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How can BIM improve Green Building Projects Effectively?

For an ever-changing and advancing world that constantly seems to be moving ahead while leaving the environment behind, the phrase “The new age is pursuing green architecture” seems suitable. While numerous causes contribute to climate change, buildings are a major contributor.

Research shows that buildings and construction account for 36% of global energy consumption and 27% of the global carbon footprint. Thus, green construction is a response to this coming threat.

Major contributors to global warming include urban heat islands in rapidly expanding cities, industrial pollution, and carbon emissions from buildings. To that end, green buildings have a notably less environmental footprint.

According to a leading report, green buildings have the potential to reduce energy consumption by 50%. On the other hand, Micro-level energy savings for buildings have been validated by the IGBC and LEED at 40-50 percent and 20-30 percent, respectively.

What are the Factors that make a Building “Green”?

Reusable and Local Materials

Green buildings are those that make creative use/reuse of previously used materials, minimize the use of resources that have a direct impact on the environment, and recycle the remnants of previously constructed structures.

The Building Factors

Green buildings can be made with the help of materials, tools, and methods that minimize the need for large amounts of electricity and resources. Also, in order to lessen their global environmental impact, green buildings should be assembled on-site instead of in a factory.

Better Energy Efficiency

The installation of green-rated appliances, which use less energy and load, reduces the need for HVAC and electrical energy overall. Sustainable architecture also makes use of alternative energy sources like solar panels.

Optimal Water Management

Water treatment and Rainwater harvesting solutions that recycle water for use in green buildings are prime examples. They would also leverage water-saving appliances to control consumption levels.

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3 Exciting Ways to Drive On-Site BIM Adoption in 2022

A leading report has predicted that the global BIM industry would reach $11.7 billion by 2022, representing a CAGR of 21.6% from 2016 to 2022. According to the same analysis, Asia-Pacific is the region with the highest projected growth rate for BIM adoption and usage. Europe and North America follow in rapid succession.

These kinds of statistics demonstrate that BIM is gaining popularity in the building trade. In order to maximize return on investment, BIM promotes efficient use of assets and cooperation.

However, not all construction firms have fully adopted BIM for use on-site yet, despite the obvious advantages. Let's dig into that why. Is there anything that can be done to increase BIM utilization in the field?

Assuming the construction company develops BIM expertise in-house or finds a dependable partner to supply it, the most pressing issue appears to be how to train and educate on-site workers to properly utilise BIM models.

Problems like this can stem from a lack of knowledge or experience, which might impede widespread use. Modifying training practices at the institutional level can help close the skills gap.

1. A Change in Perspective

Among the many advantages of BIM is the improved understanding of the construction design that comes from the superior visualization it provides. Although this has the potential to become a useful tool, it can only be used locally if the people there adopt a new mindset.

Teams working on projects at the ground level need to think outside the box and consider how they can best use these models to their advantage.

Initially, they will require assistance and direction, but as they see the benefits, they will adopt it more widely.

2. A Clear Roadmap

From this vantage point, the construction firm taking the lead and outlining a plan for the workers to follow could be the first step toward achieving seamless on-site BIM adoption.

For instance, they may show them how to initiate change using the data offered by BIM models, including where to begin, what data to collect first, and how to implement incremental improvements over time.

3. Leverage Best Practices

Some examples of good practices in this area include designating an early point person in each of the primary teams to oversee the adoption push.

Next, an operational-level resource might be appointed to function as a liaison between the various on-site teams, contractors, and suppliers.

Conclusion

The use of building information modelling software on construction sites is on the rise. Implementing BIM could represent a significant shift in strategy for businesses just getting on board. Better results can be achieved if the challenges associated with using BIM in the field are overcome.

Changes in the structure of the company may be part of the answer, but it won't help unless they keep tabs on the results of the technology's use and spread the word. By putting forth such determined efforts, BIM usage can grow far broader, and even on-site workers can become more proficient in its application.

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5 Ways Prefabrication Benefits your Construction Project

In the last few years, Global demand for infrastructure and real estate ventures has grown. According to a leading report, about 13% of India’s GDP will be contributed by the construction industry by 2025. So, imagine the contribution of the construction industry towards the GDP of various developed countries!

In addition to that, the rise of cutting-edge technologies like Artificial Intelligence/Machine Learning, Building Information Modeling (BIM), Virtual Reality and Artificial Reality will certainly help bring about a radical change in the construction industry.

For a long time, the construction industry was the least advanced, in terms of digitization and utilization of technologies, but this is about to change dramatically in the next few years.

Ai has already created the groundwork for the construction industry’s digitization with BIM technology. It’s mind-boggling to consider the exponential growth of this industry and it is our goal to keep up with the current demands and trends of the construction industry while maintaining high-quality production and minimizing safety challenges.

“Prefabrication is a growing trend that has the potential to overcome these challenges.”

What is Prefabrication?

Assembling the components of a building or a structure in advance at a manufacturing site/factory, and then bringing them to the construction site, is known as prefabrication

Prior to the start of a project, a third-party provider constructs and puts together a number of components that will be used for the construction project.

Did you know? This practice is not new. Prefabrication techniques date back more than a century ago!

But, during those times, prefabrication was associated with off-site, modular buildings of interior quality, which is why it failed to catch on.

However, BIM technology has revolutionized this approach in the past few years. As the quality and efficiency of prefabrication improve, it is becoming more common. But, why is BIM proving to be a catalyst for prefabrication?

By generating 3D models, BIM makes projects easier to visualize. Accurate data about building materials and the design of the construction project (thanks to BIM) helps improve coordination of production. In addition to that, BIM usage is helping to close the productivity gap in prefabrication. By the year 2023, modular construction is expected to grow by 6%.

5 Ways Prefabrication can help your Construction Project

Shorter Construction Duration

This sort of modular construction project is considerably faster than traditional construction.

According to a major study, a modular building can be erected up to 50 percent faster than conventional construction, allowing a project to go from inception to completion swiftly and without difficulty, achieving a rapid return on investment.

This is a result of improved up-front planning, avoidance of on-site climatic variables, subcontractor planning and scheduling delays, and the concurrent construction of many sections.

Rather than focusing all of their attention and resources on one or a few projects, construction firms are able to take on numerous projects at once which allows their business to grow and expand.

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How does integration of BIM & GIS help construction projects?

It is important to note that BIM and GIS are two distinct technologies. BIM means Building Information Modeling and GIS means Geographic Information System. 

 In complex and large-scale projects, the relationship among these technologies is acquiring legitimacy.

BIM systems are commonly used in architectural and civil engineering projects, while GIS systems are typically used in environmental projects.

What is BIM?

It's possible to create a 3D representation of the physical and functional attributes and geometrical information of a building or infrastructure asset using BIM software. Document management, trade coordination, team cooperation, and 4D construction sequencing are all supported by this shared information resource. Decision-making is aided by this solution throughout the project's lifecycle

What is GIS?

Environmental assets and other important aspects related to geography, population demographics, economy, and the environment come under the ambit of GIS.

Using maps, it enables users to collect, create and manage spatial data, as well as analyze it. Patterns, geographical linkages and geographic context can all be better understood by using this tool. When it comes to facilities management and operations & maintenance, this information is invaluable.

Benefits of BIM and GIS

Using real-time data about an asset's actual surroundings, GIS feeds BIM, allowing engineers to better explore and assess the design and construction options at hand. It is also possible to employ an information-rich model for the operation and maintenance of all of the assets in a bigger area.

To make it easier to comprehend how assets interact and relate geographically, BIM and GIS integration create a sophisticated model that combines geographic and infrastructure design information.

For the planning, design, building, and operation of the utility infrastructure, you can create BIM-GIS models. The following are examples of where BIM-GIS integration is being used:

Visualization

There are three-dimensional representations of each component in the BIM-GIS platform that include both geometry and semantic data.

Project management and execution are made easier thanks to visualization. The GIS environment allows for the depiction of geographic landscape, terrain details, nearby facilities, and above- and below-ground infrastructures.

Clash Detection

During the operational phase, renovation and repair activities are prevalent. In the past, utility information was only available in 2D CAD designs, or it was unavailable at all.

A 2D drawing's inability to extract utility information precisely is one of the primary reasons for utility conflicts. Many BIM and GIS solutions, such as Civil 3D, Navisworks, and ArcGIS, provide for collision identification between the 3D utility model in this BIM-GIS integrated platform. The 3D model aids in providing information that can be used to guide future actions.

Facility Management

Due to utility outages or scheduled maintenance, operations and maintenance tasks are frequently required.

There is a wealth of ready-to-use information on the utilities available in the BIM-GIS integrated model for use by the operation and maintenance team. Time and money are saved because of the efficiency of the system, which is made possible by the availability of utility information.

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How can BIM make Renovation Projects more Efficient?

Following the COVID pandemic, the AEC industry around the world, particularly in the United States of America (USA), has progressively recovered. And an interesting trend in the AEC industry that is increasingly garnering attention in the US is the renovation of buildings (living spaces, office/commercial spaces etc.

According to a recent study, the richest economy in the world is expected to spend upwards of 500 Billion Dollars in the home renovation sector alone!

Challenges in Renovation Projects

Renovation projects frequently face obstaclssses that are distinct from those encountered in new building projects -Some of these hurdles can have a significant impact on the completion of renovation projects.

Some of these challenges may include the unpredictability of existing building conditions as well as the limited work area or space limits imposed by these variables. These elements must be identified during the early design phase for a successful refurbishment. Renovations also necessitate a thorough analysis/consideration of time and schedule constraints.

How can BIM improve Renovation Projects ?

For remodeling purposes, building information is quite useful. Many renovation projects, on the other hand, are hampered by a lack of proper project management, project delays, and significant financial losses as a result of insufficient or outdated building information. In such cases, Building Information Modelling (BIM) can come to the rescue.

The use of BIM in new development projects is becoming ubiquitous. The use of BIM in renovation projects, on the other hand, is still in its infancy.

However, with advancements in BIM tools and solutions, existing buildings can be renovated with the help of precise information management of the complete asset (building).

Here are some exciting advantages of BIM that can help in making renovation projects more effective:

1. BIM improves Visualization & Data Management

BIM is a three-dimensional display of an asset (existing building/construction project) and all of its aspects that are difficult and time-consuming to capture in CAD. This repository contains data on structural elements such as:

Foundations

Beams

Rooves, and

Columns

These structural elements are required for visualizing the current structure and determining space restrictions.

Potential design difficulties can be detected using this information during the renovation project’s initial design phase. Furthermore, the model, which is updated throughout the refurbishment life cycle, can aid in precisely planning project execution and performance.

However, in the case of older buildings, obtaining current building information can be problematic because paperwork is not always available. In such circumstances, laser scanning technology can be used to create an As-Built Cloud Point model and that is one of the exciting benefits of BIM for renovation projects.

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Key BIM Insights & Trends for the Global AEC Industry

The Architecture, Engineering, and Construction (AEC) industry has changed dramatically in the recent decade. From relying on 2D sketches to an increased emphasis on 3D digital models, we’ve come a long way:

From a penchant for legacy tools to a willingness to experiment with cloud-based and AI solutions

From PowerPoint presentations to Augmented and Virtual Reality walkthroughs and,

From a mostly graphic-focused CAD approach to a BIM approach that prioritizes information.

Architecture and Construction technology solutions have improved significantly!

With extensive acceptance by users of all types (in the construction sector), BIM is among the most important catalysts for technology and process transformation in the AEC industry.

BIM is one of the most important catalysts for technology and process transformation in the AEC industry, with widespread adoption by users of all types.

In this blog, we’ll look at research and insights from top information suppliers on how BIM has transformed the industry and will continue to do so in the future.

BIM – What did the previous decade look like ?

The AEC industry has made remarkable achievements over the last ten years when it comes to the adoption and utilization of BIM tools and solutions.

According to a major Annual BIM report, by 2020, we have progressed from limited knowledge and usage of BIM to almost universal awareness. In addition to that, the use of BIM has increased by a whopping 73% by construction professionals.

It necessitated significant changes in processes, but the results were worth it:

Better information coordination

Decreased risk

Increased productivity

Increased efficiency, and

Cost reductions in operations and maintenance

These developments are assisting in the creation of a more efficient, transparent, and error-free AEC industry.

BIM has already transformed the way the AEC industry operates, regardless of the project’s or firm’s size.

In addition to that, with the help of BIM, construction professionals like Architects, Project Managers, Construction Teams & Engineers designers have been able to collaborate in an environment that relies on single-source of truth (accurate data) throughout the project lifecycle.

How are Governments Encouraging BIM usage?

The United States of America (USA)

In the 1990s, the USA was the first country to embrace BIM for construction purposes. According to some statistics, as early as 2012, 71% of construction professionals (which included, architects, building contractors and engineers) were already using BIM!

According to prominent research, the use of BIM Modelling Services in the United States is predicted to grow at a rate of 21.6% per year from 2016 to 2022.

The United Kingdom (UK)

The United Kingdom is regarded as one of the world’s major proponents of BIM adoption in the AEC industry. The UK government mandated in April 2016 that all publicly funded projects be completed using ‘BIM Level 2’ by the year 2016. This accelerated the country’s BIM adoption rate. In addition, the government plans to advance to the next stage of BIM implementation in 2020.

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Debunking the 5 most Common BIM Myths

When it comes to making crucial strategic decisions about adopting BIM into projects, widespread misconceptions about what it is can cause operational uncertainty. BIM, when used appropriately, may help businesses make better decisions and save money.

Confusing definitions with sophisticated terminology and industry jargon might lead to misunderstandings about what BIM is.

BIM is defined as the “use of structured data and information to support the delivery of a project and the operation of an asset” according to ISO 19650.

Other definitions, which are frequently published by software firms, limit BIM to a modelling tool, excluding the important management components and presenting an incomplete description.

So, why is it critical to debunk BIM myths? With complete knowledge, you can gain buy-in for BIM, dispel common myths, and move forward on your digitalisation journey. Read on to learn about our top BIM myths and how to debunk them.

5 Myths About BIM and Why They Are Not True

1. BIM Trend will Fade Away Soon

To put it simply, BIM isn’t going anywhere. It’s only the next step in the advancement of modelling technology. The use of paper-based, two-dimensional designs to communicate project concepts to team members has long been a popular practice in construction, but the introduction of computer-aided design (CAD) technology has brought with it the capacity to visualise projects using 3D Models.

While 3D modelling has catapulted the AEC industry into a new era, the drive to raise the bar will always exist. BIM provides the capacity to add extra information to 3D models and the ability to display additional dimensions, such as scheduling and time management (4D) and cost information (5D).

With these (and other yet-to-be-discovered) features, BIM’s use will only rise in the future years, cementing its position as a critical component of construction.

2. 3D Modelling is the Only Purpose of BIM

When read in its most basic meaning, the word ‘building information modelling’ implies that it merely refers to a 3D modelling tool.

While 3D models are certainly vital, the capacity to organize various sorts of data that can be applied to construction projects is what multiplies the investment.

Partial models, different types of viewpoints, 2D drawings, and additional documentation features are just a few of the BIM tools that give any project a new lease on life. The true value of BIM is that it makes all of these resources freely available and shareable across corporate lines, allowing everyone involved in a project to benefit from them.

3. BIM can only be leveraged for Building Construction

One of the most salient characteristics of BIM is that it is not just restricted to building construction.  BIM’s additional value is created through the principles of cooperation and strategically organised information, which may be used across the construction sector and on a wide range of project types.

BIM creates a level of transparency that can be applied to many types of projects and enterprises by adjusting the work approach to match their individual demands by making this data accessible to all partners in the construction process.

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3 Amazing Advantages of Outsourcing Architectural Drafting Services

Outsourcing architectural drafting services is already becoming increasingly prevalent in a variety of businesses. Contracting engineering design-related work has a number of advantages, including the simple availability of high-level talent and the efficient use of space.

Large businesses are under significant pressure to achieve cost-effectiveness on original design architecture while also dealing with high technical complexity.

Contracting engineering design assists the company by shortening product life cycles, reducing time to market, and providing simple access to trained experts, all of which minimize overhead.

Many companies all around the world have understood the value and advantages of contracting engineering design services. The availability of talented design specialists in nations like India and businesses like Russell and Dawson is one of the key reasons they are heavily outsourced. The organization's in-house teams can focus on more strategic and complicated engineering projects by outsourcing design engineering duties.

Major benefits of Outsourcing Drafting Services

Avail Services from Drafting Experts

You have the freedom to assemble your ideal engineering and design team by selecting from a large pool of technical resources.

With years of experience creating architecture models, as well as the ability to generate and edit isometrics and bills of materials.

Leverage Flexible Engagement Models

When you outsource engineering services with a firm with a successful track record, you can be sure that the engagement models will be flexible and tailored to the clients' schedules.

Fixed-price, time and materials, a hybrid model, and a wholly tailored arrangement to meet the needs of the clients are all options.

Improved Cost Efficiency

You gain the advantage of creative and smart solutions that uncover ingenious ways to address the real-world complexity of design and engineering when you enlist specialist skills.

This implies that the engineers and architects not only use the computer software and recommended practices to create smart solutions for enhancing design efficiency and overall productivity, but they also think beyond the box.

These are a few exciting benefits of outsourcing architectural drafting services for AEC firms and construction professionals.

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BIM and Asset Management – Things You Should Know

Our construction market has actually been witnessing the large benefits of Building Information Modeling (BIM).

There's an increase in awareness concerning exactly how 3D BIM models allow far better collaboration, boosted visualization, far better possession preparation, and also effective time and price management for brand-new building and construction as well as remodelling/upgradation jobs alike.

Nevertheless, after any project completion, the primary worry is the procedure and upkeep of the structure and also its built-in assets. This makes Asset management an important technique in the building industry.

What is Asset Management ?

Asset management is the administration of daily operation, upkeep, and also fixing of each asset in a building. In the building and construction sector, we may view BIM as well as possession administration as independent techniques. Yet they have a straight correlation. The harmony between both can assist with structured maintenance while minimizing economic expenses.

Challenges in Asset Management without BIM

Without BIM, there will certainly be no organized information for asset monitoring. Possession information from the building and construction stage cannot be drawn out. This likewise interferes with the identification and location of concealed possessions. How does BIM facilitate Asset Management?

BIM uses structured information management for all phases of the construction lifecycle. Its shared model can look at data around planning, designing, installation, commissioning, as well as related facets of a property. Upon task conclusion, the electronic handover of BIM details versions to asset administration systems can equip possession owners with details concerning possession performance, upkeep, and also safety and security.

Benefits of combining BIM and Asset Management

Managing Information becomes Easy!

When BIM and asset management data sources are linked, details administration becomes seamless. BIM renders itself for the development of the 'digital twin' of the physical property hence, making asset location simpler. It additionally provides exact real-time info across property categories. BIM acts as a storehouse for asset data

BIM serves as an information storehouse for asset information that includes property history, its procedure, its size, dependences, and disaster recovery. This easily obtainable asset data supports far better planning of upkeep, repair service, and replacement as well as lowered time in possession upkeep.

These are a few interesting ways through which BIM can simplify asset management for construction professionals and AEC enterprises.

[rdttech]

4 Statistics Proving BIM means Business for AEC Enterprises

You might’ve heard about Building Information Modeling (BIM) and the immense benefits that it brings to the table. And even though the exciting advantages encourage you to add BIM to your toolkit, chances are that there might be a little bit of business-value skepticism surrounding the innovative technological solution.

But, fret not! We are here to help. Let’s look at 4 exciting BIM statistics that will help you to understand that BIM is here to improve business value and drive growth.

What is Building Information Modeling (BIM)?

Building Information Modelling (BIM) is an innovative and digital building process that enables collaboration between multiple teams and stakeholders.

Almost every BIM project includes a 3D model that contains various types of information and manufacturer-specific digital replicas of the products. The rich data is collated into a common data environment which is then leveraged by multiple stakeholders, architects and construction professionals.

4 Statistics Proving BIM means Business for AEC Enterprises

BIM is a billion-dollar market

Over the last few years, BIM has witnessed massive growth. According to a leading research report, in 2019, the market size of BIM was around USD 5.2 Billion and it is projected to reach a whopping USD 16 Billion by 2027. That means a CAGR (Compound Annual Growth Rate) of 15.2%

Talk about some explosive growth predictions for 2020 to 2027!

An interesting thing to know about this research is that these observations/predictions were made before the pandemic. But, with the pandemic in the picture, the growth estimates will be much higher than previously anticipated.

Any reason for higher numbers than the previous estimates?

With the pandemic halting office-based work, most organizations including AEC enterprises have had to resort to remote work and digital adoption. In addition to that, a greater emphasis was placed on the health and safety of built environments.

Another reason why the BIM market will witness explosive growth is due to the implementation of positive government policies coupled with an uptick in BIM mandates.

By 2060, 2.4 trillion square feet of new construction will happen

Construction won’t be slowing down anytime soon because of an increased interest in real-estate and real-estate investing. This means the demand for building products will most likely increase in the days to come.

According to a report by the UN Department of Economic and Social Affairs, it is estimated that by 2060, around 2.4 trillion square feet of new construction will happen.

What are these staggering numbers equivalent to?

One Tokyo built every quarter

One New York City built every 34 days

One Paris City built every week!

But, traditional construction won’t be able to handle these heavy workloads. In addition to that, there will be immense pressure on manufacturers to manufacture enough products for construction.

That is where BIM comes into the picture!

Many architects, public clients and construction professionals are turning to BIM because of its resource-efficient solutions as compared to traditional construction practices. This adoption of BIM will likely increase in the days to come followed by an uptick for access to manufacturer-specific BIM objects.

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BIM Adoption – Why is it important for today’s Architects ?

Here are 5 pressing reasons why BIM adoption is important for Architects. Read on to know the exciting benefits that BIM brings for Architects. 

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Facilities Management – How can BIM Improve it for AEC Firms?

BIM's function in facilities management is to offer measurable insights.

For example:

How much cash is a firm costing you within the framework of facility management/maintenance?

What is the record of service for a particular year?

If you make an upgrade to something better, how will it impact the peripheral systems?

BIM allows you to check out:

a true-to-life model of facilities

analyze details according to business requirements.

Looking at expense reports or annual reports is relatively easy when compared to checking out building models, cost equations and how they impact the entire facility. Firms broadly apply BIM today is because it serves at every stage of facility maintenance. It gives crucial insights into vital systems and also can model the impacts and also modifications associated with:

Maintenance

Repair

Renovation

Ultimately, BIM is a system of record that integrates with vital administration software programs to drive data-driven solutions. It's a valuable tool for stakeholders who manage facilities and need to make decisions from time to time.

How does BIM Improve Facilities Management?

The outcomes of BIM for facility supervisors are undeniable. A lot of research went into BIM so that it can help to build supervisors as they look to:

Minimize costs

Boost Infrastructure ROI

Enhance Employee Engagement

Simplify operations

boost staff member engagement

Here are a few interesting ways through which BIM improves Facility Management:

Helps save costs in maintenance improvements and upkeep of facilities.

Helps boost productivity and efficiency of projects thereby accelerating the delivery time of projects.

Minimizes clashes and safety risks which help facility managers to lower passive change orders.

Improves predictive maintenance of facilities. security dangers as well as clashes, which lowers easy adjustment orders.

These are a few ways through which BIM can help improve facility management for AEC firms and facility managers.

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4 Exciting Advantages of Using Revit for BIM Purposes

 Autodesk Revit is a modern software to develop precise construction schedules, cost price quotes and also shop drawings. With a host of professional features, Revit makes it simpler to develop reliable & accurate drawings utilizing its detailed tools & intelligent objects.

With the help of Revit, drafters can design and make use of a dynamic data source, making the software rather valuable for the AEC sector.

4 Interesting Advantages of Revit for BIM Purposes

It Has a Vast Building Component Library Revit has an in-built library of parametric building design components. This makes the work of shop drawing simpler for the drafters.

The pre-existing or formerly created component is saved in the database which can be reused time and again according to needs.

This saves huge amounts of time as well as important sources. Find out exactly how you can extend this helpful attribute and build your own custom-made Revit family library for a greater operation rate. Easily Draft Detailed Documentation Without comprehensive and clear documentation, no shop drawing is really helpful for a client- be it a fabricator, provider or professional. Revit makes it simple for developers to rapidly develop trustworthy, detailed and also exact documents that include needed value to the shop drawing procedure. Make Quick Changes with Repeating the Work Autodesk Revit can handle numerous job modifications during the beginning of the task, efficiently. Various elements of the layout, for instance, the plan, altitude, sections, etc are interconnected in Revit, making sure that a solitary change is shown throughout the model without requiring to hand transform every part. Revit boasts of Versatility and Flexible Accessibility

Revit is a very functional software that supports import and also export to a multitude of formats like JPEG, DGN, DWG, DXF as well as PDF.

Also, the software allows saving the whole task data right into a single job document which makes administration easier. Likewise, several individuals can access the exact same project file at the same time with the arrangement to merge adjustments at every action. All this boosts the productivity as well as adaptability of the layout team.

These are 4 amazing advantages of Revit for BIM Purposes.

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5 Reasons Why BIM Adoption is important for Architects?

Table of Contents:

Introduction

BIM adoption – Why is it Important for today’s architects?

Enhances Coordination and Productivity

Helps create error-free High-quality parametric models

Improves Collaboration and Communication

Better Budget Compliance & Cost Control

Accurate analysis of the environmental impact

BIM has become a necessity for Architects

Meeting client expectations is pivotal to the role of an architect as they address various important details like design intent, space usage, functionality amongst others. Simultaneously, architects need to keep an eye on the overall project plan, budget and schedule.

While doing all the above, if any design variations occur due to irregular schedules, inaccurate dimensions, data inaccessibility and unmanaged revisions then they can impede construction projects & extend deadlines.

These are a few reasons why architects need robust tools that facilitate integrated workflows, quick, accurate & optimized design, project documentation and coordination.

“This is where BIM Modeling can help reduce errors, improve the design and accelerate construction projects.”

Building Information Modeling or simply BIM is a cutting-edge technology solution that helps architects to quickly:

Build high-quality accurate models

Get early insights into a project

Simplify cost estimation

Facilitate a ton of design & analysis-related activities

Increase productivity with Prefabrication and do much more!

BIM Adoption – Why is it important for today’s Architects?

1. Enhances coordination and productivity

“Did you know that inaccurate specifications & logistics or simply lack of detail results in more than 20% of rework claims?”

BIM’s sophisticated tools & features facilitate the creation of a common data environment. This helps architects to seamlessly:

Coordinate on models for clash detection

Address areas of concern early

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Facts about Structural Steel Fabrication and Durability

Know some interesting facts about steel structural fabrication & durability that are helping AEC firms build robust buildings for various purposes. 

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3 Game-Changing BIM Trends to Watch Out For in 2021

One of the most innovative technology solutions that are revolutionizing the AEC industry through Building Information Modeling (BIM). Such sophisticated technologies are helping organizations achieve a higher level of efficiencies when compared to conventional processes.

BIM Modeling solutions not only improve collaboration but also offer 3D, 4D, 5D and even 6D modelling capabilities that are enabling organizations to minimize costs, identify & eliminate bottlenecks, optimize design & construction processes and drive growth. So, what are some exciting BIM trends that you should watch out for in 2021?

3 Exciting BIM Trends to Watch for in 2021

1.    VDC & BIM Design Technology

The construction industry has come a long way from what it originally was. Nowadays, many AEC firms, contractors and construction industry professionals are turning to cut edge technologies like sophisticated software, cloud technology and other innovative solutions to simplify, streamline and accelerate construction projects.

Continuous advancements in technology have brought forth state-of-the-art technological solutions like:

·        Virtual Design & Construction (VDC) – These tools help simplify the entire construction process.

·        Building Information Modeling (BIM) - This cutting-edge softwareeffectively replaced traditional CAD and virtualized the entire designing and drawing process. Not just that, BIM Modeling facilitates excellent collaboration, improved sequencing, better clash detection and cost savings.

2.    Increase in Virtual Offices

While many AEC firms are planning to call their employers and stakeholders back to the physical office there are many other organizations that had to make the hard call of detaching the staff from the office.

So, how can teams connect if they don’t meet physically? Heard of Zoom, Microsoft Teams& Google Meet? Teams and stakeholders can seamlessly leverage these tools to effectively communicate with one another and complete day-to-day tasks with ease.

3.    Increased Use of Cloud Software

Cloud technology is a boon for AEC firms that have already adopted remote working protocols. With cloud technology and applications, stakeholders can seamlessly get hold of real time data related to various BIM models, VDC models and other crucial information. That’s not all! Stakeholders can also collaborate with multiple teams remotely, generate reports and accelerate the entire design and construction process.

These are 3 exciting BIM Trends that will take AEC firms by storm in 2021 and beyond!

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What is the Role of Revit 3D Modelling in Construction?

When BIM Modeling Software first came into the limelight in the 1980s, a handful of firms in the AEC industry took to the innovative solution to effectively design & construct commercial & residential buildings, educational institutions, bridges and other structures. Since then, BIM software has undergone several advancements.

During these exciting times, Revit was released in 1997. This trailblazing 3D modeling software revolutionized architecture & construction like never before. Engineers and architects were able to develop & interact with 3D models, introduce new & effective approaches, automation and useful functionalities.

“Revit changed the entire workflow of architectural & construction projects by empowering professionals to visualize construction models in innovative ways”

What is Revit?

Revit is a cutting-edge software-based on BIM that is commonly used by Architects, Designers, Engineers and contractors to create real-life information-based unified models.

Construction professionals can also use Revit as a design & documentation platform which involves leveraging a single, integration BIM model to conceptualize, design & document a project with ease.

One of the biggest benefits of Revit is that you can easily get a virtual model of a construction project, infrastructure or building before it is actually constructed on the site. How cool is that?

Most of the tools & features in the Revit support BIM. This allows users and construction professionals to create an intelligent data-rich 3D model. If stakeholders leverage this sophisticated software properly then they can easily minimize costs, avoid rework & delays by identifying clashes/conflicts before the construction begins on-site and do much more!

The Role of Revit BIM Modeling in Construction

1. Help Create 2D Architectural Printouts

Instead of going the long way and creating multiple engineered products, use the Autodesk Revit to automate various parts/processes associated with creating & managing a project.

Leverage Revit to create specific drawings for each stage of the construction project, print off blueprints and 2D Drafts and effectively manage different stages of the project.

The cross-functionality features of the Revit BIM enable stakeholders to reduce costs associated with engineering & architectural design for the existing projects or any upcoming projects.

2. Improve Communication between Stakeholders

One of the biggest benefits of BIM Modeling based on Revit Architecture is its ability to deliver accurate information that is required to manage an entire construction project on a single one-stop-shop platform!

3D models tend to be sophisticated and extensive. But with Revit, Project managers & construction professionals can seamlessly manage communication with all the stakeholders.

Revit also comes with sophisticated storage features where all the 3D models can be stored on the server securely. Only those personnel who have an internet connection and the requisite permissions can access the 3D models, plans and other relevant resources of Revit from any time anywhere!

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