A) As-Built to BIM

Problem Statement – The integration of as-built data into Building Information Modeling (BIM) faces challenges due to different software usage across disciplines. Issues like interoperability, data format variations, and lack of standardized processes hinder seamless integration. Overcoming these hurdles is crucial for accurate representation and effective collaboration among teams. Thus, it is crucial to construct a unified ‘Facility Management Software’ integrated BIM Model to ensure efficient and effective Facility O&M.

Our Solution

  • Achieve faster and more accurate LOD 300/500 As-built to BIM in Revit with the assistance of our tech tools.

Solution Highlights

  • Interoperability between CAD eliminates the need for manual remodeling, thus reducing the delivery timeline by 50%.
  • The addition of peripherals such as insulation, gaskets, and attributes is accomplished through CAD scripts, speeding up BIM preparation.
  • This reduces the requirement for different CAD skills, resources, and licenses.

B) SCAN to BIM

Problem Statement – Brownfield plants often lack engineering data and drawings for their assets, complicating O&M tasks. This becomes particularly challenging during plant capacity expansion, asset replacement or sales, and O&M tender management.

Our Solution

  • Faster and cost-effective solution for Asset’s engineering data collection and generation compare to traditional Survey methods

Solution Highlights

  • Utilizing our unique reverse engineering capabilities, we can generate the following engineering details:
  • Real-time 3D model for 3D navigation view.
  • Creation of GA drawings for the following works:
  • Piping General Arrangement drawings
  • Structural general arrangement drawings
  • Cable tray layout
  • Piping Isometrics
  • Engineering calculations for O&M tender management (Paintable Surface area / Corrosion sensitive areas).

C) Revit BIM Modelling

Problem Statement –Inefficient BIM modeling processes hinder project efficiency and collaboration, leading to delays, inaccuracies, and increased costs. There is a lack of standardized practices, inconsistent data management, and limited interoperability between various stakeholders. This results in challenges such as difficulty in achieving accurate as-built models, ineffective clash detection, and inefficient coordination during the design and construction phases. Additionally, the absence of comprehensive training and expertise in Revit further exacerbates these issues. Consequently, there is a pressing need to streamline BIM modeling workflows, enhance collaboration, and improve competency in Revit to optimize project outcomes and minimize project risks.

Our Solution

  • Achieving accurate BIM Modeling at LOD 300/500 levels.
  • Developing tools to effectively manage workset creation and assignment of elements.
  • Implementing BIM for clash detection and resolution.
  • Generating building shop drawings in 2D format.
  • Effective tools/plugins to publish drawings/IFC’s/FBX/DWG/etc.

Solution Highlights

  • Enhancing the speed of creating Revit BIM models from project 2D drawings.
  • Leveraging the R0 Delivery model to accelerate BIM model delivery without increasing team capacity.
  • Developing a work-in-progress (WIP) tool for automatically detecting and resolving clashes, potentially resolving up to 70% of clashes.
  • Extracting 2D shop drawings from Revit 3D models with automated dimensioning and naming.

D) AEC Detail Drafting – Structural Steel

  • Structural steel
    • 3D modelling in Tekla
    • Erection drawings, Shop/Fabrication drawings in Tekla with accurate annotations
    • Material Takeoff
  • Concrete and Precast Structures
    • Rebar Detailing using Tekla and Revit
    • Embedment Drawings​, Shop/Fabrication drawings in Tekla with accurate annotations
    • Material Take Off
  • Areas of our expertise in CAD Drafting Services:
    • Provide drafting services using the following licensed software’s by using skilled team of resources.

E) Interoperability between various CAD platforms

In modern product development, Computer-Aided Design (CAD) plays a pivotal role in creating, modifying, and sharing design information. However, the lack of seamless interoperability between different CAD systems poses a significant challenge. Engineers and designers often work with diverse CAD tools, and the inability to exchange data seamlessly hampers collaboration, increases errors, and hinders overall productivity.

Incompatibility Issues

CAD files from one software may not be fully compatible with another, leading to loss of critical design information, geometry errors, or feature misinterpretation.

Data Translation Challenges

Converting CAD files between different formats often results in data loss, decreased accuracy, and increased risk of design flaws.

Versioning Problems

Managing design versions becomes complex when different team members use various CAD tools, potentially leading to misunderstandings, errors and rework.

Our Solution

  • Seamless 3D CAD data conversion.
  • Ensuring data is intact after conversion.
  • Aesthetics remain unchanged after conversion.

Advantages

  • 100% preservation of geometric properties from native model
  • Guaranteed assignment of “Tags” and Attributes
  • Full proof 3D model including clash checks
  • Direct savings for clients towards renewal of various CAD licenses
  • Significant savings due to seamless data conversion, high productivity and error free output