BIM Consulting Services
We have a specialized team of BIM consulting services who understand the intricacies of BIM implementation. We develop/formulate the required strategy and processes in accordance with industry standards and current practices.
Our disciplines, as well as to boost the correctness of design decisions. We provide clash-free 3D building information modeling services for construction projects, assisting clients in avoiding rework and saving money and time. Another advantage of our BIM services is the ability to generate accurate floor plans, sections, and elevations from 3D models developed using CAD data or Scan-to-BIM inputs.
01
Our 3D BIM model services aim to improve coordination and collaboration across diverse architectural, structural, and MEP disciplines, as well as to boost the correctness of design decisions. We provide clash-free 3D BIM modelling services for construction projects, assisting clients in avoiding rework and saving money and time. One of the most significant features of our custom 3D modelling service is the ability for designers to produce floor plans, sections, and elevations by collecting photos from various angles.
02
We provide comprehensive project monitoring during the execution phase through advanced digital construction tools such as Autodesk Revit, Navisworks, Synchro 4D, and Primavera P6, combined with proactive catch-up strategies. Our 4D BIM services build on the core advantages of BIM modeling—such as constructability analysis, seamless collaboration, accurate quantification, and cost estimation—by integrating the project timeline directly with the 3D model. This enables clear visualization of construction sequencing, improves coordination across stakeholders, and ensures greater control over project planning, tracking, and scheduling.
02
4D BIM Simulation
We provide complete project monitoring to our clients during the project execution phase, reporting actual status, delays, and prospective catch-up strategies. We are all aware that BIM Modeling services offer architects and home builders a variety of advantages such as constructability analysis, effective cooperation, quantification and cost estimation, and so on. And a 4D model adds yet another function to BIM, which is the representation of a project schedule.
03
During the construction phase, we monitor actual costs and construction material procurement plans based on BIM quantities and 4D scheduling using BIM models. As a part of our digital construction workflow, this is BIM 5D.
04
Detail and comprehensive planning are essential for the successful implementation of BIM. A well-documented BIM Execution Plan (BEP) ensures that all parties understand the opportunities and responsibilities associated with incorporating BIM into the project workflow. Once the strategy is developed, the team should adhere to it and track their progress against it in order to maximize the greatest benefits from BIM implementation.
A finalised BIM Execution Plan should define the acceptable uses for BIM on a project or for the organisation, as well as a full design-and-documentation of the process for executing BIM throughout the lifecycle of a structure.
04
BIM Execution Plan
Detail and comprehensive planning are essential for the successful implementation of BIM. A well-documented BIM Execution Plan (BEP) ensures that all parties understand the opportunities and responsibilities associated with incorporating BIM into the project workflow. Once the strategy is developed, the team should adhere to it and track their progress against it in order to receive the greatest benefits from BIM implementation.
A finalized BIM Execution Plan should define the acceptable Uses for BIM on a project or for the organization, as well as a full design and documentation of the process for executing BIM throughout the lifecycle of a structure.
05
MEP coordination and clash detection is a critical part of our BIM services. Our team of engineers leverages digital twin BIM along with advanced coordination tools to align mechanical, electrical, and plumbing systems within a unified model, ensuring seamless integration with architectural and structural elements. This approach helps identify routing conflicts, space constraints, and service interferences early in the design stage.
One of the key advantages of our MEP coordination services is the early detection and resolution of clashes. By systematically reviewing the federated 3D model, we enable precise identification, analysis, and reporting of MEP conflicts before construction begins. This not only minimizes costly rework on-site but also improves installation efficiency, enhances coordination among stakeholders, and ensures a smoother project execution.
06
Shop drawings are fabrication drawings with detailed plans that translate the design intent. It provides fabricators the information they need to create, construct, assemble, and install all of a structure’s elements. Digital construction workflows include HVAC, electrical plumbing, structural, and mechanical drawings, which assist engineers to create better fabrication, installation, trade schedules, and other construction-related activities.
MEP-coordinated shop drawings, which include HVAC, electrical plumbing, structural, and mechanical drawings, are used. When implemented in a structure, it enables data extraction and manipulation for trades and contractors, increasing the accuracy of the building design and delivery process.
06
Shop Drawings
Shop drawings are fabrication drawings with detailed plans that translate the design intent. It provides fabricators the information they need to create, construct, assemble, and install all of a structure’s elements. It contains all of the necessary material and size details for assembly, installation, manufacturing, and construction.
MEP coordinated shop drawings, which include HVAC, electrical, plumbing, piping, and duct-work layout drawings, allow engineers to create better fabrication, installation, trade schedules, and other construction-related activities. These drawings ensure that each contractor receives a location for his system, which must be implemented in a structure. It enables data extraction and manipulation for trades and contributors, increasing the accuracy of the building design and delivery process.
07
As construction projects demand precise cost control, an accurate understanding of material quantities is essential. Our BIM-based BOQ extraction services enable detailed quantity take-off directly from intelligent 3D models, ensuring higher accuracy and consistency. By leveraging BIM workflows, we deliver structured Bills of Quantities (BOQs) that help clients validate estimates, manage project costs, float tenders, and prepare competitive proposals with confidence.
With BIM Building Information Modeling integrated into the BOQ extraction process, project managers and stakeholders can quickly generate reliable material quantities for multiple disciplines. This approach supports seamless coordination with scheduling, cost estimation, and procurement planning, reducing manual errors and enhancing overall project efficiency through data-driven decision-making.
08
Scheduling is an essential part of project planning, assisting in the construction of a comprehensive plan from start to finish by defining project activities, timelines, milestones, resource assignments, and deliverables. A schedule essentially outlines how the project will be managed efficiently; without one, the project is certain to failure.
What we offer
- Critical Path Method (CPM) Schedule Preparation
- Identification of critical, sub-critical and concurrent critical paths
- Schedule Monitoring, Updating & Review
- Resource Loading and Tracking
- Earned Value Analysis
- Identify & Evaluate Impact of Changes and Variances
- Schedule Recovery planning.
- Time Impact Analysis Due to Changes, Delays and Disruptions.
08
Project Planning & Scheduling
Scheduling is an essential part of project planning, assisting in the construction of a comprehensive plan from start to finish by defining project activities, timelines, milestones, resource assignments, and deliverables. A schedule essentially outlines how the project will be managed efficiently; without one, the project is certain to failure.
What we offer
- Critical Path Method (CPM) Schedule Preparation
- Identification of critical, sub-critical and concurrent critical paths
- Schedule Monitoring, Updating & Review
- Resource Loading and Tracking
- Earned Value Analysis
- Identify & Evaluate Impact of Changes and Variances
- Schedule Recovery planning.
- Time Impact Analysis Due to Changes, Delays and Disruptions.
09
Our Scan to BIM services convert high-density laser-scanned point cloud data (LiDAR) into accurate, LOD-based Revit BIM models aligned with project standards. We process formats such as .RCP, .RCS, .E57, and .LAS to develop precise as-built geometry for architectural, structural, and MEP elements within defined tolerances. This enables reliable verification of existing conditions, supports retrofit planning, and ensures accurate documentation for renovation projects.
With optimized workflows and experienced teams, we deliver fast turnaround without compromising accuracy or QA/QC. Our models support quantity extraction, space validation, and coordination in tools like Navisworks. The final output acts as a data-rich digital twin, helping reduce site rework, improve decision-making, and streamline project execution.
Let' Talk With Us For Your First Project
FAQ's
BIM Consulting involves specialized team services that help understand the intricacies of BIM implementation. It includes developing/formulating design processes in collaboration with architects, engineers, and contractors, along with 3D building information modeling services for construction projects.
4D BIM integrates time/scheduling into the 3D model, enabling visualization of construction sequencing, global cost project planning, tracking, and scheduling. 5D BIM adds cost estimation to the model, combining project timelines with financial data for more accurate budget management and cost control throughout the project lifecycle.
A BIM Execution Plan is a detailed, comprehensive planning document essential for successful BIM implementation. It ensures all parties understand their opportunities and responsibilities, defines how BIM will be incorporated into the project workflow, and documents the full process for executing BIM throughout the lifecycle of a structure.
BIM-based BOQ extraction provides precise cost control by offering accurate material quantity generation for digital disciplines. It enables better cost estimation and procurement planning, reduces manual errors, and promotes overall project efficiency through data-driven decision-making.
Scan to BIM converts high-density laser-scanned point cloud data into accurately 3D-linked BIM models. It digitizes existing project elements with templates up to 300 LOD, integrating architectural, structural, and MEP elements within defined tolerances. The outputs include rich digital models that aid better decision-making and maximize project execution.