Learn BIM Optimization and its Sustainable Structures

Learn BIM Optimization and its Sustainable Structures

Introduction

BIM for Sustainable Building Design

Firstly, we need to discuss Building Information Modeling (BIM), what it is, and its potential to Conquer the answer to sustainable design. BIM in and of itself; is known as the process to design buildings and structures on a collaborative level. BIM is Allowing Architects, engineers, and the Construction Industry (AEC) to make changes in real time. It can track the amount of time each person spends working on the project, projecting constructio n costs and timing from the beginning of a building; thus, helping construction meet completion goals better than ever before. It also tells the AEC information right down to what, when, and where the building will need to maintenance. That is the simple definition.

Where is BIM going

In truth, BIM goes so much further; it is difficult to take in all that this has to offer. Other than the genius that has gone into its creation. BIM has been a long time in the making and, seems to be a fluid and ever-evolving form, taking shape into things we had not previously imagined. However, as technology grows, our applications and their abilities are ever expanding too. Where is the future of building information modeling going?

The future of BIM

Well, it is going green; as the future of BIM technology changes along with everything else, it is maturing and growing into something that gives AEC some remarkable power in building design. As if this were not enough, the future of BIM software will be able to integrate with other emerging schemas that focus on building green. Moreover, even upcoming AI implementations; which, will streamline the drafting and how information is changed and entered into the BIM even further.

The future of BIM in construction

Which is excellent, mother earth not only needs it, she is begging for it; and so are the people and animal life. Not only is it great that this is being worked on by concerned AEC, but due to The Energy Independence and Security Act of 2007. Requires that new construction and renovation projects must make sure they are using 55% less energy than other commercial buildings. Furthermore, by 2030, all new facilities have to meet the new standard of net-zero energy buildings.

When BIM optimization is applied

Well, there is BIM, and there is, of course, optimization of the tools you have at your fingertips. The BIM is just a thing, without humans that actively utilize BIM and sustainable construction are optimizing it, without AEC using this valuable tool, it is just another program sitting on a desktop. We, just cannot have that. The power of BIM to grow sustainable homes, structures, and buildings is too powerful to let it sit on the shelf; therefore, it cannot!

In today’s world of pollution, BIM software is the future

In today’s world of pollution, greenhouse gases, energy footprints, and more; tools like this are no longer sitting around on the shelf. With the worlds collective environmental problems, particularly climate change, being a severe global issue; just waiting for the bright minds of today, and technology, to concentrate its efforts on solving this sobering challenge. BIM has the power to change all of this when optimized for today’s sustainable construction. The AEC now realizes how vital BIM for sustainable building design. The AEC also recognizes how badly needed such a powerful tool is and can be. Assisting in this global issue, the aims of BIM are leaning more toward sustainable building design. The future of building information modeling is taking many steps to solve these issues.

BIM Optimization for sustainable building design

Imagine it. Green buildings. There is a subset of BIM Optimization for sustainable and greener buildings. Green Building IML is a subset of the BMI modeling efforts. This subset of optimizing BMI and sustainability; thankfully, is a reality. Many people are not concerned at all with the carbon footprint and pollution that buildings create or perhaps, they have never thought of how much additional energy buildings use. Honestly, it is a staggering amount. Our beloved buildings and structures are releasing over 70% of greenhouse gasses emitted. Moreover, they use a crushing 70% of the energy consumed in the United States alone.

The future of BIM technology and solutions

It does not take much thought to realize this is a staggering amount of energy. Also, it is such a large number; it is obnoxious. Moreover, it is an issue for our climate, air quality, and carbon footprint affecting the entire world. Some of these numbers may be in the USA, but we all know the wind blows across the globe. This fact is not only revolting, most of us realize it is causing health issues and climate change; this is where BMI optimization for sustainable construction comes into play. Making crucial correct decisions regarding sustainable buildings at the initial stage plays a pivotal role in realizing the sustainable building.  It is clear why in recent years, BIM has become a favorite approach used for sustainable building design.

The future of BIM and theme of sustainable building

The general theme of a sustainable building is: Use as few resources as possible, not to disturb ecosystems, disrupt natural life rhythms during construction, maintenance, operation and demolition of a building. BIM is a favorite approach to the creation of the sustainable building. Giving the AEC the ability to enter all the geometry, geographic information, spatial relationships, and the properties and quantities of the building elements; which, are saved in its virtual 3D environment. Thus, the ability to apply simulation after simulation while still in the virtual environment. Giving them the ability to verify the performance of their designs. Also, giving them the full use of the future of BIM in construction designs, and find one that works best for the build area and environment. The future of BIM technology and its optimization, and more widespread use may be just what the doctor ordered for the planet, and all of her inhabitants. Taking nature, wildlife, and humans into consideration before a build, will decrease not only the carbon footprint and emissions; but the effect the buildings have on our emotions and how we have finally come to value simple things such as clean air, environment, and wildlife habitat erosion.

Conclusion

Of course, these changes cannot happen overnight. However, it creates hope and the possibility of change; that things can and will be better for our lives and the lives of our future generations in general because of the unique technology of building information technology.

 

How Upcoming Infrastructure Projects can Revolutionalize BIM in India?

How Upcoming Infrastructure Projects can Revolutionalize BIM in India?

BIM is not a new and unknown term in India anymore.

Introduction

In recent years, Building Information Modeling, otherwise known as BIM, has grown in popularity with professionals in architecture, engineering, and construction industry. This is mainly due in part to the efficient tools it gives AEC professionals in the planning, designing, construction, and overall management phases of buildings and infrastructures. However, in India, the implementation of BIM modeling and applications has been slow and gradual in many industries.

India’s slow rise in BIM

BIM has unequivocally become a necessity for construction in almost every developed and developing country including India. So why has the process taken long to adopt? Generally, India has been a bit hesitant to adopt new technologies, and BIM expertise in india are limited in the region. Not to mention the heavy initial cost of BIM and the lack of involvement from the government of india to quicken its implementation. However, rapid urbanization and industrialization has changed the scenario and has given rise to the need for better infrastructural set ups in india. As it is said that the quality of the country’s existing infrastructure is neither efficient nor environmentally optimal. Which means there is a need for BIM technology to revolutionize the construction landscape in India.

 Construction Companies Using BIM

As mentioned earlier, AEC professionals have incorporated BIM into their projects, and this includes some of the biggest construction companies across the globe like Hochtief, China Communications Construction Group, Vinci, and Samsung C&T. Among them is also Indian based company Larsen & Toubro. L&T is a company that claims to have mastered BIM from the start. Beginning with a conceptual demonstration to detail architecture, all the way up to post construction, among other performance-enhancing applications. This extends to their projects including airports, IT infrastructure buildings, public buildings such as sport infrastructure and metro stations, and factories using steel, reinforced concrete, and pre-stressed concrete. The adoption of BIM processes has allowed experts to explore a project’s crucial characteristics physically and digitally even before it’s been completely built.

So how does L&T incorporate BIM into their projects and can more Indian based construction companies follow? These are six key factors in L&T’s BIM incorporation of software and technology:

Turnkey Capability

To ensure a project can even begin, it is vital to establish the human need for it combined with the efficient use of space. L&T offers turnkey design and construction of infrastructure and modern amenitiesthat meet customer needs. This eliminates the possibility of having a project fail before it can reach stakeholders.

Construction Techniques

Using advanced production techniques and high-speed technologies like heated tunnel forms and aluminum form work help in the reinforcement of walls and floor slabs on a continuous single pour which thereby reduces time and cost. Buildings are less acceptable to collapse which reduces the need for rebuilding.

Avant-Garde Technology

L&T has India’s largest fleet of construction equipment that offers speed, high quality, and cost-effective construction. With a combination of construction techniques and a systematic schedule, L&T is able to ensure quick work progress at high levels of accuracy and enhanced productivity with safe practices. Buildings are built with accuracy and speed which reduces the cost and time to finish.

Design and Build

L&T’s concept is simple: The General Contractor takes single-point-responsibility. To elaborate, the General Contractor is responsible for coordinating with the other AEC professionals involved in the project, including MEP consultants and promoters. The General Contractor is able to collaborate and communicate with the other team members through BIM software as they work together, saving time and avoiding confusion with the software’s cloud feature.

Precast Technology

This technology ensures improved quality and stability within its environment. It offers precast engineering like a precast feasibility study, precast structural concepts, and architectural coordination, and recast element detail design for stripping and transportation, among other things. A detailed precast is able to show the feasibility of a project before its completion including its stability and design which is cost effective. This includes the possibility of unforeseen circumstances such as natural disasters or construction hazards.

Finishes Implementation Centre (FIC)

A team of professionals set benchmarks for project deliverables without compromising on the quality of final seen finishes. L&T’s construction engineers transform the architect’s designs and drawings to reality. Projects are delivered to end users as a product built to structural rigidity. Visualization and simulation including the use of 3-D models help assure clients of their finished project and allow for accuracy before a project is complete.

Benefits of using BIM

As evident by L&T, there are many benefits to using BIM technology. Among them are cost, time, management, visualization, and maintaining control of possible unforeseen circumstances. BIM software ensures collaboration with all teams and helps eliminate the need for having to do reworks which is both cost-effective and time-saving.

The Future of BIM in India’s Industry

With its many benefits, India is quickly realizing that BIM modeling is vital for AEC professionals to be able to work together to design and develop buildings. However, despite the known benefits, there are still barriers that prevent India from fully engaging in BIM implementation. These include cost of equipment, client driven limitations, lack of education and training, legal and commercial barriers. The good news is that progress is being made. There are now more than 50 AECO organizations that deliver BIM projects to the local and global market. More buildings and infrastructure are being built in India using BIM software and technology including metro stations and housing facilities. Free seminars are being held in Dubai at Construction Expos to specifically inform AEC professionals about the many benefits of BIM and how to utilize the model. This is a big step for the AECO industry, which is the second largest industry in India, employing more than 35 million as of 2015.

Conclusion

Countries, whether developed or developing, are seeing the long-lasting value in BIM technology. Though there is still progress that needs to be made and barriers that need to be lifted, with its adoption, future indications are promising for BIM technology in India’s Construction Industry.

 

 

 

 

 

 

 

 

 

 

 

 

Why Should Building Information Modeling (BIM) Start from the Early Stages?

Why Should Building Information Modeling (BIM) Start from the Early Stages?

Why Should Building Information Modeling (BIM) Start from the Early Stages ?

So, what is BIM or Building Information Modeling?

The definition of Building Information Modeling or Building Information Model(BIM); describes the process of designing a building on a collaborative level. Thus, using one system of computer models, coherently bringing the design together; rather than many separate sets of drawings. Moreover, a digital representation of the functional and physical characteristics of a facility. It is a resource of shared knowledge or information regarding a facility. This information can be essential to making responsible decisions regarding a facility way to early than from the traditional CAD drawings. Not just from the conception of the building, but during the facilities life cycle too. It is a plan from the conceptualization of the structure to demolition. In short, it is a piece of software(s) that designs the building, from birth to death.

Understanding (BIM) Modeling, helps us see its potential impact.  Now, that we understand the definition of Building Information Modeling (BIM) software, let’s look at a few of the advantages BIM software offer.

  • Easy visualization of your construction project in a 3D environment.
  • Less rework on design changes thereby acting as money saver and time saver,
  • Improved collaboration between consultants reducing on-site coordination issues early,
  • Various simulations can be performed such as construction sequencing and construction cost providing transparency among shareholders

It is easy to see why starting with BIM or Building Information Modeling in the earliest stages of a construction would be the smart move. BIM allows the stakeholders to bring their construction projects to fruition more seamlessly, and with fewer surprises. Traditionally designing buildings relied mostly on two-dimensional technical drawings. (e.g., sections, elevations, and plans to name a few), recently, the shift to BIM has created more value.

3D (height, width, and depth), and beyond!

With the development of computer programs from old days, there was a considerable innovation of being able to create your buildings in 3D and the old drawing table and tools of the trade of architecture. Drafting on the paper in the digital was only the start. Building Information Modeling(BIM) extends the scope of what the older programs did. Also, taking it the ways beyond 3D as technology kept changing and is changing.

Building information modeling, 3D design software, with a twist.

Not only you have the 3D capabilities as you had in the older and more traditional CAD software, BIM brings time as the fourth dimension, cost as the fifth dimension and has a much broader scope and meaning than just geometry. It carries the manufacturer information for the properties and quantities of building components, and materials used in the completion of the building. BIM is capable of projecting completion time as and when necessary repairs to the structure might expect. From Construction Documentation to Maintenance, everyone working on the project is on the same page and they have access to, and can enter data into the BIM, which is essential to a seamless outcome.

(BIM) modeling services can build from the ground up.

The BIM modeling program or services first starts from the ground underneath the structure. The project begins with the images of the earth, digital elevation, and aerial imagery, along with laser scans of the existing site. BIM is capable of capturing real-time information in regard with the project location. BIM Designers benefit from all the input compiled and shared in a way paper was never able to do.

Imagine you need to make changes to your project, now what?

There was a time when, if there were changes in a plan (e.g., number of size of windows) for some reason, an entirely new drawing had to be redraw to account for the differences. Maybe just to add a staircase or another exit. Now, while using BIM, you make the changes, hit save, and the whole team has access to the new information in real time using cloud technology. Instead of heading back to the drawing table, and starting again, adding and taking elements away has become a thing of ease now. Think of the money saved by an action to just save the project, thus helping everyone to stay on the same page while working on the construction project; this is one of the more luxurious aspects of Building information modeling. It will also link construction cost and installation costs for the newly added attributes to the building. Thus, saving time and significantly reducing the overall cost of the building project.

Building Information Modeling(BIM) programs and the environment.

BIM modeling can also take the overall operational costs of the finished product in mind. It also has multiple simulation options available so that the design staff can observe the building attributes in all seasons. Its features such as this that can assist in building smarter, more economical, and energy efficient structures. With the click of a button, all the analyses can be done to achieve peak performance. Building Information Modeling(BIM) programs can also detect potentially costly errors on the construction site and can inform about its occurrence such as on-site coordination issues. Things such as electrical conduits or ducts that runs into beams on site; this on-site issue can be expensive, and can be effectively bypassed with BIM modeling. The problem will be detected before you break ground to construction. BIM has the ability to fix such issues, such as these on-site coordination issues, that often plague projects when run by multiple teams. Here again, BIM is a money saver for construction projects. Also, BIM is an excellent way for the transfer of knowledge by sharing traditional plans, sections, elevations, as well as other types of reports that the teams can share with other parts of the project team. The software has customizable features and automation tools such as annotating a category of elements at once, saves precious drafting time; thus, conserving the project money and construction pitfalls.

BIM modeling software helps sequence the steps in a building plan.

BIM modeling software can sequence the steps of building the structure and all phases of these steps, down to the materials needed to accomplish the next step in the series of construction. The sequencing of steps is completed with animations and simulations, helping to coordinate the construction processes. Hence, delivering a more predictable outcome of the project beneficial for stakeholders. These are just some of the reasons that if a BIM plan is in place and is wisely used in the earlier on in the project, the better or smoother the project progresses. Making projects more seamless while saving valuable time and money on any project from a home to a high-rise building.

What is Building Information Modeling? BIM Adoption in India

What is Building Information Modeling? BIM Adoption in India

Global BIM (Building Information Modeling) scenario

In the construction industry, traditional methods (2D) for design and construction is being rapidly moving towards 3D digital models: BIM. Developing intelligent 3D digital models and communicating project information with ease within the project team is the key within BIM.

The current BIM Adoption in India in building industry began by the similar approach as the decades-long usage of digital prototyping by the manufacturing industry for engineering, analysis, and production of products.

In today’s scenario, as the economies are rebounding at a snail pace, the building supply chain ranging from architects, engineers, contractors, and fabricators are expected to deliver projects faster and within smaller budgets. To gain the competitive edge, more and more firms are adopting BIM which improves productivity and profit margins which have resulted in many BIM mandates across various countries.

Expectations are growing for closer collaboration of different disciplines within the project. Advancement in technologies for communication and cloud technologies has transformed how people work together.

Prefabrication has witnessed increased demand by improving construction productivity and BIM work-flow bridges design and construction by connecting designers with fabricators and contractors.

Economic construction with clear design intents has become the expected standard for building projects in today’s world. BIM work-flows and analysis tools help firms evaluating the cost-effective project delivery at every stage.

Therefore, rapid BIM adoption in India in the construction industry has clearly highlighted that the industry is moving away from the traditional 2D methods towards BIM for fast and cost-effective project delivery.

 

Can we still rely on decade-old 2D process and technology to survive?

Before answering this question, let’s closely look at what is BIM.

It’s the question the majority of us from the Architecture, and Construction background must know. BIM is a way to create the digital model of the building or infrastructure before its actual construction. Note that the digital model must be intelligent enough to provide various information such as visualization, documentation, cost estimation, clashes, simulation, etc.

BIM tools such as Autodesk Revit works on integrated databases to maintain relationships between different model elements by connecting everything. Additional efforts are none to keep the project data in sync and manual labor is less.

Professionals practicing BIM has experienced reduced errors and omissions, reduced project duration, more profit, win new projects, repeat business, etc as short and long-term BIM benefits.

To survive in the upcoming times, firms must re-work on their strategies by adding the use of BIM. One cannot sit back and wait for the increased BIM Adoption in India in their business markets. They need to be at the forefront of using BIM.

 

Looking for best Revit trainers in Delhi-NCR then contact us at [email protected]