Building Information Modelling (BIM) applications

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 13 Issue: 04 | Apr 2026 www.irjet.net p-ISSN: 2395-0072

Building Information Modelling (BIM) applications

V.S. Birajdar1 , Aditya Sarangi2 , Kartik Adam3 , Avinash Konda4 ,

PROF. V.S. BIRAJDAR., Dept. of Civil Engineering, SES Polytechnic, Maharashtra, India.

Abstract - Building Information Modeling (BIM) is a modern digital approach that transforms the way construction projects are planned, designed, executed, and managed. It involves the creation of an intelligent 3D model that integrates both graphical and non-graphical data, includingdimensions,materials,cost,time,andperformancerelated information. Unlike traditional 2D drawings, BIM provides a comprehensive and dynamic representation of a building,enablingbetterunderstandinganddecision-making throughout the project lifecycle.

One of the major applications of BIM is in the design phase, where architects and engineers can create accurate and coordinated models. This reduces design conflicts through clash detection, where issues between structural, architectural, and MEP (mechanical, electrical, plumbing) systems are identified before construction begins. As a result, errors and rework at the site are significantly minimized, saving both time and cost.

BIM also plays a crucial role in project planning and scheduling. With the integration of time (4D BIM), constructionactivities canbe visualizedstep-by-step, helping projectmanagerstoplansequencesefficiently.Similarly,cost estimation (5D BIM) allows accurate budgeting by linking quantities directly to the model. This ensures better financial control and reduces the chances of budget overruns.

Another important application of BIM is in construction management. It enhances collaboration among stakeholders by providing a shared platform where real-time updates can be accessed by all team members. This improves communication,coordination,andtransparencyintheproject.

BIM also helps in site logistics planning, safety management, and resource optimization.

Furthermore, BIMsupportssustainability byenablingenergy analysis, material optimization, and waste reduction. It helps indesigningenergy-efficientbuildingsandpromotestheuseof sustainable construction practices. In the operation and maintenance phase, BIM provides valuable data for facility management, such as maintenance schedules, asset tracking, and lifecycle management of building components.

Key Words: Smart Construction, Sustainable Infrastructure, Construction Automation, Project Management,SmartCities

1.INTRODUCTION

Building Information Modeling (BIM) is a modern technology used in the architecture, engineering, and construction(AEC)industrytoimprovethewaybuildings andinfrastructureprojectsaredesigned,constructed,and managed.Itisadigitalprocessthatinvolvescreatinga3D modelofabuildingalongwithdetailedinformationaboutits physical and functional properties. This information-rich model helps professionals to visualize the project more clearlyandmakebetterdecisionsateverystage.

Traditionally,constructionprojectswereplannedusing2D drawings,whichoftenledtoerrors,miscommunication,and delays.BIMovercomestheseproblemsbyprovidingasingle integrated platform where all project data is stored and shared. Architects, engineers, contractors, and project managerscanworktogetheronthesamemodel,improving coordination and reducing conflicts between different components such as structural, architectural, and MEP systems.

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 13 Issue: 04 | Apr 2026 www.irjet.net p-ISSN: 2395-0072

BIM is not only limited to 3D modeling; it also includes additional dimensions such as time (4D), cost (5D), sustainability (6D), and facility management (7D). These featureshelpinbetterplanning,scheduling,budgeting,and maintenance of construction projects. By using BIM, it is possibletodetectdesignclashesearly,estimatequantities accurately, and simulate construction processes before actualexecution.

1.1 BIM RESARECH BACKGROUND

BIM technology is an essential tool in project management due to its effectiveness in managing design-phase issues saving construction costs and wasted time. The facilities and above technology enabledadigitalvisualizationofthethemodellingof thenecessaryengineeringdatainvolvedintheproject, whichincludesparameterfunction,materialproperties, tables, quantities, and specifications, which are all stored with the prototype (one model with details, documentation,andcomprehensivedata)tolevelsof transparencyforstakeholdersandatallstagesofthe project. Implementing this method provides several advantages for project stakeholders (visualization, analysis options, sustainability, verification of quantities, cost estimation, site selection, representation of the schedule in a 4D model, and maintenance). These studies provide an overview of thistechnique'spurposeinconstructionplanning.Then therearethefollowingpriorities

2. 2. AUTODESK REVIT

AutodeskRevitisabuildinginformationmodelingsoftware for architects, structural engineers, MEP engineers, designersandcontractors.Itallowsusertodesignabuilding andstructureanditscomponentsin3D,annotatethemodel with2Ddraftingelements,andaccessbuildinginformation fromthebuildingmodel'sdatabase.Revitis4DBIMcapable withtoolstoplanandtrackvariousstagesinthebuilding's lifecycle,fromconcepttoconstructionandlaterdemolition.

2.3 PROCEDURE

1.StartingaNewProjectinRevit

2.SettingUpProjectUnits

3.CreatingLevels(Floors)

Steps:

i. GotoElevationView

ii. SelectLevelTool

iii. Drawhorizontallines

iv. Renamelevels:

GroundFloor

FirstFloor

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 13 Issue: 04 | Apr 2026 www.irjet.net p-ISSN: 2395-0072

4.CreatingGridLines

5.DrawingWalls

Steps:

i.GotoArchitecture

ii.SelectWallTool

iii.Choosewalltype

iv.Brickwall

v.Drawwallsusing:

a.Line

b.Rectangle

6.AddingDoors

Steps:

i.SelectDoorTool

ii.Choosedoortype

iii.Clickonwalltoplacedoor

Adjustments:

Width

Height

Position

7.AddingWindows

Steps:

i.SelectWindowTool

ii.Choosewindowtype

iii.Placeonwalls

ImportantPoints:

Maintainproperheight(silllevel).

Ensureventilation.

8.CreatingFloors(Slabs)

9.AddingRoof

10.CreatingStairs

11.AddingColumns

Steps:

i.SelectColumnTool

ii.Choosestructuralcolumn

iii.Placeatgridintersections

12.ApplyingDimensions

13.3DViewCreation

Steps:

i.Click3DView

ii.Rotatemodel

iii.Visualizebuilding

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 13 Issue: 04 | Apr 2026 www.irjet.net p-ISSN: 2395-0072

3. CONCLUSIONS

ThisresearchhasexploredtheprofoundimpactofBuilding InformationModeling(BIM)andmoderncivilengineering, highlighting their collective role in driving digital transformation,enhancingprojectoutcomes,andaddressing industry-widechallenges.

REFERENCES

[1] Eastman et al. (2011) defined BIM as a digital representation of the physical and functional characteristicsofabuilding.Accordingtothem,BIM providesa sharedplatform whereall stakeholders

can access and update project information. This improves coordination and reduces misunderstandingsamongprojectparticipants.

[2] Succar (2009) explained that BIM is not just a softwaretoolbutacompleteprocessthatenhances collaboration among architects, engineers, and contractors. He emphasized that BIM helps in sharingaccurateinformationthroughouttheentire lifecycleofaproject,fromdesigntoconstructionand maintenance.

BIOGRAPHIES

Aditya.K.Sarangi. Dept:-CivilEngg

Kartik.A.Adam Dept:-CivilEngg

Avinash.G.Konda. Dept:-CivilEngg