Why you require MEP coordination services for your construction projects?

MEP- (Mechanical, Electrical, and Plumbing) coordination service is the standardization of all the building services with other systems that produce the building fabric, structure and external case (steel, concrete, etc.). The building services involve HVAC, i.e., heating, ventilation and air conditioning.

An MEP expert team includes an MEP consultant, an MEP contractor, trade-specific MEP and firefighting subcontractors, fabricators, installation, and maintenance technician. The MEP consultants develop the 3D MEP coordinated drawings and transfer them on to the MEP contractor. The MEP contractor is solely responsible for the installations and fabrication. Thus, it indicates that the role of the contractor is to perform detailing, fabrication, spatial coordination and lighting on the 3D drawings. Hence, this is what brings out concerning the challenge compelling the requirement for MEP coordination services.

Check more about MEP Coordination services-

In many cases, even if the MEP consultant’s drawings have no conflicts, the MEP consultant will have to modify the designs to particular extent so that they can befit his demands as far as easiness of fabrication, delaying, insulation allowance and installation performance is involved. The few changes that the contractor is likely to make include, duct resizing, pipework rerouting, splitting of the electrical ladder, substitution of equipment, etc.

The demand for the MEP contractor to redraw the consultant’s design drawings directly attacks the project’s deadlines and schedules negatively which eventually affects the budget too. With MEP coordination services, there is the enhanced integration of the different members of the MEP crew. For all the disciplines the MEP coordination presents its work in a 3D environment. The 3D virtual model offers many benefits.

Let’s check the 3D virtual model benefits:

• 3D virtual model Reduces chances of clashes
• It Ensures that the MEP team members discuss all spatial issues before the final model gets created.
• Prevents delays and conflicts at the site since it supports document the working of all the services beforehand.
• It also provides a secure means of communication as the 3D model can quickly walk through for the demo.

Here are 3 remarkable Ways MEP Coordination Services Will Save You Time & Money-

MEP- Mechanical, Electrical, & Plumbing coordination services unite each team’s design to discuss any conflicts throughout the constructability analysis process. Design conflicts bypassed or eliminated early in the project positively impact the overall project and dramatically reduces project value.

Described below are 3 ways of early coordination of design teams that will save your projects a big deal of time and money.

Decrease project rework and material waste.

The very first method to save money is to reduce the time and material spent on fixing mistakes. Using our MEP BIM modeling, MEP drawing conflicts separated first on decrease the amount of project rework. Reducing waste and developing project build efficiency is a positive way to earn happy clients or customers.

Offer more competitive tenders.

Applying more precise MEP drawings and detailed models to your team will hold the benefit of offering a higher competitive Tender. Project values are more precisely predicted using modeling to recognize any costly design conflicts early on.

Standardize the build process

Managing virtual project planning and 3D modeling to overcome the stoppages in the project completion, Also standardize the build process Streamline with the advantage of weekly design review meetings to inscribe conflicts early on to save time and money both. Some standard stages involved in MEP coordination systems click here to know more.

Hence, you can understand MEP coordination services are vital to guarantee the quality and cost-effective for the construction projects. Coordinating early on can avoid various possible conflicts. Thus, it reduces project waste. The ability to more precisely predicts project cost enables you for a higher competitive proposal.  We at NIBT provides BIM MEP Engineering course for Engineers and Construction professionals.

For more information about Courses visit NIBT

The journey to BIM technology in 5 easy ways

BIM Technology

Clients and companies are becoming ambitious on the way construction is moving towards positive urbanization. At the same time, every construction organization is looking to adopt BIM technology as it has become quite mandatory now.

BIM not only deals with modeling of a construction project, but also comprises of construction component properties and project operation and maintenance. The shift of construction industry from conventional CAD modeling to BIM is quite a critical one since the age old paper drawings have been replaced by computer based designs 18-20 years ago. BIM totally transforms the construction methodology and has proven results.

Many construction enterprises have implemented BIM technology already, and few more are working on it. For the ones who are still not over the conventional procedures, here are some tips on how to go for BIM.

1. Sketch a plan

Build a full-proof strategy to transform your vision into reality. A well-documented plan always delivers with optimum benefits and investing time and money is most important in order to recognize and understand its potential.

Make sure that the procedures you’ve defined are not complex which would lower your work efficiency. Also avoid putting up non-relevant processes in your project plans. It’ll do nothing but only waste your time and money, hence reducing productivity again.

sketch plan

2. Appoint a senior management squad

In order to implement BIM, it is always wise to deploy a senior management on the project. The reason behind this is the skill sets they possess as a result of their huge hands-on experience on number of projects. This surely makes the project go easier and efficient as well. And if senior management is not given a chance, then it is really difficult to find success.

Appoint a senior management squad

3. Get the best team on board

Consider your team members rigorously – rabid advocates for BIM can be helpful. You must make sure you’ve enough contributors who understand existing methodology and procedure if you’re to totally perceive the impacts of your selections.

Team members need to be appraised on the sense of modification to temper any potential resistance. Try and encourage a ‘can do’ vision to avoid delays and defaulting to the establishment once issues arise that might crash the plan.

best team on board

4. Adjudge the tools to be used

Senior management can possibly have their own views on what tool(s) must be thought-about, usually with very little understanding regarding their technical knowledge. Providing acceptable proof on what implementation would appear as if employing a range of tools are key to creating the most effective selection overall.

Your team also needs to decide as to which tools will work well when implemented together. The tools must be used with proper integration in order to obtain the desired results.

know your tools

5. Search for a companion

As many firms begin on the path to their BIM journeys, there exists a lot of case-study material of the same kind starting to be shared across the BIM community. Utilizing this material wherever acceptable will assist you reap the advantages of lessons learned through a tough approach. Finding the same sized organization who are ahead of you on the BIM process can be helpful to assist you with field ideas.

search for a companion

Inference

Becoming “BIM-ready” doesn’t concern about having the most recent set of software, coaching your workers and flicking the switch, it’s a journey that may need you to have a look at your team, methodology and your outputs to club them along in a very meaningful manner for all of your cooperative partners.

sustainable urbanization

Also check here The Present & Future of BIM in a BOX

Explore the Essential Benefits of BIM for MEP Engineering

BIM is rapidly transforming into an essential part of the AEC industry and will no doubt make several conventional processes out of date.

Building Information Modeling- BIM offers MEP Engineers an early insight into critical design data, direct from the architectural model, in real-time scenarios. BIM will also provide enormous career opportunities in coming future. The architectural drawings of the following, are examples of where critical information can be received.

• Rooms
• Ceiling Elevations
• Walls with Electrical Devices
• Walls with Plumbing

MEP engineers find this information beneficial for them, as the 3D modeling supports detect an unexpected collision within designs. Thus, enabling re-designing of plumbing, and electrical wiring, before any building construction ever starts. Nobody desires such headaches of re-configuring in the midst of a building project.

Furthermore, BIM is always a gateway for various disciplines to provide their input on the construction project, collectively. Compiling and estimating all the information obtained, identifies any lack of coordination. Making on the spot improvements to the designs will enable shorter review times. Thus, it is a massive step toward harmonizing within the building owner, and a variety of contracted services, like:

• Surveyors
• Fabricators
• Designers
• Architects
• MEP Engineers

A BIM holds an immense quantity of data for referencing, and cross-referencing, throughout the construction process. It will also reflect, how a last-minute modification in design, will cause friction with other design elements. There is always these spur of the minute changes, which create an avalanche of complications. BIM will be smart enough to recognize if there is coordination, or not, among the designs, saving time and money, by implementing the ability to move ahead with your construction project.

You can Save time, from long drawn out contractual analysis meetings, and money, from contrasting designs, identified when using a BIM. You are also able to count all your architectural plans, drawings, and models!

Check out the some of the most common MEP BIM services below:

Mechanical Drawings

It’s essential to have complete mechanical designs, and thus this ensures that all the engineers are running on the same page. The drawings can cover the multiple parts that will be required as well as components that will be utilized by other MEP engineers.

For example, it is a mechanical engineer’s responsibility to design the elevator shaft, though the electrical engineer will also require to have a helping hand in the process as well.

Electrical Outlines

Electrical outlines or also called as frames can describe all of the electrical components of a building. It will enable entrepreneurs to know where everything is going correctly. It will also benefit all of the electricians to understand what they require to install and where so that there are no concerns with maintaining system guidelines.

Plumbing Diagrams

It is also vital to have plumbing diagrams as this will need to be approved by code execution. It will also guarantee that everything is at the level where it needs to be.

Thus, BIM has also opened up vast career opportunities for MEP-FP Engineers, Architectures, Structural students and even all Construction Professionals.

Source: https://blog.nibt.education/2018/07/explore-essential-benefits-of-bim-for-mep-engineering/

Disrupt the conventional LIDAR market through Geiger Mode(GM) and Single Photon(SP) Systems

Geographic Information System or GIS has played a major role in Geospatial technology to collate, manage, and analyze data. It is basically geographical science that provides the platform for multiple applications of GIS viz. Photogrammetry, LIDAR, Mapping, and more. GIS has a multitude of applications in various industry verticals like Urban planning, Environmental Analysis, Disaster Management, Navigation, and the comprehensive list continues…GIS education has picked up significant traction in terms of various GIS courses in India and Abroad. There is an influx seen by many individuals and professionals in India to enroll for career-based training for Geographic Information System(GIS). These training programs offer great career options wherein individuals can apply for positions for GIS analyst, GIS developer, GIS engineers, GIS technicians and more. One of the technologies that we are going to point out is Light Detection and Ranging (LIDAR). Like SONAR, that works on sound navigation, LIDAR works on the principle of Light, wherein a pulse of light energy hits the object and returns to the sensor generating a point cloud of millions of points in a single pulse.

Understanding the concept of LIDAR

LIDAR stands for Light Detection and Ranging(LIDAR). It is a remote sensing technology that uses laser pulses to measure ranges or a variable distance of the earth. When these light pulses are integrated with data from airborne sources, they tend to generate information in 3D, these are precise models that provide information about the shape of the earth. Instruments used in laser scanners are lasers, scanners, and a receiver that is equipped with Global Positioning System or GPS. A LIDAR can be used to map natural and man made environments and objects with precision, accuracy, and reliability. The outputs of a LIDAR include Number of Returns, Digital Elevation Models, Canopy Height Models, Point Classification, Predicting the energy yield for wind power, use of fertilizers for farming, navigation of autonomous vehicles, and more.

LIDAR – Geiger Mode LIDAR and Single Photon

The next evolution of LIDAR – Geiger Mode LIDAR and Single Photon technology

The next step in LIDAR evolution is Geiger-mode LIDAR and Single Photon LIDAR, that offers high altitude scans over a larger mapping area. These lasers require a low laser energy requirement, it provides technologists to map with very less photon density. With low energy requirements and high density mapping, this technology can be used for high altitude flying up to 30,000 feet, and acquire high density points of up to 25 points per square meter, this was limited to 5000-8000 feet in linear LIDAR or legacy Radar Systems. Not moving into greater technical details, the main difference of Linear vs Geiger-Mode and Single Photon is the laser color scheme, return capability with single photon, and solar noise sensitivity. Green lasers have an advantage over Geiger – mode as it can penetrate shallow water, whilst Geiger-mode cannot. In terms of solar noise, Geiger-Mode technology can be used for night flights as well.

 Accurate Sensing

With less photon density, and higher density gain the accuracy of both these systems is very high in terms of producing dense and sharp point clouds regardless of time and environment. Several experiments conducted for vertical accuracy through these sensors revealed that both the sensors performed well for various areas of interest.

Solar Noise  

Several experiments conducted with the Geiger-mode sensor showed very less variation in day and night performance. The sensor performed well at night, rather than day,  but the values were infinitesimal. The overall quality of the sensor at the both the times was high quality.

Reflectivity

Many object reflect light, thus legacy sensors or linear sensors do not provide very sharp and precise images for reflective surfaces. In an experiment conducted with both these LIDARS provided an accuracy of 15-50cm combined for the Single-Photon Radar and Geiger Mode LIDAR.

Closing lines

So, does this mean Single Photon LIDARS and Geiger-Mode LIDARS would replace Linear LIDAR technology? The answer to this varies with applications. Each of these devices may perform differently under different circumstances. There’s a lot of development happening in this area of technology, and these devices would be better suited for wide-area collects, rather than small projects due to their cost projections. We hope to see better traction for these LIDAR’s in the future for geospatial users and communities.

A complete guide to What is LIDAR & also get to Know more about LIDAR, GIS, & Photogrammetry technologies Visit

The Present & Future of BIM in a BOX – Explained!

BIM and IT are running side-by-side, it’s the most talked over topic in the technology industry, preferably for the construction industry. Owners and Building Information Modeling companies are partnering with the best software and technology to make construction more efficient and productive. The change in construction techniques can be seen through smart web applications or mobile apps that help owners take part in the whole construction process, and let stakeholders collaborate closely to create a robust building ecosystem.

2018 has been a year of exceptional technological advancements, and BIM has actively participated in the progress through various advancements in hardware and software, be it drones, 3D laser scanning, IoT, Augmented or Virtual Reality, and more.

What’s in the BOX for BIM ?

The cloud has been loud

The construction fraternity has grown at an exceptional rate since the last decade. Various technology assets have set Building Information Modeling in motion. The strong presence of cloud technology has set the ball rolling for construction professionals to access data from centralized locations for complete stakeholder access.  Through scalable cloud technology, every individual can leverage the power of mobility to get things done on the fly! The cloud’s everywhere, and it’s here to stay. It gives multiple devices the power to access vital information from any corner of the globe in real-time through Smartphone’s, tablets, wearable devices, and more. The cloud speaks “Productive Collaboration”.

Cloud has been loud- Image Source Pixabay

Leverage Absolute Mobility & Safety through Wearable Technology

One of the biggest breakthroughs in the technology industry was smart wearable’s. Capturing data on small wearable devices like glasses or wrist screens can make work absolutely easier, as it generates instant information access through notifications, continuous updates, and more. This makes it easier for site supervisors to monitor work personnel, and save them from onsite injuries, and precise workforce location for close monitoring. Wearable technology in BIM has proved to be a facilitator of enhanced communication in real-time as it provides constant communication amongst all the team members for them to stay informed and in the loop. Building Information Modeling is all about communication and collaboration through precise data,  smart wearable devices streamline data at all levels of BIM.

Smart Wearable Devices- Image Source Pixabay

Quick Energy Performance Modeling

Modeling energy performance has been quite a dilemma for professionals before it is actually built. Creating sustainable infrastructure requires precise modeling calculations in BIM. In the yester years, it would take engineers weeks to chalk up a model for lighting, airflows, ducts, etc., but through consistent technology breakthroughs in information technology and software from various companies like Autodesk, has made it all the more easy to perform energy calculations and analysis in the early stages of construction. This technology has immense applications in Building Information Modeling as it provides personnel to integrate real-time data for weather, graphical asset performance, day-lighting potential, and more.

Energy Performance Modeling- Image source Pixabay

An Innovation in itself – Prefabrication

Utilizing BIM for Prefabrication can substantially reduce rework and save on costs. The provision of constructing assets off-site in a controlled area generates higher productivity, and better build quality. This substantially reduces man-hours onsite, wherein workers are subjected to conflicting work conditions. Prefabrication Services reduce clashes on site as ambiguities can be solved behind the desk on a computer screen itself. Building Information Modeling is much more than just software, it is a behavioral shift towards sustainable construction for the future. It has proved to be an integral part of the prefabrication process.

Prefabrication- Image source Pixabay

Green Building’s up on the cards

The need for energy efficient construction is a mandatory topic for all construction companies and owners. With dwindling resources, higher population levels, and blue streak construction, it is eminent we start thinking about smart construction techniques and processes for environmental conservation and constructive urbanization. Well, BIM is the answer to that question.  If the entire construction process is streamlined from design to construction using the best possible design techniques and sustainable sources of energy like solar, wind, etc., it could produce substantial savings for all the resources and assets used in present and future building. Building Information Modeling is key to achieving enhanced, effective, and productive building.

Green Buildings- Image Source Pixabay

Words of Wisdom

Well, there’s much more happening in the area of smart building and construction. BIM would be remain a principal focal point, wherein multiple technologies and processes can be integrated. Technology is likely to grow with time, and the trends seem more ambitious than ever. To Know More Visit NIBT.

Explore the insight of Revit Structure Training Course!

Do you know what Revit Structure Training is, and why it is so necessary?

Your Questions for Revit Structure Training ends here at NIBT!

Wondering how???

Read the article to know the answers to your questions.

Autodesk Revit is a software for Building Information Modeling, i.e., BIM software especially for architects, landscape architects, structural engineers, MEP engineers, designers, and contractors. Autodesk has developed the Software. It enables users to design a building, structure and its elements in 3D; It annotates the model with 2D drafting elements and accesses building information from the building model’s database. Revit is 4D BIM competent with tools to organize and track various stages in the building’s life-cycle, from thought to construction and later on maintenance or demolition.

Now see what Revit structure is?

Revit Structure is Autodesk’s BIM software designed explicitly for structural engineering firms and structural engineers, that implements a feature-rich toolset supporting dynamic design processes in a BIM (Building Information Modeling) environment, or while working with other construction systems using Autodesk CAD software like Autodesk Revit Architecture and Autodesk Revit MEP.

Let’s go through some Uses of Revit structure training:-

Auto cad Revit is only used for structural engineers, architects, designers, and contractors. Revit Structure Training helps you, “get a grip” on your design. It does this in two ways:

• By providing Designers with Information about their plan.
• By offering designers with Visualization (a model) for their design

Furthermore, Revit Structure Training Ultimately Helps in Building Information Modeling. It aims to explain the basic principles of the Revit Structure and also the Building Information Modeling (BIM) approach.

Hence, NIBT has presented a Revit Structure Online Course on NIBT’s eLearning portal.

While Revit structure Training is available in a well-suited format.

The Revit Structure online course demonstrates the fundamentals of the Revit Basic Structure software, and you will get to learn the skills necessary for both modeling as well as detailing. It is also a way beyond 3D modeling for visualization, collaboration, and coordination. The Revit Structure software tool also helps to create a virtual building, without even building a real one.

Revit Structure can collect vital data with a single click like sections, elevation, schedule, quantity, etc. Moving forward, you can work on rendering, animation, and walkthrough with full utilization of this tool. Thus, the Revit Basic Structure is a powerful software program for individuals like Designers, Engineers, Local Stakeholders, etc.

Check the course design and what the course delivers:

The Revit Structure training program is exclusively prepared for students that contains a central module of Revit Structure- it explains the Revit Structure tool, that will train in students the skills necessary for modeling, detailing, and visualization under the Structure field.

Revit structure online course design is for the students from:

• Architecture,
• Structural Engineering,
• Construction professionals in Architecture and also for Construction Consultants.

Apart from this, you will also learn the following modules- Understanding the Future of AEC Industry in India, Evolution of Construction Technology, Introduction to BIM, Basic Revit Introduction – An overview of Revit.

Also you can find more BIM related courses here.

Source: https://blog.nibt.education/2018/06/revit-structure-training-course/

Discover the Potential of Autodesk Revit Architecture Courses

What is Autodesk Revit Architecture? How is Revit Architecture Training used?

Are you excited in knowing what Autodesk Revit Architecture is? Are you also curious about leveraging information on how to use Autodesk Revit Architecture to produce high-quality, accurate architectural designs? Well… We have given answers to these questions here and also presented information on some of the best Revit Architecture Training resources for learning how to use Revit Architecture, also check Revit Architecture Beginners Guide.

What is Autodesk Revit Architecture?

Autodesk Revit Architecture is a sturdy architectural design and documentation software application created by Autodesk, especially for architects and construction professionals. The features and tools that makeup Revit Architecture are respectively designed to support BIM-Building Information Modeling workflows. Using BIM has replaced CAD- (Computer-aided drafting) with Revit Architecture to create intelligent models with dynamic information — enabling multiple building infrastructure to be carefully outlined and documented in a short time. Each smart model designed with Revit Architecture describes an entire project and also gets stored in a single database file. Thus, it enables changes made in one part of the model to be automatically delivered to other parts of the model, therefore enhancing the workflow for Autodesk Revit Architecture users.

Now Let’s check the Benefits-

What are the benefits of using Autodesk Revit Architecture Training?

Individuals who are currently working in or are pursuing their careers in the architectural field and other construction professional fields will find many benefits in using Autodesk Revit Architecture. The workflow of BIM offered by Revit Architecture not only increases productivity but also supports in streamlining your design and documentation workflows; advancing projects from design to completion while automating updates across your Smart model with a unique design change. Autodesk Revit Architecture also offers various other tools and features that can intensify productivity such as Physical Materials for Building Construction Performance Analysis, Autodesk 360 Integration, Construction Modeling, Work sharing, Bidirectional Association, Parametric Components, and more.

How is Revit Architecture used?

Autodesk Revit Architecture is practiced by architects and other construction professionals to help reduce construction risk, obtain insight into how projects are interpreted before construction begins, produce better quality designs, and enhance project delivery.

For example, an academy of architecture may utilize Revit Architecture as the software of preference to support its 600 full-time learners gain real-world experience by adopting a BIM workflow to develop high-quality 3D models.

In the case of an architectural and engineering co-operation firm, Revit Architecture may be used to fast-track the intricate design and construction of a building that covers distillery processing equipment and provides for a high level of future maintenance and enhancements. Ultimately, Autodesk Revit Architecture is used to create precise building designs while reducing the time it requires to coordinate and outline a virtual environment. Thus, in turn, it enables ideas to be thought and projected faster and also serves to maintain better compatibility across various departments.

Furthermore, let’s see what Autodesk Revit Architecture Training Provides

The Autodesk Revit Architecture Training at NIBT is exclusively prepared for the

• Architecture students
• Engineering students
• Construction professionals in Architecture
• Construction consultants

The course includes a central module of Revit Architecture software; based on Basic Architecture – which teaches Revit Architecture tools, and the necessary skills for modeling, detailing, and visualization in the field of architecture.

Apart from this, you will also learn the following modules-

• Understanding the Future of AEC Industry in India
• Evolution of Construction Technology
• Introduction to BIM
• Basic Revit Introduction – An overview of Revit.

Source: https://blog.nibt.education/2018/06/discover-the-potential-of-autodesk-revit-architecture-courses/