Architectural and Structural BIM Modeling Services

We design functional, load-bearing frameworks that form the backbone of your project — accurate, fully coordinated, and built to support every other discipline that follows.

Architectural and Structural BIM Modeling Services

Integrated Architectural and Structural BIM Models

Integrated Architectural and Structural BIM Models

Our teams for both these disciplines work hand in hand to create a digital foundation that supports seamless collaboration during modelling.

Architectural BIM modeling forms the basis for the BIM process by creating spatial layouts, including rooms, doors, windows, and ceilings. These elements shape the building envelope, creating organised spaces for subsequent designing and modelling activities.

Structural BIM modeling verifies the building’s ability to withstand applied loads through detailed analysis. Structural calculations solidify the geometry and establish critical parameters for designing beams, slabs, cores, and roofs.

Here are some of the key modelling and designing services we deliver for the two disciplines:

  • Massing and Concept modelling
  • Stair, ramp and circulation design
  • Area schedules and room datasheets
  • Internal partitions and room layouts
  • Steel fabrication and Reinforced Concrete (RC) detailing
  • Foundation and ground slab modelling
  • Structural connection detailing
  • Column, beam and frame modelling

Execution-Ready 3D BIM Models

Execution-Ready 3D BIM Models

Architectural and structural disciplines form the crux of the BIM process, enabling the progression of all the other disciplines.

A BIM execution plan is the first step towards the modelling process, defining the project environment, workflows, and standards. The initial model setup is developed from the two disciplines before designing commences.

Spatial references are shared across disciplines to define the structural grid and floor level strategy, establishing a coordinated framework for BIM development. Regular cross-disciplinary reviews ensure that equipment locations and building elements remain consistent between models.

MEP systems penetrate within the layouts of these disciplines, making clash detection a critical step in identifying and resolving conflicts before the model handover and construction documentation.

Coordinate BIM Foundation Layouts

Coordinate BIM Foundation Layouts

As architectural and structural disciplines are closely interconnected, modifications in one often impact the other, creating downstream effects on MEP and the whole BIM environment.

Here’s how we ensure the final model isn’t impacted during the modelling process:

Design Changes

Design Changes

We maintain a central BIM model including all disciplines. Any changes in the designs are synchronised and reflected across the models.

Foundation Coordination

Foundation Coordination

We ensure that architectural layouts are designed considering structural loads, support locations and systems to maintain a strong foundation.

Project Consistency

Project Consistency

Regular model reviews are conducted between the teams of both disciplines to ensure alignment with the pre-decided structured workflow and avoid discrepancies.

Design Error Prevention

Design Error Prevention

Establish standardised levels and grids as reference points and identify beam depths, slab thickness and structural zones early to prevent cross-disciplinary conflicts.

Complex Building Geometry

Complex Building Geometry

Cover irregular and curved surfaces and unique structural elements by utilising a mathematically accurate algorithm and adaptive components instead of static geometry.

Solid BIM Foundation for Design and Construction

Solid BIM Foundation for Design and Construction

We understand that architectural plans and layouts, together with structural support systems, form the fundamental framework for successful building construction. We ensure all project information is consolidated, enabling construction and engineering teams to work from a single source without cross-referencing multiple models.

Our team-centric workflow minimises unnecessary effort through project lifecycles:

Reduce Future Modifications

Reduce Future Modifications

Align structural openings with architectural requirements to ensure ample spatial coordination for future service routes, reducing costly construction modifications in the future.

BIM Model Visualisation

BIM Model Visualisation

Visualise the designs and models through interactive 360-degree 3D viewing and walkthroughs.

Minimised Construction Risk

Minimised Construction Risk

We resolve structural clashes, penetration conflicts, and dimensional inconsistencies during the design phase through model revisions, minimising the need for structural rework.

Data Synchronization

Data Synchronization

Models designed separately by the architectural and structural teams are automatically updated through cloud-based links within the BIM 360 workflow.

Consistent Documentation

Consistent Documentation

We create a fully coordinated document set, with drawings, connection details, and material schedules extracted directly from the final BIM model and validated for internal consistency.

Technologies we use

AUTODESK REVIT * BIM 360 * ETABS

TEKLA * STAAD.PRO * AUTODESK CONSTRUCTION CLOUD

Industries we serve

MANUFACTURING

MEDICAL

STEEL STRUCTURAL

CIVIL

METRORAIL

Industrial Standards

DEWABSNFPAISOISO 19650

Frequently Asked Questions

Structural Detailing and Architectural Design Services FAQs

It creates 3D models of building plans and spatial layouts. The physical structure containing walls, windows, and doors is developed into organised spaces. These are developed as smart objects containing vital information about the material, fire rating, and dimensions.
Structural BIM modelling is the process of creating a coordinated 3D digital BIM model of a structure containing structural elements, their geometry, and properties. The structural components and its connections contain information such as location, schedules and quantities. This can be used to improve the structural supports of a building.
Architectural BIM modelling focuses on a building’s appearance and spaces, while structural BIM represents the load-bearing systems and structural components in a coordinated digital model. Architectural BIM can be used for organising spaces and improving layout, while structural BIM improves structural coordination between beams, slabs, and foundations. Together, they define the function of a building and protect against structural risks.
BIM models help extract drawings, elevations, structural details, and schedules without compromising consistency. It is easier to make revisions and reduces errors, making permit submissions and compliance checks more efficient.
It involves creating a detailed 3D representation of a building and its space layout. This representation helps optimise the space and visualise design options through rendering and detailing. It helps identify potential construction risks early to improve coordination of the proposed design.
Yes, our BIM modelling capabilities extend to both residential and commercial projects. Our architectural and structural BIM services include 3D modelling, clash detection, coordination, and documentation.
Sedin Engineering’s BIM team oversees architectural and structural coordination within a central BIM model. Rather than relying on fixed dimensions, our team models components that automatically adapt to surrounding structural surfaces. The components account for unique or irregular elements to develop an intelligent model with minimal errors.

Related Engineering Services

3D Modeling Services for Plant Engineering

3D Modelling Services for Plant Engineering

We design accurate, clash-free, and construction-ready 3D models, translating complex process requirements into standards your project demands.

Detailed Engineering Design Solutions for Industrial Plants

Detailed Engineering Design Solutions for Industrial Plants

We offer comprehensive design solutions for your plant by converting conceptual and basic engineering inputs into construction-ready documents.

PROJECTS DELIVERED SUCCESSFULLY
100%

Projects Delivered

REDUCTION IN COST
63%

Reduction in cost

IMPROVEMENT IN PRODUCT
73%

Improvement in product

REDUCTION IN TIME TO MARKET
56%

Reduction in time to market

INCREASE IN INNOVATION
47%

Increase in innovation