INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 05,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 2378
BIM MODELING OF INTERIOR OBJECTS IN REVIT SOFTWARE
Student:
Azimova S.A.
Scientific Advisor: dots.
Ikramov Sh.R.
Tashkent University of Architecture and Civil Engineering
Abstract.
The development of BIM (Building Information Modeling) technologies is
transforming approaches to architectural environment design. Today, attention is given not only
to modeling structural elements but also to interior objects. Autodesk Revit makes it possible to
create digital models, enabling realistic spatial design. This article is devoted to relevant
practices in modeling with Revit software, analyzing modern requirements for object
parameterization and categorization, and also draws attention to the opinions of leading
architects on the role of small forms in digital architecture.
Keywords:
BIM technologies, Revit, furniture, interior, parameterization, categorization,
information models, families, 3D model, visualization.
Introduction.
Before the advent of BIM technologies, modeling interior furniture relied mainly
on drawings, hand-drawn sketches, and visual mockups. Throughout the 20th century,
architects and designers developed furniture manually using paper, tracing paper, ink, and
pencils. Furniture layout plans, elevations, axonometric views, and sections were drawn in 2D
graphics, which required precision, a careful approach, and accurate proportional calculations.
Often, to better understand the shape, size, and layout, physical models were created using
paper, cardboard, wood, or plastic.
Over time, the approach to interior design became deeper and more systematic. It was no longer
enough to simply place furniture on a drawing — designers began looking for tools that account
for the interaction of objects with space, engineering systems, and user needs. The emergence
of a new generation of software solutions met exactly these needs. The field gradually shifted
from two-dimensional drawings to a unified system that integrates graphics and data. Furniture
ceased to be just a decorative element and became a project component defined by parameters,
functionality, and usability. Along with the advancement of BIM technologies came the need to
model interior elements as accurately and completely as building structures. Revit made it
possible not only to create furniture models in 3D, but also to turn them into digital objects
containing information about materials, properties, and usage. This enabled integration with
engineering sections of the project, calculation of material volumes, and data extraction from
the model. [1]
Traditionally, BIM was focused primarily on structural elements — walls, columns, partitions,
and floors. However, already by the 2020s, architects and design teams recognized that without
fully digitalizing architectural environment elements, buildings could not be effectively utilized.
As noted at the “BIM World Paris 2024” conference, over 45% of operational errors in
buildings are linked to insufficient modeling of interior and urban infrastructure objects at the
design stage. Therefore, the creation of digital furniture models is becoming a full-fledged part
of the architectural process — influencing spatial ergonomics, aesthetics, and functionality.
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 05,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 2379
One of the main directions in modeling interior objects using BIM is parametric modeling of
families. In the traditional approach, any element change — for example, table dimensions or
bench upholstery — required creating a new object. In parametric models, this is no longer
necessary: one object can adapt to various versions simply by changing its properties. [2]
Parameterization provides the following benefits to designers:
• Time saving in model development and editing;
• Ability to adapt elements to client requirements and architectural concepts;
• Reduction of “heavy” elements in the project;
• Efficient management of changes at all project stages.
Additionally, parametric families are organized using internal components and formulas, which
allows geometry to automatically adjust based on changes to user-defined parameters. [2]
For example, a lighting fixture model can include parameters such as height, type, and base
material — making it adaptable to different rooms without the need to create new versions. In
this way, active use of parametric tools increases the productivity of designers and architects,
while the building itself becomes a “live” and flexible system. This is especially important in
today’s rapidly changing urban environment.
In Revit, correct categorization of families plays a crucial role when modeling interior objects.
A category defines how an object appears in drawings and schedules, and how it behaves
throughout the entire lifecycle within a project. Some common model categories in Revit
include:
• Furniture — interior elements like sofas, armchairs, tables, shelves;
• Site Components — urban infrastructure elements like benches, trash bins, lights, playgrounds,
and pavilions;
• Planting — trees, shrubs, and landscaping elements.
Incorrect categorization can lead to the following issues: confusion in drawings and plans,
incorrect data in specifications (e.g., furniture appearing under engineering equipment),
disruption of templates, visibility filters, and malfunctioning of annotation styles. [3]
Every element in a BIM model must be “intelligent” and interrelated. Correct categorization
ensures that a 3D model is not only visually correct but also functions as an integral part of the
project system. This greatly facilitates the work of architects, engineers, builders, and
maintenance personnel.
Modern design conditions require specialists to develop new competencies in BIM workflows.
Knowing traditional modeling tools is no longer enough — the ability to create intelligent
families for furniture has become a key skill for architects and designers. It is essential to
evolve educational programs in this direction: this reduces the gap between design and
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 05,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 2380
construction, helps create more accurate and realistic models, and supports standardization of
design processes within companies.
Within educational development, special attention should be paid to practical training in Revit:
creating parametric families, setting up categories, working with materials, and optimizing
models for teamwork. Intensive courses, in-house training sessions, and the integration of BIM
programs into architectural universities — all of these are critical in forming a new generation
of professionals capable of shaping the future digital environment.
In conclusion, modeling interior and urban environment objects using BIM is a new philosophy
of design, where every detail matters and becomes part of a larger architectural narrative. Today,
Revit opens up the possibility for architects and designers to visualize the city and building
down to the smallest detail. And it is precisely the quality of these details that determines how
comfortable, livable, and human the world we create will be.
References:
1. «Информационные технологии в архитектуре и строительстве» Прохорский Г.В., 2022
years, 120–135 pages.
2. «Моделирование в Autodesk Revit Architecture» Бессонова Н.В., 2017 years, 60–90
pages.
3. «Архитектурное моделирование в Autodesk Revit Architecture» Бессонова Н.В., 2018
years, 92-166 pages.
