Since 2013, we have been working with clients where we create components and families in modeling software for them to use these components for multiple projects.
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All BIM software rely on parametric modelling capabilities. At Techture, we put in special efforts to develop Revit families and custom components in other software. The geometry of these objects can be easily changed simply by changing the values of parameters.
A family with a lot of extra detail can consume a lot of memory and make the project model slow. We use specific workflows to ensure that families have the correct level of detail inside them and they can further be used to extract information when in use in projects.
Our families are COBiE compliant and can be customized to incorporate the EIRs (Employer's information Requirements) into specific parameters. This ensures that the developed families are as per international standards and satisfy the project requirements.
Modeling of a component includes using commands in the Family Editor environment i.e creating shaped forms out of form tools, combining and putting together the derived components in logical sequence to create a presentable family that closely represents the object being represented.Using the best family template to start the modeling with is generally the major/crucial decision, the type and category can be defined with respect to the component to be represented it as in the project environment.
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The LOD Matrix represents how a component is represented in a Project according to the LOD requirements of the client/project. The component can be represented as both 2D or 3D element, with varying detail levels, which can be chosen or modified during the Project Tenure, whereas LOI represents the Level of Information provided in the component which includes parameters like materials etc.
The use of basic commands like extrusion, sweep, blend etc combining these as solid and void forms to ensure the geometry of the component to matches the desired output. Cut/Join geometry of these overlapping forms, to achieve the geometrical relevance of the object being represented.
Providing parameters related to geometry, material and visibility to make the component flexible for use. Providing information related to the component including type, size, model number, URLs. Thus, when a family is loaded into a project the user can control how the family looks or behaves.
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A complete database of the components created is maintained for all the disciplines like Architecture, Structure, MEP and interior. This database provides a single source of extracting the families to place or edit them as per the requirement and standards of the project.
At Techture, we are dedicated to providing the highest quality Building Information Modelling (BIM) services to our clients. We are committed to using the latest technology and software to create advanced, robust 3D models that meet the specific needs of each project. You can find a variety of sample outputs and deliverables that showcase our work and demonstrate the Level of Detail and precision we bring to every project. These files will give you a clear idea of the types of models we work on and the technology we use to create them. These samples will give you a better understanding of the value our BIM services can bring to your project.
We have successfully delivered over a Billion sqft of projects using our expertise in Visualisation & Virtual Reality. Our engineering team has demonstrated experience using the latest tools and technologies to create rendered views and visualization of assets. View our portfolio of projects that we have delivered.
Techture has become one of the leading BIM solutions companies because of its innovative approach, OEM partnerships, and Customer-centric approach that never compromises on Quality.
Our dedicated R&D team works tirelessly to ensure that the most industry-forward and innovative workflows are being used to deliver projects
We have been advocates for digital automation from our inception. We are also pioneers for automating some of the most traditional processes, thought to be impossible to automate.
Our partnerships with the leading OEMs in the industry imply that we have access to state-of-the-art software and sophisticated resources that help us deliver projects most efficiently.
As an industry disrupter in the construction sector, we have been educating the fraternity about the benefits of adopting newer technologies. Our leaders keep engaging audiences through various national and international conferences.
Our customer-first philosophy has resulted in 85% repeat business. Our can-do attitude coupled with industry leading turn-around-times ensures satisfaction and realised return-on-investment.
We believe in no comprise to quality, however tight the schedule might be.
Our ability to custom tailor our outputs to suit the needs of our clients puts us on the forefront of the technology disruption. Our outputs seamlessly align with your needs and downstream processes
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Parametric components in BIM are like smart building blocks that adapt and update automatically. Change one dimension, and everything related adjusts accordingly, saving time and ensuring consistency.
Yes, custom BIM content can be developed to meet unique project needs. BIM content creation involves developing specific digital representations of building components, such as custom families, parametric objects, or assemblies tailored to project requirements. These customized elements ensure accurate representation, compatibility, and functionality within the BIM environment, supporting project objectives and enhancing efficiency in design, coordination, and construction processes.
BIM components are modeled using parametric software tools that allow designers to create intelligent, three-dimensional objects with defined properties and behaviors. These components are built with information-rich geometry, enabling accurate representation, analysis, and documentation throughout the building's lifecycle.
An LOD Matrix is a blueprint for BIM model detail, defining which elements require what level of information (geometry, properties, data) at each project stage. It's like a roadmap for building the model with the right amount of detail, ensuring everyone's on the same page.
Custom geometry in BIM refers to non-standard or uniquely designed shapes and forms that deviate from typical building components. It allows for the creation of specific, one-of-a-kind elements tailored to the project's requirements, providing flexibility and precision in modeling complex architectural features.
Detailed parameters in BIM are crucial as they provide specific information about building elements, allowing for accurate analysis, simulation, and documentation throughout the project lifecycle. These parameters enhance collaboration, decision-making, and overall project efficiency.
A component database in BIM is a structured repository that stores standardized information about building elements and systems. It contains predefined data on parameters, materials, and performance characteristics of components, facilitating consistency and efficiency in BIM projects. This database streamlines the selection and placement of components, ensuring uniformity and accurate representation across different stages of the design and construction process.
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Reach out to us to know how we can help your team utilize the latest technologies in construction and achieve faster and better results.
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