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What more to expect in 2018 about BIM? Explore the looming trends!

BIM- Building Information Modeling is extensively gaining popularity in construction. With enhanced adoption in the coming year, these are few of the looming trends in BIM to check out for:

1. 4D, 5D and 6D BIM

In 2018, more and more businesses are in demand to move ahead of 3D BIM to 4D, 5D, and also 6D BIM. 4D BIM presents the visual representation of the construction program. 5D BIM and 6D BIM combine two properties to 3D BIM, i.e., costs & materials. Along with the standard design parameters, specifications such as geometrics, aesthetics, and thermal and acoustic features are now covered in a project to facilitate engineers to check how a resolution influences the costs of design at an early stage. 6D BIM principally concentrates on the long-term basis. The modern versions of BIM maximize the return on their expense.

You can also check in detail information about 4D & 5D BIM here!

2. IoT- Internet of Things

IoT- Internet of Things is transforming the system installers and modelers function. Including Cloud apps like the ABB Switch Range Configurator or the Rexel Wholesale Connector, modeling and management are also growing much easier. IoT starts releasing BIM data to prefab workshops, suppliers or modelers leisurely. With relevant data, designing can be done directly using ready-to-order products so that it will be delivered directly to the construction site.

IoT

Also, read What Is Internet of Things(IoT)?

3. Augmented/VR Reality

Augmented Reality and Virtual Reality (VR & AR) are bringing in massive transformations in the AEC Industry. Virtual Reality, as it permits installers to observe extensive 3D models through glasses, it makes it remarkably suitable for providing project presentations to the client. Augmented Reality will be coming up as an outstanding training tool for managing clash testing on site. With AR, the opportunities for remote management are limitless.

VR

4. Modular construction & prefabrication

There will be more focus on modular construction and prefabrication in 2018. Modular construction supports in decreasing costs and stimulating the construction method as the building components are previously prepared and gathered in the yards before the construction starts.

Pre-Fabrication

As moving with time, it will be possible to prefabricate more MEP components from the prefab concrete walls and floors. Advanced software abilities are leading to faster assembly of elements, bringing in more dynamic workflows from design to prefabrication and also installation. MEP technicians can now generate prefab drawings from the data available in BIM models.

5. More choices in BIM tools

A trend that is now extending within the construction industry is as per the user’s requirements. There will be an adaption of more and more products. Modelers are free to select the tools of their choice on which they want to work. For example, an engineer who mostly has to establish valves does not need a costly software package with all the adjustments. While there is the growing trend of utilizing all-in-one packages that give lots of merged software functionality. More benefits on the way to BIM!

6. Mobile cloud applications

In 2018, use of mobile cloud applications in construction will keep on making its mark. Utilizing apps like the Trimble Connect app, associates will stay collaborated in the cloud from the design phase to delivery phase. Engineers will proceed to get access to real-time data via smartphone, tablet, and computer. Different people can simultaneously view Real-time data from construction and design process at various locations. BIM models are easy to share with the construction site, and report from the construction site could pass quickly, promoting a productive collaboration.

7. 3D laser scans and drones

BIM models will get enhanced with data in 2018. There will also be the creation of Point clouds by transferring a 3D laser scan at the construction site. Thus, the scan gives realistic 3D dimensions of the building site and also the data aids in forming the BIM model. Drones will also be used frequently in construction projects, allowing capturing real-time data which will help in producing more reliable BIM models

3D Laser Scans

8. 3D printing

3D printing technology is gaining tremendous progress in the construction industry. The technology has the fabulous potential for producing remarkably accurate building elements in a comparably short time and also with the least material loss. The use of 3D printing within a BIM process is for quickly creating prototypes for sharing with construction associates, co-workers or for manufacturing elements and prefab material. Hence, 3D printing technology is progressing to expand much more in 2018!

9. Direct product ordering

2018 is going to witness further co-operation among manufacturers, suppliers and also BIM software developers. Brand-new installation of engineering products is incredibly becoming accessible for sale as BIM objects, also involving current product data like article numbers and dimensions. Due to the accessibility of the information, products can be bought directly from within the model. Such types of tools avoid duplication of work.

10. Progressing green

BIM is successively providing viable benefits to construction. By using materials and energy resources into account already throughout the design phase, buildings can also be built more energy efficient. One can perform massive savings on energy costs and CO2 emission by applying the best product and material. In the design stage, the demolishing of a building can also simulate. Thus, it leads to demolition or recycling of a building with least effort and loss.

Going Green

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NIBT: The path to a futuristic career

National Institute of Building Technology is first ever institute of India that believes in perception in the field of construction industry. NIBT sheds light on various technologies leading to the development of construction management in a smart way.
NIBT has created awareness about the recent construction management technologies benefitting youngsters by placing them in the best construction organizations. People receiving training from NIBT are proficient in implementing their skills understanding them well and efficiently create quantitative and quality work. The NIBT students have achieved great heights due to their phenomenal performance.

NIBT is one of the best institutes in India providing job-oriented courses, as follows-

1. Construction Management Courses
2. Study Abroad Courses
3. Detailer in Autodesk Revit Architecture Course
4. Photogrammetry Course
5. BIM Courses
6. BIM and Advanced Civil & Mechanical Engineering courses, also, Electrical & Fire-Protection Engineering courses

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Use of VR (Virtual Reality) in BIM and Some of its Cool Gadgets

How many times have you wondered to take a vacation to places like Paris, Switzerland, Greece, and many more? However, not every experience is possible. Still, what if you want to take such adventures without spending much money as you cannot travel everywhere. Here comes the solution, Virtual Reality (VR)! Virtual Reality has much more to offer than just time pass. It has many uses in the several industries, and construction industry leverages it the most in BIM!

Let’s see what Virtual Reality (VR) has to offer in the construction industry in sync with BIM!

The idea of VR is to substitute your reality with something distinct that does not exist in fact. Human brains can visualize any virtually generated environments like a high octane computer game, a park, or a movie. In short, we can see anything and everything which can be re-created using a VR headset.

However, what BIM has to do with Virtual Reality (VR)?

Imagine if you or your client can walk through your in-progress building model and evaluating every nook of it. This activity is indeed more productive than sitting at your desk and zooming into a screen. The use and development of VR are growing exponentially. Right from the initiation of the idea of VR, the AEC (Architecture, Engineering, and Construction) industry has got multiple benefits. As per the survey, companies began noticing quicker project approvals, improved real client communications and higher satisfaction of clients. The “what’s significant” and “what’s not relevant” checklist can smoothly save valuable time and bucks for the business as well as the client.

With all the speedy progress occurring, it is evident that engineers, architects, and construction techies are already traversing the dimensions of this technology. There are more than 50 tools of VR software and hardware accessible right now, which can change the way of BIM interpretation and implementation.

Take a look at some of the cool gadgets used for VR

Oculus Rift

It is a super interactive VR headset developed by the Oculus Company.

It consists of inbuilt IR sensor as well as 3D audio effect giving headphones which has a super accurate positional and rotational tracking plug-ins. With the correct technical knowledge, Oculus can replicate an entire structure and provide a detailed perspective of the project. It is unattainable using conventional monitor adapted systems. It also has a full viewing angle of around 110 °.

PrioVR

This device is for real-time motion capture using virtual reality. The user can operate the virtual environment by using body movements. This VR program equips the user with a full body suit having multiple interior sensors in it. So, when the PrioVR is connected, the user can calibrate according to the wish. Due to this, it is easy to capture even the tiniest movements accurately.

It also provides a 360° viewing angle, so it feels more realistic while operating a model.

PrioVR

(Image Source: https://goo.gl/images/kfK3CT)

Touchable Holograms

Due to rapid progress in engineering, VR is now on the edge of developing beyond ‘vision’ and ‘sound.’ Research projects are gearing up to make the Hologram projections into reality. This facility will enhance the end user experience due to different textures which the user can choose from different formats.

Other than the PC software mentioned above, several mobile apps are giving a similar experience.

Touchable Holograms

(Image Source: https://machineman1.deviantart.com/art/Iron-Man-Rainmeter-Desktop-319280092)

Augment

This handy app involves the users in a simplistic yet compelling simulation with certainly less rendering time. You need the 2D design of any particular project, which the team uploads to the ‘Augment Manager’ field on the app website. Further, the client scans the global augment tracker which comes with the 2D drawing sheets. So, it allows the client to see the 2D design in a 3D mode right through his mobile. Hence, it eliminates the need for architects/clients to deal with real models, paper designs and numerous site visits.

The future

As per the statistics, in the coming ten years or so, a situation would happen when the builders would begin using Virtual Reality as an obligation for development purposes. With Virtual Reality and Augmented Reality knocking the doors of BIM, it is definite that the blend of both will prove to be a WIN-WIN situation in upcoming future. The contemporary use of Virtual Reality is just the base of a big mountain with great powers yet in the search.

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Explore the Factors limiting BIM adoption in construction!

In today’s world, the construction industry is rapidly progressing digitally, and BIM becoming an essential part of it. BIM is allowing the more intelligent use of resources and enhancement of workflows, managing the productivity and profitability. The advantages that BIM offers to construction are endless, but even then, the BIM adoption is not proceeding at the pace desired!

BIM adoption is witnessing an escalating trend as more and more decision-makers can understand how to construct a building by practical prototyping. They can also study the design more efficiently and can achieve more efficiency in construction. Also, if needed they can estimate alternatives concerning the cost and other parameters. However, some challenges restrict the permeation.

Thus, I wonder why even after so much of buzz, BIM is not the essential element for all construction projects. Some of the Challenges are acting as barriers, I believe.

So, Now the Question is what’s limiting the adoption of BIM?

The five essential factors that are mainly affecting BIM adoption in the construction industry includes:

• Difficulty in changing people’s attitudes
• Limited relevancy
• Interoperability issues
• Limited budgets
• Slack in following operating standards

Adoption of BIM

Resistance in changing habits

Well, all are aware of the Quote, ‘Old habits die hard.’ The same holds true in case of BIM adoption as well. The induction of BIM in the construction process needs the people involved to get familiarized with the modern technologies. Also, they get trained in them so that they can handle them efficiently. It calls for further efforts and coming out of comfort zones, and thus it meets with resistance. Most of the people associated with the construction industry have reached a specific age where they lack the interest to adopt new techniques, even if they seem encouraging. Hence, the resistance to change old habits limits the adoption of BIM in the construction industry.

Limited budget

There is not enough budget, and thus this issue mainly affects SMOs- Small and Medium Organizations. Adoption of BIM requires high implementation fee and training costs, which also involves the cost of hiring specialists, providing training to the existing workforce and composing an investment in new technologies. The SMOs usually do not have sufficient budgets to meet those extra expenditures. Cost tolerances frequently take over, and organizations prefer to support traditional systems as the associated expenses are known and efficiently managed. The organizations often fail to understand the long-term savings that adoption of BIM in construction will bring and also limit their vision to the short-term expense and benefit comparisons.

Avoiding standards

Standards play a vital role in assuring the broader adoption of BIM technologies, processes and collaboration by guaranteeing the same accurate data can get access throughout the supply chain. Standards assure continuity for the project and also provide the project owner with the setup they desire. They also have a significant bearing on productivity and confirm that the overall BIM implementation is sustainable and compatible. However, some of project supervisors or owners fail to build and enforce those standards diligently. Also, sometimes they end up referring to their own standards, creating difficulties and fallacies.

Interoperability issues

Interoperability working society defines Interoperability as, “Interoperability is a component of any product or system, whose interfaces are entirely understood, to operate with other products or systems, present or future, in either implementation or access, without any limitations.”

The Software interoperability gives the customers freedom to change from one product to another product while keeping the data intact after the variation. Since construction involves numerous stakeholders, it is essential to have the project data described in a standard interpretable form, so that it can accurately exchange between different computer systems and platforms. However, BIM suffers from interoperability problems, which restricts its adoption in the construction industry. Most of the software programs develop initially to work as standalone applications and they do not share data with other applications. Different tools would typically have their proprietary data structures. They often do not present means of linking their database to a standard. So, it generates the biggest challenge to interoperability. These issues must be spoken to make BIM a preferred choice between the stakeholders in the construction industry.

Limited Relevancy

One of the significant factors that are limiting the growth of BIM adoption in construction is its inability to generate value in the minds of SMOs, i.e., Small & Medium-sized Organizations. Most of them feel it is irrelevant. 71% of small firms think that BIM is merely applicable, or relevant, to the nature of their regular workload. They believe their projects are not complex enough to need BIM.

Thus, Construction firms may also feel confident that even without adopting BIM they are well-off. However someday this bubble will burst. BIM leads in cost efficiencies, enhances the speed of performance and profitability. The experiences of those who have already adopted BIM prove that the change is worthwhile. And therefore, those who will resist the change will remain behind.

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Why is BIM Necessary for Smart Cities?

BIM for smart cities- BIM is now no more an option but it’s a necessity. In every infrastructure project, various teams work together. One group looks after planning, another one takes the responsibility of designing, yet another one does the construction, and the remaining others take supervision of the maintenance. In such scenarios importance of BIM is growing.

The most significant benefit of BIM is that it facilitates collaboration and management of information and communication between the teams associated with a construction project. In the conventional process of functioning, some of the asset information is lost whenever one team assigns the project to another. Thus, it leads to wastage concerning revenue as well.

BIM succeeds these shortcomings by including information versatility and making everyone use the similar set of processes and standards. As a result, asset information consistently rises over the lifecycle of the project. Implementing BIM facilitates architects and engineers to obtain informed design options, and constructors reduce waste and complete their projects at a particular time. Thus, saving on expenditures incurred due to avoidable delays.

A city is never in isolation with BIM. A building remains integrated continuously with other bases like the transportation system, utilities, etc. Hence it is a challenging task to accomplish, but that’s the excellence of BIM. Projects that implement BIM open up the opportunities for collaboration and a free flow of standardized information across systems.

Furthermore, BIM is widely in use in the Architecture, Construction and Engineering industries.

Analyzing the concept of a Smart City and BIM, the most significant specific factor is information and easy access to it. 3D models also lived in a world of architecture for a long period.

The use of BIM is now across the whole infrastructure lifecycle.

bim lifecycle

3D modeling and BIM for smart cities

BIM and 3D modeling are a boon for Smart Cities. The 3D software allows constructors to level model infrastructure to build underground. While making a city, the workers know how deep to dig it to not break into a fiber optic cable or a gas pipeline. Drainage, highway and bridge architects can work with the similarly immersive model. Since all this is geo-referenced, an exact geographic design is a reward.

A host of BIM and GIS-enabled answers are possible for smart cities, involving MicroStation, ProjectWise, and also AssetWise. Regarding buildings, the 3D GIS abilities of Bentley Map and also Descartes release the companies to create design, model, edit and also to analyze 3D solids. Even outline for the line of sight, darknesses, lighting, skyline studies, are also desirable. Smart models facilitate more knowledgeable decisions that impact the durability and performance of the construction.

Now check the Adoption of BIM

With UK authorizing the implementation of BIM on every government project, governments and all across the globe are becoming serious about BIM. Furthermore, in Europe, nations like France, Spain, and Germany have advanced the adoption of BIM standards. Dubai is the country which has already implemented the BIM technology. Singapore has announced a roadmap for BIM. And also, just like the UK, New Zealand has also made it mandatory to apply BIM for significant infrastructure projects. Adoption of BIM is also gaining momentum in India because of the government’s “100 Smart Cities” projects. However, the Nordic nations of Norway, Denmark, and Sweden are pioneers in the BIM field because they adopted BIM as early as 2004-2005.

Thus, to conclude, in the generation of IoT and Big Data, exerting BIM to City planning and management appears merely to be the next logical step.

“Once BIM adopted, opportunities in BIM are limitless!”

“Digital innovation and BIM technology can transform the process of design, construction, and management of smart buildings and smart cities. The future of our cities looks bright.”

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Explore the Future of BIM In India

BIM-Building Information Modeling is a valuable tool in the hands of anyone who works in the construction industry. Undoubtedly, the idea of collaborative working is growing wider and popular through the years. Therefore, it is critical for all construction agencies to be aware of the various BIM capability levels. Thus, before we go further, it would be beneficial to try to define what BIM actually means?

As we discussed above, BIM is Building Information Modeling. To make it simple, BIM leads to a collaborative system of working based on the creation and exchange of data information between the different project participants. Based on this information the complete cycle of a building, from conception to completion, you can manage. In that cases, it is an essential part of the decision-making process. BIM began gaining attention in the 90’s, and it has evolved remarkably during the last decades.

The future of BIM
The future is now for- Building Information Modelling, usually identified by its acronym “BIM.” BIM is already in progress in dozens of countries; BIM has the potential for an exciting development worldwide. The BIM managers can design, build and manage the buildings and other constructions from roads and bridges according to public conveniences throughout their life cycles.

“BIM is a process,” “It is not a portion of the software. However, there is plenty of software that associates in BIM, and it is the process of getting all the parts assembled digitally and linking them to give you a real-life version of building construction.

Thus, it enables you to visualize a constructed building before it is built.”

As a global concept, BIM was first recommended in the 1970s, while, the phrase “Building Information Modelling” was not bolted in until the early 2000s. BIM software was pioneered then by merchants such as Autodesk, which are still significant players.

Check the Utilization of building information in the future
On the micro level of specific building projects, with BIM plan expenses may go up; construction expenses frequently go down; yet these aspects still represent only 20% of the total costs a building owner suffers from idea to demolition. The other 80% comes under operations.

The actual value of BIM is the information that it presents you during the existence of that building.

“If you asked me, what is the future of BIM? Then it is really how we will utilize all the information that we have collected during the design and construction and also turn it into something that the end user, and the handlers of that facility, can utilize it to solve difficulties on an on-going basis.”

Conclusion
We have fabulous future of BIM in India. We still require hitting the hard rock to emerge better. At present we are working on making this happen. Within next 4–5 years, the construction industry will change entirely. If not, BIM Experts are here to make this happen.

Indian construction industry is vast and also contributes second highest to agriculture in its GDP. Our construction market is $1.8 trillion, third highest in the world after China and Japan.

BIM is going to be the multi-billion $ industry in India in next few years.

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BIM Technology, It’s Benefits and Drawbacks

Building information modeling is an acronym used in the construction industry. The building business nowadays mostly discusses Building information modeling. A correct BIM display comprises of the virtual counterparts of the real building parts and also, on pieces used to construct a building.

BIM-Building information modeling is an efficient system for conceiving, planning, and designing structures of several size and complexity.

One of the most beneficial construction technology tools is BIM Building Information Modeling. BIM software gives essential advantages to approximately everyone in the building process, also, including architects, HVAC engineers and electrical system professionals, energy efficiency masters, and builders.

Below are some of the techniques determine whether a BIM technique is best for you. Also, how BIM and other general construction goes together, keep in mind the following Benefits and Drawbacks of BIM modeling.

Benefits of BIM

1. Better planning and design: Using BIM, you can visualize a developed building, and also its components and methods before the first shovelful of dirt are moved on the construction site. This information enables better planning and design that takes the best benefit of available space and resources.
2. Fewer reworks: BIM also enables you to see possible problem areas and fix them before the error occurs in the physical world. Thus, it reduces the demand for costly rework and revision.
3. Savings on materials: BIM methods track and monitor support and provide accurate information on requirements even before construction begins. You are less liable to order more than required and can replace supplies only when it’s necessary.
4. Support for prefabrication: BIM also allows you and your associates to more efficiently prefabricate components of the particular project offsite, which saves more time and money.

Drawbacks of BIM

1. Incompatibility with partners: The usage of BIM is not yet entirely among construction specialists. There is always the chance that any of your associates or subcontractors may not use BIM. There are also chances they may not be able to handle your models.
2. Any Legal issues: The legal implications of using BIM software have not yet been broadly tested.
3. Cost of software: BIM software needs substantial financing in new technology. The benefits usually perform the investment worthwhile, but mainly if the software usage is to its full capability.
4. Lack of expertise: The comparable newness of BIM indicates that there are very fewer numbers of experts working in this field. Your software purchase may need extra investment in training and education.

Construction Counselor encourages companies in the industry stay informed about how new technology will affect all aspects of the construction process.

To Conclude, above were the short descriptions of BIM Technology and its Benefits and Drawbacks.

Furthermore, BIM technology is swiftly developing uptrend in the evolving countries and India isn’t an exception. The adoption of BIM technology had been a regular aspect of India. It has also gained tremendous popularity amongst AEC professionals in the recent past. The future implications are very encouraging, and BIM technology has got a flourishing future also in the Indian Construction Industry.

Source: https://blog.nibt.education/2018/04/benefits-and-drawbacks-of-bim/

Check How Credible Is BIM As A Career?

As the demand for BIM Expertise goes up across the Construction industry, Check what the prospects of such a career are?

BIM is the advanced game changer as a technology solution. But like any modern technology, there is a vast demand for skilled workforce in this area. Usually, many young students of construction disciplines over the globe are enthusiastic in making a career out of it. But how beneficial a career option is it? How is it like practicing BIM as a sole role or task within an organization? Is there any dedicated ‘BIM fellow’ role in a company? What are the future opportunities for such a person?

Let’s check out the people who work under BIM technology!

Who are the current BIM People?

With BIM, an authentic virtual model of a building is utilized in construction. Currently, CAD people are turning into BIM. They manage a variety of responsibilities such as meeting clients and contractors, creating sure models are done correctly, running clash detection and assuring there is no scope for errors. It also includes managing all the data information and modeling it. They are also encouraging companies to implement BIM by educating them about the BIM technology.

Contractors are also hiring BIM professionals who can manage the project through project goals utilizing BIM software. Architects can even get into BIM specialists as they also gather information from consultants and models. It is good for candidates to have some construction background because it is mostly virtual construction, project management, and even communication.

The new versus old hands

Well, the AEC industry is going through a remarkable transformation. Skilled and qualified BIM experts will have a responsibility to defend the continuity and minimal security in this period. They will lead, manage and cope with the change. Their support is vital to its success.

The Young specialists trained in the BIM technology will push the AEC industry forward because young people have some impediments than the old ones. And they need to put their creativity to use without any hesitation. Therefore, they cannot do it without backup. Thus, the senior experts’ substantial expertise will always be in need, especially if they can move quickly around in the BIM environment and comfortably adopt the change.

Role of BIM in future-

Just like every other technology, BIM and AEC Industry is evolving.

In countries like the Dubai, UK, and Singapore, there is the vast demand for BIM skilled people. The Need for BIM Skills are raising, and BIM is in demand to become the standard practice in the coming years. Many design teams are intending to adopt BIM within the next few years.

BIM managers or Expertise have a substantial career in the short term, state five to ten years. Beyond that, the competition will very likely change. For an experienced person, this is undoubtedly an excellent opportunity as such people can develop BIM-competence on their experience and not simply on imagination. Such people should spread their knowledge to all areas where BIM is essential.

For young professionals, becoming a ‘BIM manager’ is the most impressive option.

Now the Question is Who can learn BIM and Make a Careeristic Start in the AEC industry! Click here for the solutions.

Conclusion

To keep compact, BIM is a very Credible career option. They are in tremendous demand for carrying out projects and operations at various construction industries. BIM managers have a vital role to play in AEC duties — estimating the costs including time for implementation and adoption of the BIM software. BIM handlers also aim to achieve customer’s complete satisfaction as well as maintain and establish healthy relationships and partnerships.

However, when it becomes a standard, even if the rest of the workers don’t want to be BIM specialists, by default they are going to become BIM users or work in the BIM environment. Now, when that happens, the ‘completely BIM’ people will be valuable. So, learn BIM, use BIM, and be an Excellent Expert by learning all the other leadership skills that make you a great manager.

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Learn BIM in Piping Design Course/Plumbing Course

The piping process in the industry and the in-line components are manufactured from several materials like fiberglass, steel, copper, aluminum, even wood, and plastic. The in-line parts, i.e., valves, fittings, and other devices, usually sense and check the pressure, flow rate and temperature of the transferred fluid. These are generally included in the scope of piping engineering or piping design course/plumbing course. Piping systems are documented in instrumentation and piping diagrams (P&IDs). So it becomes essential for students to learn these mechanisms through proper piping design course/plumbing course. Therefore, NIBT wants to make students industry-ready by providing knowledge about BIM via our piping design course.

Who can pursue this course? 

The Advanced Plumbing Course/Piping Design Course is designed for all Plumbing engineering students, Mechanical engineers, Construction professionals in Plumbing/Piping, consulting and construction firms.

Course Background

Primarily, the design of this piping design course is for students from Mechanical/Plumbing/Piping background. This significant working system is done by plumbing/piping professionals.

There is the use of plumbing/piping systems in every project. In the construction industry, the plumbing/piping skills of the people need to be refined.

If you consider working on the international projects or complex national projects, you should know the working of these plumbing/piping systems. In this field, doing piping design course will serve you a great benefit.

Our piping design course will give you the complete system knowledge and plumbing/piping training for system design so that you can model/build any services. Advance BIM in piping service, collaborates professionally using modern technologies and techniques. BIM in plumbing system design plays a vital role in today’s AEC Industry, and therefore NIBT provides you piping design training.

In today’s market, any construction professional needs proper plumbing training. We want to teach the modern concepts through plumbing course in the construction industry. Missions such as Smart Cities are already leveraging modernized construction process and technologies. But the struggle is to find people equipped with such skills. Therefore NIBT is here to reshape your career with its famous plumbing course.

Learning Objective

The Plumbing Course has two parts-

Part 101: 40 days

• The evolution of construction, design management process, and technologies
• About current and future trends
• Understanding of fundamental technologies such as BIM
• Basics of technology applications
• 3D in Architectural, Structural, Mechanical, Plumbing, Electrical, FP and other integration
• 4D – Integration with a schedule for improved delivery and site planning
• 5D – Cost integration and management
• 6D – Facility management, Energy Analysis, IOT controls
• Application of all these ideas in Construction Management Projects
• BIM Architecture workflow and Execution plan
• Cloud-based collaboration
• Revit modeling skill
• Exposure to international construction buildings terminologies and technologies

Part 201: 60 days

• Autodesk Revit Architecture Certification
• Revit MEP (Selected programs)
• Revit Structure (Selected Programs)

Part 301: 40 days

• Basic Plumbing system types
• Understanding plumbing drawings
• Applicable plumbing codes and overview
• Making collaboration between systems
• Creating Fabrication and shop drawings

Why should you do this course from NIBT?

It is one of the pioneering institutes, active in providing knowledge of latest construction trends within AEC Industry.

NIBT is proud of being a committed partner & Authorized Training Center (ATC) for Autodesk. NIBT also colludes with one of the most top-ranked megaversity- Virginia Tech, Blacksburg, U.S.

The primary aim of this project was the development of Skilled Persons. Also, NIBT wants to provide the necessities of the evolving modern AEC (Architecture, Engineering, and Construction) industry.

Future Prospects

After the course completion, you will receive a certificate from NIBT.

Guaranteed Apprentice Job Opportunity

NIBT’s team helps you in getting an internship/ apprenticeship in renowned organizations. Also, it takes care that you get exposure to live international BIM Architecture projects.

Certified Trainer Program

Also, we need certified trainers to fulfill the continuing demand for students in various fields. However, only NIBT’s students can apply for these jobs. Later, after selection and successful completion of trainer program, the student will be eligible for certified trainer post.

Entrepreneurial Program

We are also in the hunt to launch new centers for wide-spreading the knowledge. Thus, you can be an Entrepreneur and open a center for teaching students. However, NIBT’s students can apply for this too. Finally, after selection and successful completion of the entrepreneurial program, the student will be eligible to open a center.

Hence, you can get many benefits from us!

Source: https://blog.nibt.education/2018/04/bim-in-piping-plumbing-design/