Does becoming a BIM Coordinator a good choice for your Career: Explained

Who is a BIM Coordinator?

A BIM (Building Information Modeling) Coordinator is a professional who is responsible for managing and coordinating the BIM process for a construction project. They work closely with architects, engineers, contractors, and other stakeholders to ensure that the project’s design, construction, and operation are optimized using BIM technology.

What is the Primary role of a BIM Coordinator?

The primary role of a BIM Coordinator is to ensure that all project stakeholders have access to the most up-to-date and accurate information about the building’s design and construction. They coordinate the creation and sharing of BIM models, including architectural, structural, and MEP (Mechanical, Electrical, and Plumbing) models, and manage the clash detection process to identify and resolve potential clashes between different building systems.

In addition, a BIM Coordinator is responsible for ensuring that the BIM process is implemented effectively and efficiently throughout the project. This includes developing and implementing BIM standards and procedures, providing training and support to project team members, and managing the quality of the BIM data.

It is a BIM Coordinator’s role to ensure that a construction project is completed on time, within budget, and to the highest quality and safety standards.

What issue would arise if there is no BIM Coordinator?

Building Information Modeling (BIM) Coordinators are crucial to the success of a construction project. Without a BIM Coordinator several.

1. Lack of Communication: Without a dedicated BIM Coordinator, there can be communication gaps among different project stakeholders, such as architects, engineers, contractors, and subcontractors. This can lead to delays, errors, and misunderstandings.

2. Inconsistent Standards: A BIM Coordinator is responsible for ensuring that all project stakeholders follow the same BIM standards and protocols. Without a BIM Coordinator, there can be inconsistency in the use of BIM software, file formats, naming conventions, and modelling techniques, which can affect the quality and accuracy of the project.

3. Clash Detection Issues: One of the critical roles of a BIM Coordinator is to conduct clash detection analysis, which involves identifying and resolving clashes or conflicts among various building systems, such as mechanical, electrical, and plumbing. Without a BIM Coordinator, there can be a lack of clash detection, which can lead to construction errors, rework, and cost overruns.

4. Lack of Quality Control: A BIM Coordinator is responsible for ensuring the quality of the BIM models, drawings, and documents. Without a BIM Coordinator, there can be a lack of quality control, which can affect the accuracy and completeness of the project information.

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Best Plugins for BIM to use in 2023

What are BIM Plugins?

In order to increase the capabilities of BIM (Building Information Modeling) software or automate particular operations, BIM plugins are software add-ons or extensions that are incorporated with BIM software.

BIM plugins may speed up the design and construction processes for architects, engineers, and other construction industry professionals. These plugins might range from straightforward solutions for automating routine processes to more intricate ones with more sophisticated analysis or simulation capabilities.

What are some benefits of using plugins for BIM?

The use of plugins in Building Information Modeling (BIM) has several advantages, including:

1. Increased productivity: Plugins can automate repetitive tasks and streamline workflows, allowing designers and engineers to work more efficiently and quickly.
2. Enhanced functionality: Plugins can extend the capabilities of BIM software by providing additional tools and features not available in the base software.
3. Improved accuracy: Plugins can help ensure that data is accurate and consistent throughout the model by automating data input and validation.
4. Customization: Plugins can be customized to meet the specific needs of a project or organization, allowing users to tailor their BIM software to their unique workflows.
5. Collaboration: Plugins can facilitate collaboration by allowing users to share data and information more easily between different software applications and platforms.
6. Reduced errors: Plugins can help reduce errors by automating tasks and providing quality control checks, helping to minimize mistakes that can lead to costly rework or project delays.

What are the best plugins that you must use in 2023?

The building design and construction process can be made more efficient, functional, and accurate by using BIM plugins on BIM software. The following are some of the best BIM plugins:

1. Revit Extensions: This plugin offers several additional tools for Autodesk Revit software, including timber and rebar extensions, structural analysis, and MEP fabrication.

2. Dynamo: A visual programming plugin for Revit, Dynamo allows users to create custom scripts and automate repetitive tasks.

3. Enscape: This real-time rendering plugin for Revit and other BIM software allows users to quickly create high-quality visualizations and walkthroughs.

4. BIMcollab: A collaboration plugin that streamlines communication and issue management between different BIM software platforms.

5. Solibri: A quality control plugin that checks BIM models for errors and inconsistencies, ensuring that they meet industry standards.

6. COBie Extension for Revit: This plugin creates COBie-compliant data from Revit models, allowing for easy data exchange between different BIM software platforms.

7. IFC Exporter: This plugin enables the export of Revit models to Industry Foundation Classes (IFC) format, making it easier to share BIM data across different software platforms.

8. CTC BIM Project Suite: A collection of plugins for Revit that includes tools for creating and managing families, automating workflows, and analyzing model data.

9. MEP Hangers: This plugin for Revit streamlines the design and placement of MEP hangers, reducing the time and effort required to create accurate models.

10. Flux: This cloud-based plugin enables the sharing of BIM data between different software platforms and allows for real-time collaboration between project teams.

11. Ideate BIMLink: This plugin for Revit allows users to easily extract data from BIM models and manipulate it in Excel, simplifying tasks such as data entry and project management.

12. 3D Repo: A cloud-based plugin that allows for the sharing and collaboration of BIM models in real-time, enabling project teams to work together seamlessly.

13. Navisworks: A powerful plugin for project coordination, Navisworks allows users to combine data from multiple BIM software platforms into a single model, facilitating clash detection and analysis.

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A Brief Overview of the Adaptive Component in Revit

Parametrically Adapted Component is used for adopting a Component to different positions in space following parametric rules. The geometry of a family in adaptive Components may be related to more than one insertion point, unlike regular Components. Based on the locations of those points, the adaptive component grows differently.


1. Choose Components Template

You can create patterned panels by using the Components Template.

2. Create Adaptive Points

A conceptual design environment uses adaptive points when designing adaptive components. A square shape already creates adaptive points. Reference points are made adaptive by incorporating them into generic adoptive families. By default, adaptive reference points have a placement point. Numbering the adaptive points will follow their order of placement.

Adaptive components result from drawing geometry using these adaptive points. Changing the order of the numbers is as simple as picking one number, changing it, and the rest will follow.

3. Geometry Creation

Adaptive points each have an X, Y, and Z plane, so you know that before modeling any geometry. Make sure 3D snapping enables before creating a new surface by drawing a Reference Line from one point to another. You can do this by selecting the Create & Modify tab, then Model Lines or Reference Lines, and turning on 3D Snapping.

The Create form tool operates in a similar manner to other Geometry Tools, even though you won’t find normal buttons such as Extrusion, Sweep, Blend, etc. in Adaptive components:

A. Surface or extrusion from a closed-loop.

B. You get a cross-sectional profile of the path and cross-section.

C. A sweeping blend of paths and cross-sections provides a cohesive look.

D. You get a blend when you have two profiles that overlap, but are different.

E. You get a rotating axis if you combine a profile and an axis.

F. Both solids and voids can be gotten, and boolean operations can be performed on them.

4. Reporting Parameter

Adaptive Components have a dimension line that must be aligned with a plane when a parameter creates. As an adaptive geometry parameter, the parameter must provide information related to the adaptive geometry. There is a specific dimension in a family model that generates the value of a reporting parameter. Geometric conditions report as variables to be inserted into formulas and values to use for schedulable parameters.

An Adaptive Component’s geometry dimension can be read from the reporting parameter so that different adaptive Components will display different values.

Its value is always that of the user who created an adaptive component in the absence of a reporting parameter.

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Transform Your Company with Solid-Works 3D CAD Designs

Solid-Works 3D CAD software is now used by engineers, designers, and clients for almost anything from designing to rapid prototyping. Using 3D CAD data as the company’s foundational DNA can provide improvements for manufacturing companies.

To enhance the design process and improve communication between the design team and the customer, manufacturers have already begun converting CAD files to 3D from 2D.

In traditional drafting methods, various aspects of a mechanical component must be manually recorded. It is unfortunate that this process can be time consuming, but it also requires a higher level of accuracy.

Define Solid-Works

It is now widely used by drafters, designers, architects, product engineers, construction planners, artists, and mechanical engineers a three dimensional modeling software.

The Solid-Works 3D CAD software is used by Solid-Works designers to create visual models of their content or products. In addition to providing a 3D visual of the final deliverable, the software is typically used for simulation, visualization, 3D CAD, rendering, and data management.

Solid-Works Designer Responsibility

Designing structures and products with Solid-Works requires professionals to create technical blueprints, models, and drawings. A Solid-Works model contains details about the product, guidelines, procedures, specific measurements, and information about the materials. Assisting product designers, engineers, and architects with design issues and gathering specification information is often part of their job description.

Solid-Works Merits for 3D CAD Design

Cost Effective

The designer can also save time and effort by using 3D CAD’s standard components. As a result, both money and time can be saved by your company. Your time to market can be shortened with Solid-Works by shortening the design cycle. Moreover, it eliminates repetitious and duplicate tasks.

Collaboration Improvement

Team members and stakeholders participating in the project can easily access relevant data with Solid-Works 3D CAD software. The efficient sharing of 2D sketches and 3D models will ensure that all members of the team are on the same page.

Therefore, teamwork will always be at its best, and communication will be better. Participants in the project will be able to collaborate and work as a team more easily with the help of this unified forum. Moreover, automated workflows add a degree of transparency to the construction process, ensuring that the project is completed within budget and on time.

Designing products using Solid-Works allows engineers from different disciplines to collaborate. A platform that integrates manufacturing, engineering, and design can also promote better collaboration.

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LOD (Level of Development) in BIM & Difference between Levels of Details

Speaking about the Level of Development (LOD) a number of old articles provide an excellent summary of the development and history of LOD.

With the information in those papers, it is possible to date the earliest LOD usage to 2004 by a business that develops software for construction analysis. At that time, they employed a method that was similar to a LOD to link digital models to project costs.


The Building Information Modeling Protocol Exhibit first established the five-level notion of Stages of Development in 2008. (LOD 100 – LOD 500).

These texts were accepted as reference resources by other nations, including Australia, Canada, Singapore, etc. Variant standards have also been established in other nations with minor variations.

The LOD standard serves as a benchmark for the 3D models’ level of accuracy and detail. Architects, engineers, and contractors all utilize it as the industry standard. As a means of ensuring quality in the process of building design and construction, it is currently being implemented by an increasing number of nations.

About the LOD (Level of Development)

Creating and maintaining information about a building or infrastructure project digitally is called BIM (Building Information Modeling). The level of development (LOD) in BIM describes the level of accuracy and detail of the model during the course of a project.

The LOD is determined by the amount of data collected and the level of accuracy of that data. As the project progresses, the level of detail in the model increases and the accuracy of the data is improved. This allows for more informed decisions to be made during the project.

The Level of Development also serves as a reference for experts in the AEC sector as they create Building Information Models (BIMs) at various stages of their projects’ lives.

By using the Level of Development as a benchmark, experts can gain insights into what information is needed at each stage, allowing them to make more informed decisions and create higher-quality BIMs.


Unless LODs are defined or the appropriate personnel is assigned, it is quite common for BIM to result in unneeded field changes. When used in a BIM model, Levels of Development have many benefits. Here are a few to consider:-

1. Working together on the same page makes it easier for all the project’s stakeholders to avoid discrepancies that might hurt their chances of success.
2. Collaboration and communication are made simpler and quicker when all parties are on the same page.

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Is BIM a part of your everyday life?

Building Information Modeling is a specialized solution that provides architects, engineers, designers, owners, and contractors with a powerful, intuitive, and distinctive user interface to visualize and develop building designs.

We live in a technological age where everything can be done online. With the advent of the internet, wireless data, and smart-phones, it is becoming increasingly difficult to recall what the world was like before. Emerging technologies will contribute significantly to the digital civilization.

Beauty of BIM Technology

Rather than focusing on the product itself, this technology focuses on the process. The construction of this type of building may lead to a different type of building. Despite its early stage, BIM technology is still a relatively new concept. While this tool is still new, it is important to be careful, since it will soon determine the look and feel of cities and neighborhoods.

You will build using BIM as long as the construction industry permits it. Computers can provide extra advantages over CAD or Computer Aided Drafting as the industry shifts away from symbolic documentation in 2D and adopts design in 3D.

In addition to being optimized and analyzed for performance, the building’s 3D modeling can be used to control costs, provide photorealistic renderings, or provide immersive VR experiences. Furthermore, project data and software have become ever present, platform independent, constantly updated, and continuously operating instead of being confined to desktop computers.

Parametric Modeling

As the pioneer of parametric modeling in construction, BIM offers several breakthroughs in the use of computers in design through its parametric modeling approach. Particularly for firms that prefer to use technology to its full potential, the shift to parametric building modeling is regarded as a significant change.

Putting BIM into practice requires more than just training and a rollout schedule to ensure a successful implementation. In addition to addressing challenges within the organization, the strategy should address direct workflows related to BIM.

Architectural Revolution

The modern architecture of today is undergoing its most significant change since computers were invented. It occurs as new and innovative techniques continue to emerge.

Every stage of the design and construction process is being transformed by the advances in computer controlled fabrication, interconnectedness, and digital design tools.

The concept of building information modeling, or BIM, is quite simple. Architects, builders, suppliers, environmental managers, and clients can all work on the same digital model of the building. BIM has only one downside for now: it’s still rather new.

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Why 2D Drawings are Ineffective and Expensive in BIM?

2D structural drawings are becoming obsolete as digital BIM based workflow programs become more popular. Time, money, and resources can be saved by making live changes and sharing content. BIM should replace 2D drawings in projects for the following reasons.

Reorganizing everything in 2D drawing is one of the most challenging things to do. You should never wait until you have too many pieces to organize before creating different groups and layers. Separate fragments should be organized into their groups and layers so that they do not unintentionally merge.

Define 2D Drawings

2D drawings are two dimensional representations of objects or scenes. They are used in a variety of contexts ranging from engineering to design and are often used to communicate a design or idea to a team of people.

2D drawings can be used to represent the shape, size, and position of objects in a scene or to show the relationships between components in a system. They can be created using a variety of software programs and tools, including computer aided design (CAD) and vector graphics applications.

Too Much Labor

It is still contractually binding for many engineers to produce 2D drawings for the documentation of their 3D models. It is easier to share 3D models with field staff and other parties involved in the project.

You can work on 2D drawings of candleholders, wooden sculptures, lighting fixtures, plants, and other seemingly endless details. The downside is that all those assets can weigh down the design model and sometimes mask crucial components, such as layout and roominess.

It is too labor intensive and memory consuming to make changes to 2D drawings efficiently or accurately. 3D models, on the other hand, allow for automatic updates of all related documentation as well as instant sharing of updates.

User Acceptance

People tend to hold on to paper drawings or 2D documentation out of instinctive resistance to change. Due to the fact that you have been using a system your entire career, you are comfortable with 2D drawings. The switch from hand drawings to CAD systems in architecture took time.

Model Development with BIM

Projects are made clearer with digitally constructible 3D models. Construction teams will have fewer RFIs and guesswork if the model is well developed and accurate. With high quality models, engineers and construction teams can fully understand complex conditions before work starts on site by constructing them first virtually.

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BIM Portfolio Tips that are valuable for your career up ahead

In the past decades, we have noticed the rise of BIM markets and their influence all over the world as it offers many potential benefits to the AEC industries. The demand for BIM professionals is also high, but supplies are low, so salaries are excellent and career opportunities are plentiful.

It is not surprising that many fresh graduates and even experienced industry professionals are planning to venture into the BIM industry.

This is due to the fact that BIM offers higher salaries, greater job flexibility, and a wide range of opportunities for growth. Moreover, BIM is a rapidly growing field that requires innovative problem-solving and technical skills.

Why a strong Portfolio is important?

If you want to pursue a career in BIM, there are a few things to keep in mind, portfolios included. Portfolios are a must for BIM employment, just like they are for all other design and construction professionals.

The skills and expertise required for each professional function and career opportunity in the vast subject of BIM vary. In order to understand what is required for both the portfolios and future interviews, you should also review the job description and requirements.

Even while portfolio needs may vary from company to company, they will have similar characteristics. Be knowledgeable enough in your profession to compete with the fierce rivalries, and don’t forget to showcase your abilities in your portfolios.

Portfolio creation tips for BIM companies

Here are a few tips for the creation of your portfolio for BIM companies:-

Creating the portfolio

Start building your portfolio by preserving and documenting your drawings and models, just like architects do. Keep all the projects you’ve completed for clients or in BIM certification training for your portfolio.

Keep a record of your duties, roles, and responsibilities in the BIM projects even if it’s likely you won’t be permitted to access the models because they give an insight into your expertise and understanding of BIM processes.

Kinds of content to add to your portfolio

Determining the type of projects is rather simple for recent graduates; often, they are academic projects or projects from a BIM course.

The focus here, as opposed to an architectural portfolio, will be on BIM models made with BIM tools like Revit and Navisworks. That goes beyond modeling. All of the project pictures and data should highlight your understanding of BIM procedures.

Knowing how to use more than one BIM program, such as Revit, Blender, or Autodesk, is something else you may add and can be an effective choice. By doing so, you demonstrate your proficiency in both computational design and BIM.

Highlight well your BIM skill sets

Your BIM portfolio’s material should best demonstrate your BIM skill set such that the BIM 3D models and a few technical drawings serve as the primary content. The material should demonstrate your proficiency in design, construction, and site management in addition to your BIM skills.

Similar to a typical architectural portfolio, the material should blend projects and photographs to demonstrate the variety of the applicant’s talents, including both soft and physical skills. Your portfolio may be used to emphasize your hobbies in addition to your skills.

Add necessary soft skills

Soft skills can be challenging to depict in a portfolio; one inventive solution is to use symbols to represent the talents you used in a project. Many graduates are unable to grasp the significance of these abilities, and even BIM positions are crucial prerequisites for every career.

As a BIM coordinator or manager, you will also be responsible for leading the BIM team and collaborating with other design and engineering experts.

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Construction Company CAD Drafting rates for Redline Drawings

The redline drawing is an architectural plan drawing that has been redline corrected. It is usually a plain white piece of paper that is used to draw an original drawing in black ink. Red ink is used by architects to highlight changes to designs or corrections to specific details before approval.

It is also possible for a contractor to alter an architect’s approved plan during construction. Client requests or unexpected onsite challenges can lead to changes during a construction project.

Correcting errors and proposing changes on complex technical drawings requires legible red ink. Furthermore, it must contain enough descriptive information to define the new specifications. Hand drawn redlines should avoid confusion for architects and clients.

Redline Drawing Cost

Modifications to an architect’s blueprint differ from corrections to an architect’s plan. During construction, redline drawings to correct mistakes or remove non viable elements. Revisions typically occur during the preliminary design phase when significant changes in plans. Creating redline drawings is more affordable than modifying blueprints.

Prepare Redline for As-built

Although it is created after a project is completed, it will only serve as a reference for the contractor to prepare an as-built document. Redline drawings are not intended as final construction documents. As-built is produced by contractors based on information provided by subcontractors. For a small residential project, the original plan should only require very few changes.

When more than one subcontractor is involved in a large scale construction, some notable changes can be made to the original plan. A comprehensive document is created by architectural drawing experts by combining redline drawings from different subcontractors. As-built drawings are produced by the contractor after the changes have been incorporated.

Difference between Redline & as-built

Some people mistakenly consider redline & as-built interchangeable, which can make it difficult to distinguish between them. Despite being produced at the end of a construction project, each of these documents contains different information and is made by a different professional.

A contractor and architect work together to prepare as-built drawings for clients after the construction process concludes. When done correctly, the process can be quite complex, even though it seems straightforward. Following the completion of the project, subcontractors produce a set of annotations on the original Issued for Construction documents to identify and specify all changes made.

An information request and a nonconformance report must accompany the markup. It is common for subcontractors to make use of architect notes as references. For documentation, subcontractors can use the original drawing and make corrections as they do not need to draft a new drawing.

Things to Remember on Redline Drawings & as-built

Redline Drawing

1. Drawings with redlines do not require an architect’s signature. Architects cannot ultimately be held accountable for designs in their original plans. Contractors prepare documents during construction to reflect changes.

2. Changing structural dimensions should be marked or annotated on a digital redline drawing using the same scale and legend as the original plan.

3. Due to the lack of ambiguous words used to emphasize changes, digital typefaces are more legible than handwritten notes.

4. Including the altered specifications in the original plan should not be deleted by the contractor. In addition to modifying the specifications, annotations describe the changes made.

5. It writes all notes and descriptions regarding changes to a single plan drawing on a separate sheet. It is easier to prepare clear & concise as-built drawings by using this method.

6. Every note should include a timestamp to indicate the date of the change. Missing records can be prevented by following a structured data collection procedure.

7. You can place a consistent timestamp on each drawing since the finished redline drawing is also dated.

8. Red indicates deleted items, green indicates added items, and blue indicates additional information & blue indicates draftsperson instructions.

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A Comparison of BIM and CAD to see which is most appropriate for your project

CAD and BIM are two terms that often come up in construction, architecture, and engineering projects. Architects, engineers, and project managers can use both of these technologies to plan and design projects more efficiently.

It is essential to consider the size, complexity, budget, and specific requirements of your industry when choosing a technology for your project. CAD may be more appropriate for smaller, simpler projects than BIM for larger projects.

Define CAD

In Computer Aided Design, things such as buildings, products, and structures are designed in 2D and 3D using computer programs. Technical drawings, blueprints, and schematics can be created with this software-based tool. It is easy and quick to create accurate and detailed drawings with CAD software.

Define BIM

Creating a virtual model of a building or structure is known as BIM or Building Information Modeling. An architect, an engineer, and a contractor can manage a construction project collectively using 3D modeling technology.

A BIM software program automates the creation of digital models of buildings and structures containing all their physical and functional characteristics. Simulating the construction process, identifying potential issues, and optimizing design can be accomplished using these models.

BIM Merits & Demerits


Construction projects are easier to coordinate when different stakeholders collaborate on the same model simultaneously. The detailed and accurate BIM models are more useful for identifying potential issues and optimizing design decisions than CAD drawings. Models for building information modeling (BIM) can be used to simulate construction processes in order to uncover potential problems and optimize construction schedules.


Small businesses and startups cannot afford BIM software because it is more expensive than CAD software. In comparison with CAD, BIM requires a greater investment in education and training. Low end computer systems may not be able to run BIM software as efficiently as high end ones.

CAD Merits & Demerits


CAD is ideal for startups and small businesses due to its easy learning curve & its applications than BIM. CAD is perfectly suitable for low end computers due to its less computing power comparatively than BIM. CAD has better accessibility than BIM with more low cost or free options available.


Designers cannot work together with CAD software, forcing them to work on their own files and making coordination between them more difficult. BIM offers greater detail and accuracy than CAD software, which can make identifying potential issues and optimizing design decisions more difficult. BIM provides more support for the construction process than CAD software, which is primarily focused on designing.

Which one you choose CAD or BIM

A number of factors, including your budget and industry-specific requirements, determine whether you can complete your project on time and within budget. It may be more practical to use CAD for smaller projects with a lower budget. However, BIM is usually the preferred method for larger and more complex projects.

The BIM process allows stakeholders to collaborate and identify potential issues before construction begins, thus facilitating more effective and efficient construction. As a result, BIM models are more detailed and accurate, allowing a better understanding of the project to be gained.

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