Delivering Innovation & Excellence

A Closer Look at the Requirements for Achieving a BIM Level Of Development

The detail level of Building Information Modeling (BIM) can range from a broad geometric representation to constructing an accurate as-built model. To complete a project successfully, everyone must speak the same language because the difference in comprehension will cause issues. It is critical to have a better method of conveying needs amongst Project Owners, Designers, Contractors, and so on, and that method is known as the Level of Detail (LOD). LOD is a method for disciplines to convey their needs to one another.

What is LOD?

LOD (Level of Detail) is a concept with varying definitions and implementations that determines the content and dependability of BIM (Building Information Modeling) parts at various stages or milestones. The geometric information, structured data, and supporting documentation are content. A BIM model’s level of development denotes the amount of information related to concrete project development required for making tangible decisions. The degree of detail includes all of the information provided in the BIM part.

Benefits of LOD

LOD Specification enables AEC professionals to prescribe and explain Building Information Models with high clarity and consistency at various phases of the design and construction process. The LOD Structure tackles the difficulties faced by AEC professionals by offering an industry-developed standard to identify the level of development of multiple BIM systems. By supporting the thorough characterization of BIM deliverables, the standard improves consistency in project communication and execution.

Types Of LODs

LOD 100 – Conceptual Design

The execution of LOD 100 indicates the beginning of the project. It is one of the conventional conceptual design phases. This level assists in delivering the tangible information required for a project’s success.

In other words, a LOD of 100 elements does not display information like sizes, shapes, or precise positions. Other components may provide more detailed information on LOD 100 pieces, but this is only an estimate.

LOD 200 – Schematic Design

LOD 200 is considered when developing the project’s design and model. It is the phase that aids in transforming the model’s conceptual design. This model can also be used to generate construction documentation. In layperson’s terms, this is the most extended phase of the project because any model must go through classic and modern architectural design development efforts.

LOD 200 elements are more complex than LOD 100 features because they use placeholders with characteristics like dimensions, shapes, and locations. Non-geometric data can be linked to LOD 200 objects as well.

LOD 300 – Detailed Design

When obtaining the project’s model, LOD 300 is used. It is the technique of graphically representing the element in the model. The model’s representation to get information such as quantity, size, shape, location, and orientation. This will be carried on with the non-geographical information related to the model element.

Despite being graphic representations, the geometry and physical properties of LOD 300 entities appear realistic at this level. In other words, the LOD 300 models’ information can be utilized in the construction process.

LOD 350- Greater Details And Construction Documentation

The information in LOD 350 elements is the same as in LOD 300 elements, but they also interact with other architectural components such as supports and connections. The component’s location and relationships with other building systems are depicted in a 350 model.

Manufacturing and Installation LOD 400

LOD 400 is possible because of the model’s manufacture and assembly. This is the technique that was obtained directly from the BIM model. To organize and coordinate project phases, the LOD 400 approach is employed.

Many CAD systems are used to build and construct this manufacturing model. The technology and fabrication level required for the project are not the same.

LOD 500 – As-Built

LOD 500 corresponds to the As-Built Modeling Stage when elements are constructed as built assemblies for maintenance and operations.

Shape, size, position, amount, and orientation are examples of non-geometric information that can be related to modeled elements.

The final stage of the project includes all necessary building elements. It is the stage that is finished once the construction is finished. When the project is completed, it is turned over to the facility managers, who maintain the building’s life-cycle management records

LOD 500 models are precise, field-verified representations of completed building components. Facility managers can utilize the 500 pieces as a reference for operation and maintenance because they describe the present installation.

Furthermore, it is claimed that employing LOD is more precise and accurate. The higher the LOD, the more detailed the result.

Why LOD 500 is So Important

LOD 500 is the final stage of the BIM services process. It is the stage after the completion of the construction projects when the owner will begin observing the movement of the job and keeping an eye on the dream becoming a reality. The “As-Built” stage refers to the ultimate step of the project. Each of us is familiar with the BIM Services process and its many stages of growth. Furthermore, it is a reality that the construction project is completed and valuable with these processes and settings. As a result, it is critical to adapt to and follow each stage to achieve 100% correctness and precision in work.


In conclusion, the Level of Development (LOD) Specification is effective for achieving a Building Information Model (BIM) level. The LOD Standard can ensure that project teams are all on the same page regarding the depth and accuracy of the information expected in a BIM model by giving explicit definitions and illustrations of BIM elements at different stages of development. This can result in a more efficient and smooth construction process and a more accurate and complete BIM model. To ensure the success of your projects, you must understand and use the LOD Standard as a BIM specialist.

UniquesCadd is the Leading BIM Outsourcing firm that follows all of the essential codes, international standards, and software for the fulfillment of BIM LOD500 Services. We know how to use the Level of Development (LOD) Standard to ensure that the BIM models we build are accurate and complete at all phases of the design and construction process.

Hire Dedicated BIM Expert

Architecture & Building

What is Revit Family creation? How can it benefit the AEC professionals?

BIM model construction needs the employment of a significant number of families. Walls, doors, windows, stairs, and other features in the same project may be of several types. Revit families creation ensures that any changes to a class are reflected in all occurrences of that type throughout the project design.

Families are just a group of objects having a shared set of properties known as Parameters and the associated graphical representation. Because everything in the Revit platform is related to a family, it is essential to utilize the software. All of the elements we use, whether Walls, Columns, Mechanical Equipment, or Annotation Tags, are members of the Revit family, and these families are organized in a specific hierarchy. Revit Categories are at the top of the order and cannot be created, altered, or deleted.

What is Revit Family Creation?

Revit family creation is creating a library of building products or mechanical components, typically using the Autodesk Revit platform so that any change to a family type is instantly updated and reflected throughout the project that uses that family type, such as if the dimensions of a window change.

Revit families are categorized into system families, Component Families or Loadable Families, and In-Place Families.

System Families

System families contain family types that you use to create essential building elements such as walls, floors, ceilings, and stairs in your building models. At the “factory,” their attributes are pre-defined. These elements would be assembled on a construction site.

They are pre-defined Revit platform components that cannot be produced or deleted using the Revit User Interface (UI). The specifications for this type of family are already pre-defined, and you do not need to load them into your projects or save them to an external location.

You can, however, copy and edit ‘Types’ within a System Family. A ‘Type’ is a collection of variables (Materials, Sizes, or other settings) that can be created, updated, or deleted based on user needs.

Loadable or component Families

“Loadable”) families include everything that is not a system family. Many
component families are model elements, but they can also be an annotation or other non-model
elements as well. Component families can be “host-based” (require a host), or they can be
“free-standing” (not requiring a host). Revit users can create, delete and modify component
families (and their associated types).

“Loadable”) families include all that isn’t a system family. Users of Revit can create, delete, and change component families (and their associated types).

Loadable families are also referred to as standard component families since they consist of components that are typically purchased, delivered, and placed in a building. Loadable families include doors, windows, furniture, water heaters, and plumbing fixtures. These are user-defined families that can be built and modified in Revit to meet the project’s needs.

Unlike System Families, loadable can be stored as external RFA files and loaded into projects as needed. It can fasten up the BIM modeling process up modeling process as architects can directly import the available components in the running project, bringing in a more accurate model.

In-Place Families

In terms of creation, editing, and approach, in-place families are identical to component families. Although An in-place family is produced immediately within a project (rather than in a separate family file like component families are), and thus cannot be exported to other projects.

In-Place families are customized components typically designed to meet the needs of a particular project. Here You can also create in-place copies of several system family categories, such as walls, roofs, and floors. This feature allows the creation of customized or free-form shapes that would not be achievable in pre-defined system families.

While Creating an in-place family, consider elements that are unique to a single project and have little potential of being reused in future projects. Furthermore, as previously stated, the only option to “customize” specific system families, such as walls or roofs, is through in-place families. As a result, in-place families help mimic specific current circumstances.

The benefits of Revit family creation

3D Visualization

The 3D models show Architects and Designers all design characteristics and product attributes from diverse angles, allowing them to observe detailed aspects of the development, such as quality, texture, and material. They can download a free software version from your website to incorporate 3D products into current or future projects.

And the 3D visualization feature from Revit family creation is quite popular among furniture manufacturers as it gives them a three-dimensional perspective of products on websites to architects, designers, and clients.


Manufacturers can use Revit family creation services to create exclusive 3D objects for use in projects by architects and designers. And using this, they can make an authentic version to the specifications. It fosters improved collaboration among manufacturers, architects, and other specialists.

Model creation services are used by builders, manufacturers, designers, engineers, and contractors to create intelligent and parametric models that can host an entire group of components or equipment for BIM construction. It is currently a global AEC trend, particularly in Europe.

Most BIM service provider companies in the Netherlands employ Revit family creation services to illustrate the specifications of genuine equipment and geometric components like windows, boilers, and columns in their projects.

It saves time and money

Modification in the Revit family creation is effortless; thus, it saves time. The elements of the Revit family creation are reusable, so one piece can be used multiple times in multiple projects.

Although Revit family creation services make BIM modeling simpler and faster, a sufficient number of competent BIM modelers may render this functionality useless.

Companies outsource their projects to BIM service providers or architectural drafting/ drawing agencies to compensate for this shortage.

If you seek a professional team of BIM modelers/engineers, you should select Uniquescadd. We are one of Europe’s premier bim and architectural drawing agencies.

Component Reusability in Multiple Projects

Creating Standard Revit Family Libraries can help Architects, Engineers, and Contractors reuse the same items across several projects, saving time, effort, and money.

Quick Movement

All the elements and components in the Revit family can be readily replaced without affecting the rest of the model. It is simple to modify the aspects by deleting the custom component of a Revit family and inserting any other element from the library without restarting the project.


The design or modeling of Revit families serves as the foundation for disciplinary models such as Architectural and MEP. It has been shown to be a cost-effective construction procedure. Data generated in families can be reused in the future.

To learn more about our customized Revit family creation services, visit our BIM and architecture design Services page.

Hire Dedicated BIM Expert


How can leveraging BIM in real estate greatly support the AEC industry?

Real estate is one of the most important investments you will make in your lifetime. And yet, many people need to learn what goes into making a good real estate investment. Enter: BIM.

Any construction business today is aware of the benefits associated with BIM. Its cooperation skills, clash detection capabilities, and so on are widely established and should not surprise any AEC expert.

BIM offers a wide range of practical applications in real estate, making it an indispensable tool for homeowners and project managers. Building project managers can use BIM to help with construction processes.

Some common challenges face by the Real estate industry

Design Error Losses

BIM may assist in preventing design defect losses in real estate development and construction. Losses due to design faults are often caused by a lack of collaboration among the architect, engineers, and project management or by a miscalculation of structural load and reinforcement, forcing on-site redesign and repair.

Investment Decisions

A real estate developer must have a realistic cost analysis to decide whether or not to invest. of developed property.After investing, a developer must assess the construction, administrative, and operations costs.

Cost Overruns

Using BIM in real estate development and construction is an excellent method to keep costs under control. Often, the expected cost exceeds the project budget owing to a lack of strategy, poor investment selections, redesigning, and rebuilding.

Lifecycle And Maintenance

Poorly developed property results in carbon emissions, raising worries about sustainability for a real estate developer. The lifespan and maintenance expenses should be considered in post-construction planning. This results in unanticipated obligations and higher expenditures for building owners and managers.

Benefits Of Using BIM In Real Estate

With its comprehensive specifications and measurements, it can save you time and money while improving accuracy. Plus, BIM makes it easier to visualize your project so you can see what’s being done and make changes if needed. So don’t wait – get started with Real estate BIM services India and experience the power of a truly comprehensive system!

More Simple Design System

Your real estate project can go more smoothly overall if you take a more strategic approach to design and planning. This allows for more income while lowering costs.
Outsource Renovation Architecture work.

Project Cost Analysis

Building Information Modeling (BIM) may be utilized in real estate development to attain 4D, 5D, and 6D phases. It enables the creation of exact bills of quantities assisting real estate developers in evaluating their spending. It also allows the integration of asset information, such as warranty and expiry dates, to estimate future maintenance expenditures.

Forecasting Risks

Risks might occur during project planning and on-site construction. Real estate developers must anticipate dangers to applying effective risk measures.

Real estate developers may plan building timelines, risk management, and site operations using 4D scheduling services.

BIM virtual technologies enable developers to communicate more efficiently with the design team, resulting in a better-coordinated design.
Using BIM Clash Detection Services, identify and eliminate any flaws in architectural, structural, and MEP plans.

Easier Management

With BIM, each participant is well informed of what to do, delivery schedules, operational procedures, and so on, to get better outcomes. The planning of work and the organization of diverse activities improve work organization.

Blueprints are required for any construction project. Fortunately, BIM software successfully merges structural drawings and blueprints into one system, making it much easier to manage the property’s structural elements without relying on numerous separate sheets of paper (which can quickly get confusing, especially if changes are required down the line). So, why not simplify your life for the following building project by Outsourcing BIM Services to UniquesCadd to make overall administration less tedious?

Outsource BIM modeling services to Uniquescadd and grow your real estate business today.

Digital twin Of your Building

Through informative previews and virtual walk-throughs, a precise BIM model of a building makes it simpler to get essential stakeholder feedback. Including the tenant community’s opinion throughout the design process results in more effective structures.

With the building information model design team can identify what works well and what doesn’t.
Furthermore, this helps to guarantee that the final project is executed to a consistently high level and by the original project brief.

Waste management

Material preservation is essential for properties, both financially and environmentally. Employing a system such as BIM that can automatically manage and monitor resources might be beneficial in ensuring that your real estate project orders precisely the appropriate quantity of materials. That way, they can handle the waste and sup[port in green construction.


BIM is a powerful tool used to improve real estate projects. With BIM, you can create more comprehensive specifications and measurements, saving you time and money. BIM can also be used to create realistic 3D models of properties, which can help you visualize the final product and make better decisions about the design and construction of your project.

And by adopting BIM service for renovation and new projects, you manage your home construction from start to finish. With its comprehensive specifications and measurements, BIM allows you to see your project as a whole, so you can make informed decisions along the way. Homeowners and project managers will find BIM invaluable in making their dream homes a reality.

Hire Dedicated BIM Expert



Build a Better Blueprint with Architectural Construction Documentation

Are you an architect? Don’t let construction projects stress you out! Discover the top benefits of using Construction Documentation for Architects and make your job easier.

Construction documentation is an integral part of the architectural process, but it can often be overlooked. We want to show you why construction documentation is essential and how it can benefit you as an architect.

The construction industry’s design phase is split into three distinct architectural design stages. Before going on to the next step, each phase must be completed and approved by the client.
DD stands for Design Development, CD stands for Construction Documents, and SD stands for Schematic Design. To improve productivity and cut costs, AEC organizations increasingly outsource their 3D BIM modeling needs to BIM service providers.

In the project’s Design Development phase, key building components are given their required dimensions, and code compliances are set and confirmed after Schematic Design has been done. In contrast, a large number of structural systems, building systems, and building materials are taken into consideration.

As an architect, construction documentation (CD) is critical to your workflow. A well-crafted CD set
can help you avoid problems and delays during construction and can even help you get your project completed faster and within budget.

Schematic design (SD)

Architects, designers, and consultants work together to create outlines of the project’s structure in front of the owner, known as Schematic Design (SD). The Architect has to consider the permits and jurisdictional requirements for the project during this phase, as well as the project’s scale, form, and relationships.

Design Development (DD)

In the project’s Design Development phase, key building components are given their required dimensions, and code compliances are set and confirmed after Schematic Design has been done. In contrast, a large number of structural systems, building systems, and building materials are taken into consideration.

Construction documents (CD)

To prepare construction documents, architects and owners must approve the design plans and costs before they can prepare them. Construction documents document the entire design process.

Construction documents provide extensive information on structural and mechanical systems, materials, and the entire project. This phase does not include any design changes, and design teams prepare plans and specifications describing the project’s details.

How can construction documentation for architects benefit the entire project?

There are many benefits to using architectural construction documentation (CD) for architects. CD can help architects plan, design, and document their projects. It can also help streamline the construction process and improve communication between all parties involved. Here are just a few of the top benefits of using CD for architects: Architects are responsible for ensuring their projects are built according to the plans and specifications. Construction Documentation (CD) sets are comprehensive documents that provide architects with the information they need to complete a project. Here we will discuss some of the top benefits of using CD sets for architectural projects.

Increased Flexibility

CD sets offer architects more flexibility in their design options. These documents provide detailed drawings of all the components and materials used in a construction project, enabling architects to make adjustments as needed during the construction process. This increased flexibility helps ensure that projects are completed on time and within budget.

Improved Project Quality

By taking advantage of CD sets, architects can ensure that their projects meet or exceed industry standards for quality. The documents provide detailed information about each component, material, and assembly procedure used in construction, allowing architects to identify any potential weaknesses or areas that need improvement before beginning work on a project.

Enhanced Efficiency

CD sets can streamline the construction process by providing architects with detailed instructions for completing tasks quickly and accurately. This increased efficiency saves time and money, ensuring projects are completed on schedule and within budget constraints.

Reduced Risk

Since CD sets provide complete details about every aspect of a project, they help reduce the risk of mistakes occurring during construction due to a lack of information or communication errors between architects and contractors. Utilizing these documents also reduces the risk of liability if something were to go wrong during construction due to incomplete drawings or incorrect measurements being taken during the planning stages.

Overall, Construction Documentation (CD) sets are essential for any architect looking to ensure their projects are completed efficiently, effectively, and on budget while meeting industry standards for quality and safety. With the right set of documents in hand, an architect can rest assured knowing they’ve done all they can to guarantee a successful outcome for their project.


Construction documentation must be completed promptly to make the most efficient use of resources, equipment, and materials available to the project. This documentation and paperwork allows for ongoing learning, serves as evidence in court, helps to build work techniques, and helps to increase quality control, all of which contribute to customer satisfaction by supporting ongoing learning. We gain valuable experience from working on a construction project and being committed to it, making us more efficient and thoughtful when developing future projects as we gain a better understanding of time, money, and design.

Also, finding a suitable quality Construction Documentation Service provider can help you further to stay on top of your projects, ensuring that they are completed promptly and efficiently. So, take the time to invest in an effective Construction Documentation system by hiring NEN 2580 specialist van Nederland and enjoy its many benefits to your projects.

Hire Dedicated BIM Expert