discipline-specific input to make it a comprehensive shared information resource about the structure
• One can easily access the right information at the right time that provides a reliable basis for decision making during a structure's entire lifecycle.
• BIM models not only present 3D geometric view of the structure, they provide a more comprehensive overview of the entire building process.
• It covers every component of this process from geometrical aspect of the design to spatial relationships from light analysis to provision of various services, from topographical information to quantities or properties of building components, and so on.
• BIM design tools allow you to obtain various views from a building model and produce high-quality, accurate drawings. These views are based on a single definition of each object and thus gives a more realistic and accurate idea of the final structure.

Benefits of using BIM over 2D CAD tools:

• Three-dimensional Building Information Modeling (BIM) provides many advantages over 2D CAD due to the vast capabilities of parametric modeling.
• All components modeled in 3D BIM software contain real world information about that component
• For instance, if you were to place a wall within a BIM model, that wall would automatically include information about it such as its length, width, volume, weight, etc. with little to no additional input from the user.
• Because of this, once the 3D model is complete the information can quickly and easily be translated into schedules, drawings, and much more.

2.

• First, we need to understand the concept of the Categories Families, Elements, instances in Revit, we discuss on by one below.
• We select the Categories, Families, Elements Instances by selecting the load family in the insert toolbar.

CATEGORIES

• Classification for families, for example doors, curtain walls, furniture, fighting fixtures, and so on. Families are grouped and sorted by category in the content libraries and in the Project Browser

FAMILIES

• A family is a group of elements with a common set of properties, called parameters, and a related graphical representation
• Different elements belonging to a family may have different values for some or all of their parameters, but the set of parameters (their names and meanings) is the same.
• All of the elements you use in Revit are families. Some families, such as walls or level datums, are included in the model environment.
• Other families, such as specific doors, or fixtures need to be loaded into the model from an external library. You can't create anything in Revit without using a family.

ELEMENTS

• Elements are the building blocks of a 3D model
• They represent the real-world components that a designer adds to the model.
• Some elements such as walls, windows, and beams are 3D and appear in all views.
• You can think of these elements as components that exist in a building.
• Other elements such as tags, dimensions, or other annotations appear only in the view in which they are placed.
• For example, we select the family from the door category, after selecting the family the new tab will visible.
• Next there will be different sizes of door is there, select any one of them
• Next that element is applied to the 3d model, and it will appear in the properties tab at the left side of the screen, as shown below.

INSTANCES

• Instances are individual graphical/geometric elements placed in a Revit model e.g., a single Wall, or a single Door, or any other single element
• As a subset of Revit Elements, Instances inherit a series of Parameters from their Category and Type and might have instance parameters as well that only belongs to that single instance.
• The single element attached to the wall is door, that door we call as instance, as shown below.

3. AIM

Setting up a Project in the Revit software.

INTRODUCTION

• For setting a project we need to select the architectural template for modeling the architectural plan
• When we save the file with appropriate name, the name will be saved to the particular folder.
• The project unit’s toolbar is used to set the project units, that applies to the whole project.
• The project information option is used to save the information of the project, by entering the project name, project issue date, project status, project address etc.

PROCEDURE

STEP-1

• First select the file tool bar, then the new tab appears and select the new option and then select the project

STEP-2

• Next select the architectural template in the new project tab then click ok.

STEP-3

• After the project is done, open the file toolbar and select the save option After selecting the save option the new tab will visible.
• Enter the new name, and before saying the name of the project click on the options at right comer of the save as tab, as shown below.
• Next, we need put maximum backups for project file to 3.

STEP-4

• Next, we need to select the project units in the manage tool bar, Next put the units to Feet and fractional inches, as shown below.

STEP-5

• Next, we open the manage toolbar and then select the project information.
• After selecting the project information, the new tab will be visible, then enter the project details in the project information tab as shown below.

RESULT

Setting up a project is done successfully in the Revit in detailed manner.

4. AIM

To create the grids and levels using the given details

INTRODUCTION

• Grid lines are finite planes, we can drag their extents in elevation views so that they do not intersect level lines
• This allows you to determine whether grid lines appear in each new plan view that you create for a project.
• Grids can be straight lines, arcs or multi-segmented. You can hide grid lines after you add them,
• Use the Grid tool to place column grid lines in the building design, we can then add columns along the column grid lines
• As we start to construct our 3D model, we need some method of controlling the vertical height of our elements- be it floor heights, the base and top of columns, window will heights, etc.
• This is where Levels come into play. In order to create an effective and efficient model it is crucial that you understand the use of Levels.
• The correct use of Levels will ensure that your model can readily be adjusted with the minimum of effort.

PROCEDURE

STEP-1

• For creating the levels, first we select the levels in the project browse.

STEP-2

• Next the levels will be displayed on the screen, as shown below.

STEP-3

• Next, we draw the grid lines horizontally, indicating the grids with A, B, C, D and E

STEP-4

• Next, we draw the vertical grid lines on the horizontal grids, indicating the grids with numbers from 1 to 10

RESULT

The levels and grid lines are drawn successfully using Revit

5. AIM

To create a conceptual layout of the residential unit in the Revit

INTRODUCTION

• Three-dimensional (3D) models represent a Physical body using a collection of points in 3D space, connected by various geometric entities such as triangles. lines, curved surfaces, etc.
• Being a collection of data, 3D models can be created manually, or by scanning Their surfaces may be further defined with texture mapping

PROCEDURE

STEP-1

• First, we have to draw the residential layout with the standard dimensions as shown in the below figure

STEP-2

• Next, we change the visibility of layout as shaded, as shown in below figure.
• Next add dimensions to the layout plan, shown below.

STEP-3

• Next change the residential layout plan to the 3d view as shown below.

RESULT

The conceptual layout of the residential unit is created successfully in the Revit in detailed manner

6. AIM

To draft the level of details which include dimensions of room, components to add in the residential unit.

INTRODUCTION

• Dimensioning on a floor plan usually requires two or three continuous dimension lines to locate exterior walls, wall jogs, Interior walls, windows, doors, and other elements
• Exterior walls of a building are dimensioned outside the floor plan.
• The outermost dimension line is the overall building dimension
• The next dimension line, moving toward the plan, indicates wall locations and centerlines to doors and windows
• Other miscellaneous details in the plan are located on a third-dimension line

PROCEDURE

STEP-1

• From the previous drawn residential unit, we put the dimensions for the rooms as shown below.

STEP-2

• Next, we need to add the doors to the layout using the door option in the architecture toolbar.

STEP-3

• Next, we need to add the windows to the layout using the window option in the architecture toolbar.

STEP-4

• Next we write the room name and its dimensions using the text tool the text tool will be at the top of the screen, as shown below.

STEP-5

• Next, we use the floor option to provide the floor for the residential unit, as shown below
• The floor option will be there in the architecture toolbar.

STEP-6

• Next the residential unit is changed to the three-dimensional view, a

RESULT

The level of details which include dimensions of room, components are successfully added in the residential unit

7. AIM

To insert the residential model elements such as Door, Windows, Tables Chair, Couch Bed, Lamps from the library to the model

INTRODUCTION

• The residential model elements are door, windows, chair, couch bed, lamps These elements are very important in the building model for construction
• Coming to the 3d modeling in the revit, these elements are present in the library and we need to insert them into the model

PROCEDURE

STEP-1

• Next, we need to add the doors to the layout using the door option in the architecture toolbar.

STEP-2

• Next, we need to add the windows to the layout using the window option in the architecture toolbar

STEP-3

• Next, we need insert the dining table, kitchen stove and washing sink, as shown below.

STEP -4

• Coming to the bedroom we insert the beds, chairs, and tables from the library as shown below.

STEP-5

• Next coming to the toilet room, we insert the urinals from the library as shown in the below figure.

STEP-6

• Next we insert the furniture things in the hall from the library, as shown in the below figure,

STEP-7

• The residential model elements are inserted from the library, as shown below.

STEP-8

• The all-model elements are inserted successfully and the layout plan is turned to the different views, as shown below.

RESULT

Residential model elements such as Door Windows Tables Chair, Couch, Bed, tamps are successfully inserted in the model from the library.