Significant Role Of NIBT In Smart Cities Mission

Introduction 

Cities facilitate nearly 31% of India’s present population, and according to the current census, it contributes 63% of GDP. With the increasing progress in every sector, it is expected that the Urban areas will home to nearly 40% of India’s population and they will contribute 75% of India’s GDP by the year 2030. To achieve the success to this extent, it will undoubtedly require extensive growth of physical, institutional, social and economic as well as building infrastructure. Above are the essentials in improving the lifestyle and attracting people as well as investments. Also, the cycle of growth and development can be set at a particular frequency to enhance the developments. Implementation of Smart Cities is a necessary step in that direction.

The Smart Cities Mission is a progressive and latest initiative by the Government of India to boost the economic growth and streamline the quality of life of people by enabling local development and utilizing technology as a way to build smart outcomes for the residents.

Let’s see what exactly are Smart Cities

A “Smart City” is a highly advanced city regarding entire infrastructure, sustainable real estate, communications and market effectiveness. A Smart City is where information technology is the key infrastructure and the fundamental for providing essential services to the citizens. Smart Cities focus on the most demanding needs as well as on the most significant opportunities to strengthen lives.

The primary objective of the Smart Cities is to promote cities that provide core infrastructure and give a decent quality lifestyle to its residents. The primary focus is on the sustainable and diverse development, and the idea is to analyze small areas, build an evolutionary model which will act as a lighthouse to other budding cities. The Smart Cities is probably meant to set examples that can be reproducible both within and outside of a Smart City. Thus, catalyzing the building of similar smart cities in different regions as well as parts of the country.

The primary aim of Smart Cities Mission is:

• Provide sufficient water supply
• Satisfied Electricity supply
• Improved hygiene including Solid Waste Management
• Efficient urban mobility and better public transport
• Dynamic IT connectivity and digitization
• Excellent Governance, especially e-Governance and citizen involvement
• Economical housing for poor
• Sustainable environment
• Improvised health and education system
• Safety and security particularly for women, children as well as adults.
• Creating livable localities by reducing congestion, air pollution that will boost the economy and promote interactions and ensure strong security.

Role of National Institute of Building Technology in Smart Cities Mission

NIBT’s mission is to Create Smart Professionals Rather Than Smart Workers. NIBT as known as National Institute of Building Technology is India’s leading Construction Management Institute that makes you aware of the latest construction technologies. Our prime aim is to boost and drive the generation next to make technology a mainstream application.

As we see, various challenges are arising in Urban Development and Planning. Thus, the need for smart work using the intelligent technologies is the need of an hour. BIM (Building Information Modeling) is making a rise in the construction industry. Use of BIM is mandatory in the U.S., and now, India is also paving its way towards the smart construction work using BIM technology.

To make city Smart, the new construction technologies like BIM, IoT (Internet of Things), Artificial Intelligence, Machine Learning are essential to learn and get the in-depth knowledge to become a skilled professional.

From the mind of NIBT Mentor

NIBT Advisor, Mr. Chetan Mogal is a panel member of Smart Cities India. Speaking at a Smart Cities Conference, Mr. Mogal highlighted few points saying

Technology inherently is very consistent. The problem was human integration and the application of the technologies by the humans. To make cities smart, we first have to learn how to Build Smart and to Build Smart we need to have smart, skilled Professionals.

Thus, NIBT!

While creating the skilled workforce under the Smart Cities Mission, National Institute of Building Technology, i.e., NIBT is striving with a high drive to build the future generation according to current industry standards.

The requirement of smart work with smart technologies also helps to create substantial job opportunities. NIBT trains you for these jobs. BIM technology will be in high demand in coming future, and there will be a colossal need for BIM experts. Thus, NIBT! We train the students as well as make them aware of latest construction trends by providing a skillful knowledge, working on live projects as well as offer abroad internships.

NIBT Highlights

• Engaging with institutes for better Construction Management
• Exposure to leadership for adaptive technology
• Research and Development
• Innovation Software and Technology

Education, industry, skill, as well as entrepreneurial development, should be integrated to get innovation and employment opportunities  NIBT have detailed strategies that are wide open for all the aspiring students those who want to contribute towards the smarter building of a nation.

Conclusion

National Institute of Building Technology is expanding its wings across India with an aim to provide expert training in the field of construction under the Skill Development Program. Be a part of the biggest revolution, therefore, contribute to building our nation smart with NIBT.

For more information visit

Learn Photogrammetry on job training program with NIBT

If you are Engineers, Graduates, and Fresher, then there is a lifetime opportunity waiting for you. NIBT provides Photogrammetry Course.
★ Live Projects to Work On
★ 100% Job Guarantee
★ Training by Industry Expert
Be quick Register Now @ https://goo.gl/wM5rDJ
For more details reach us on @ 1800 200 1955

Excellent career Option: Photogrammetry

Isn't it good to learn new technology & be ahead in the career path?
If you're interested in learning cutting-edge photogrammetry, then do visit NIBT.
Registrations are on!
Meet the opportunity that's right in front.
Enroll now @ https://goo.gl/UxYinh
For more details reach us on @ 1800 200 1955

Photogrammetry Predicts Infrastructure Problems Before They Happen

Introduction

Inspecting any infrastructure asset like bridges, dams as well as massive skyscrapers is a vital task to their maintenance. Since these structures are huge, large, complex and often out of the way, the conventional methods like terrestrial LiDAR prove to be slow, expensive as well as challenging to use.

Let’s take an example of drinking water infrastructure inspection here which ran into some problem. The company was in need of a better way to inspect the infrastructure. Thus, they found what they were looking in for UAVs and photogrammetry technology.

With the use of photogrammetry technology, it was easy for the company to survey the dam with higher accuracy as compared to terrestrial LiDAR.

This not only gave higher coverage but also at much lower cost and with much smaller time as well.

With the use of UAV and Photogrammetry technology, the company was able to do a lot more regarding maintenance. Now they can make use of UAVs as well as photogrammetry to survey the dam regularly. They can also use preventative measures and repair the dam before any issues, thus saving money as well as lives involved in the overall process.

The Best Way To Maintain The Dam

A drinking water infrastructure is one of the crucial entities to maintain it with high safety standards. The company has also developed a model for predicting the dam response to the climatic changes including earthquakes as well as thermal variations.

Well, to feed this model, the company also requires exact data that can be gathered with short turnaround time. The UAV Photography can satisfy their needs, but the accuracy and precision requirements are still under the hood.

Any chance for Drone Photogrammetry?

Well, to achieve the target, the company set up an experiment to try it out. Firstly, they perform all the topographical surveys. With GPS, terrestrial laser scanners and aerial photography, the companies survey the main dam as well as supportive structures such as guard house and the weighing blocks.

Next step was to set up a UAV survey. Visualizing the atmospheric conditions, they began the study using Total stations to place control points around the dam and geolocate the results of the UAV photogrammetry. By sending the UAV, they were able to gather numerous photographs, around 6000.

After processing the photographs with Bentley’s Photogrammetry Software, the group generates both 3D model files and dense point clouds of the dam.

The company then compared the model files with the traditional survey data that was previously gathered.

Result? The UAV data enriched with data showing deviations within a range of 2 centimeters which was incredible!

Solution Of Issues Before They Arise

The dense point cloud generated by Photogrammetry software gave a good reflection of the reality. It was able to capture the current state of the dam within a short time. The point cloud data feed the model with accurate data that predicts changes in dam’s mechanical properties.

By using UAVs and Photogrammetry, it is now possible to perform proactive asset management. The tools and methodologies can detect the problems before they become real-world safety risks.

In simple words, with the use of Photogrammetry and UAV technologies, it is now possible to detect the issue before they arise and thus can save lives as well as money in the process.

Source: https://blog.nibt.education/2018/03/photogrammetry-predicts-infrastructure-problems/

National Institute of Building Technology (NIBT): A Brief Tour

Introduction

Are you from Engineering field? If yes, then you are quite familiar with the term Construction Management. Isn’t it? Are you aware of the best Construction Management courses provider?

Have you ever heard the name of National Institute of Building Technology aka NIBT?

If No, here is a brief tour of what is National Institute of Building Technology.

National Institute of Building Technology (NIBT)

NIBT also known as National Institute of Building Technology is India’s leading Construction Management solutions provider as well as training institute which is thoroughly creating awareness in the field of modern construction.

With the onset of modern construction technologies, the building industry is achieving new heights at a rapid speed. Use of latest technologies has made the construction work perform efficiently as well as effectively. The construction management today indeed was not same as it was 25 years ago. Due to an enormous boost in modern technologies, the changes industry is visualizing will mostly astonish you.

The Smart India mission is building up a lot of pomp in the current scenario as an essential strategy to drive economic growth thus help in improving the living lifestyle of people.

For the betterment of the future living conditions, Our Honorable PM. Narendra Modi has initiated “Smart Cities Mission” that has promoted innovative ideas and smarter solutions. Also, the adviser of NIBT Mr. Chetan Mogal was the panel member of “Smart Cities India.”

Creating skill workforce under the Smart Cities Mission, NIBT is trying its best to build the future generation according to current industry standards.

Safe, secure and adaptable cities are one of the primary tasks to be achieved to complete the Smart Cities Mission, thus, NIBT!  Also with the rise of many multinational firms attracting towards the modern construction technologies, expertise in the same arena is always a must-to-know thing to acquire a name as well as fame.

What does National Institute of Building Technology provide?

NIBT is extensively aiming towards building better career prospects for the future generation.

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

NIBT feels pride in becoming a trusted partner as well as Authorized Autodesk Training Center. It also collaborates with one of the top  U.S. Universities – Virginia Tech, Blacksburg.

NIBT got started as a budding R & D project with support from distinguished clients in the United States of America.

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

Spreading its roots across India, NIBT is now in the race of providing GIS (Geographic Information Systems) courses in India.

In a very short span, NIBT marked its presence all over India as well in abroad. The institute grooms its trainees through excellent training sessions with hands-on live projects. Up till now, NIBT has a fantastic track record of 100% placements from all its batches.

Join the world-class Construction Management Institute to boost your career skills with a great hike.

Top 5 Construction Management Institutes in India

Construction Industry is evolving at a rapid speed with each passing day. Introduction of modern technologies has revolutionized the traditional working systems in the building industry. Use of advanced technologies like BIM, 3D Scanning, 3D Printing, and drones have changed the current working systems providing a quality output with effective time management.

Are you from Engineering background & searching for top construction management institutes to study further?

Well, let’s scroll down to explore the top 5 construction management institutes in India.

What is Construction Management?

In a straightforward language, Construction Management is overall planning, coordination, collaboration as well as control of a project while maintaining its quality.

Construction management plays a vital role in every building project. It is a significant service that uses various project management technologies to manage the planning and designing an entire construction of a project from start to end. The primary purpose of construction management is to examine project’s time, cost, as well as maintain the quality of the project.

Construction Management involves every single detail related to the construction of any built environment. The construction industry is facing enormous changes with the introduction of new technologies. Thus, they are now performing all the tasks smoothly and swiftly.

Top 5 Construction Management Institutes in India

BIM, i.e., Building Information Modeling is getting into momentum with the widespread use in building projects. But BIM is much more than a standalone software; it is a technology or a systematic process that involves creativity. Many institutes are providing sound training in BIM or Construction Management software’s like Autodesk Navisworks, Revit, etc. However, it also depends on the core technology and the working opportunities on live projects to determine the accuracy.

Well, here are few names of renowned Construction Management Institutes which provide quality training for BIM as well as various construction management software.

National Institute of Building Technology (NIBT)

National Institute of Building Technology offers multiple certification and training programs exclusively designed for Civil, Mechanical, Electrical Engineering and Architecture students. The students who wish to study abroad as well as learn advanced construction technology can also join NIBT. NIBT exclusively offers courses related to BIM Management, Skill Management, Design Management and Construction Management.

Besides the above-mentioned, NIBT also provides short-term training courses:

• BIM for Architects
• BIM for Contractors
• BIM for Owners
• BIM for MEP (Mechanical, Electrical Plumbing)

For further information, please visit.

NICMAR: National Institute of Construction Management and Research

Since 1983, NICMAR is functioning with great success and is proud of becoming a pioneer institute in providing Advanced Construction Management Courses.

RICS School of Built Environment, Amity University

The RICS School of built environment serves Undergraduate, Masters, and Ph.D. programs in Real Estate & Urban Infrastructure, Construction Management, Infrastructure Management along with the Facilities Management.

Indian Institute of Technology (IIT), Madras

The Indian Institute of Technology of Madras conducts multiple undergraduate, Masters & Ph.D. programs on advanced construction management and building technology. The courses provide the students with an enormous opportunity in this evolving construction arena.

Indira Gandhi National Open University (IGNOU), New Delhi

The Indira Gandhi National Open University, as the name suggests is an open university. It serves the educational aspirants about 1.8 million students in India. The university has its presence in about 32 countries and pride to recognize as one of the centers of excellence in construction management as well. The university offers various Ph.D. programs, Master’s Degree Programs, Bachelor’s Degree Program, Diploma as well as Advance Diploma courses in construction management.

 Conclusion

All the institutes mentioned above are reputed for providing quality training in advance construction management. The courses designed will undoubtedly enhance the professional skills to cope-up with the ever-evolving challenges within the AEC Industry.

Learn what is the Procedure of Photogrammetry

The photogrammetric procedure-

Project planning carries following steps:

• It Transforms project requirements to specifications concerning the area to be mapped imagined map scale and form interval. The purpose of these specifications depends on the necessary accuracy of the final map and cost constraints. More accurate maps are more expensive and take longer to collect it.
• Discover photogrammetric specifications concerning flight height, the number of images needed, the number of strips required, flight lines, estimated location for exposure sites, and equipment to use. Specifications must also develop for ground control, aerial triangulation, and compilation methodology.
• Develop a plan for aerial photography, fieldwork, and mapping compilation. The plan should coordinate with the several groups associated with the project. Crucial coordination is among the field team placing the targets and the aerial photography team. Goals should be set as close as possible to the time of photography. A project timetable with finish dates for different tasks and the estimated cost associated with them should develop as well.
• Determine the expected deliverables, including specifications on what features are to be mapped and their graphic representation.

Aerial Photography

 The steps aerial photography process consists are:

• Verification of the weather conditions that’s suitable for flying. Flying under conditions of low visibility or strong potential turbulence should be avoided. Bad climate conditions could produce not only unacceptable photographic effects but also risky for the flying crew.
• Mount the aerial camera according to the fixed procedure. Test the camera before using to ensure that it functions accurately.
• Fly the outlined routes and capture the photographs according to plans.
• Prepare the film according to specification to provide radiometrically and geometrically quality pictures.
• If required, print on the negatives the missing photo information (i.e., titles), like serial number, date, project information, etc.
• Prepare contact copies from the negatives. If needed, make enlargements that can use later, according to the requirements of the project.
• Inspect the pictures for image quality and coverage completeness. Confirm that each photograph has sufficient end laps to secure stereoscopic coverage of the whole project area. A comparable inspection should perform to confirm complete side lap coverage. Incomplete end and side lap coverage or the coverage gaps will void the complete aerial photography and need re-planning or re-flying. Another survey that should perform is recognizing the preset targets. Target inspection involves inspecting whether they are visible, appear in a stereo coverage and whether there are sufficient of them to assure reliable results. If any targets are dropping, or the whole project can’t target, points that can be recognized and surveyed on the ground should select and marked on paper copies. A copy of the prints and a summary of the chosen points should then submit to the surveying team for field measurements.
• Choose photographs that will be useful for data accumulation and develop diapositives for them.

Ground Control 

• Analyze project area for existing control. Existing control that can target and save time and money by avoiding unnecessary field surveys. Sometimes it is more cost effective to extend the aerial photography slightly exceeding the project area to combine existing control rather than to establish new control.
• Conduct field surveys as discussed above. Field surveys of selected points are necessary after the aerial photography gets completed.
• Compute and adjust the field data and establish coordinate values for the control points.
• Develop a report on the surveys and the results generated. Accuracy analysis of the results should also include in the report. The study should show the methodology applied to determine that the results are in agreement with the project’s specifications.

Aerial Triangulation

• Arrange the photographs as a continuous strip, or a block if the project includes more than one strip.
• Select and mark and draw points. Pass and tie points should mark and calculate on the paper prints.
• Mark false pass and tie points on the diapositives with a point transfer device. Points marked in stereo (tie points) should execute with utmost care.
• Measure and record pass and tie ends with a photogrammetric plotter (with digital workstations). At least an inner correction must perform before measuring pass so that image coordinates of these points can get obtained easily. Measure and mark ground control points. Ground control points get identified with the same stereo model setup.
• Compute and adjust the aerial triangulation measurements. Also check the results for possible analysis, marking, identification and control errors.
• Prepare a record of the aerial triangulation results. The record must include the photogrammetric base layout and also a diagram displaying the location and titles of all the points. The results of the computations and accuracy analysis of final adjustment concerning the project specifications should maintain in the document as well.

Stereo Compilation

The use of often CAD-based digital mapping software has analyzed the document preparation, editing and also fault checking of the stereo compilation process. The stereo compilation process is as follows:

• Select models for mapping. The selection should involve a layout of the areas for mapping from the stereo model. The operator should also instruct and focus on the limits of the stereo model for mapping.
• Fixed up the stereo models by performing interior and exterior adjustments.
• Compile the Planimetric points according to the project specifications. The specifications should also remain precise about what features are to mapped and their graphic representation concerning color, shape, symbol, and other attributes.
• Compile elevation points as contours or place elevation. Outlines should also compile according to the specified contour interval.
• Examine the map for completeness, compatibility, and also accuracy. The purpose of examining the map for completeness is to check that all the required features have mapped. Latest photogrammetric plotters have a capacity of superimposing the map on the graphic image so that both of them can inspect simultaneously with correct spatial registration. This inspection is necessary, primarily for features that are mapping from more than one stereo model.
• Edit the map and execute the required improvements.

Field Completion 

Photogrammetry can be useful for mapping only what is visible on the images. Thus, if essential features get covered by trees, human-made structures or abrupt topography, they can’t map it.

Hence, to map the missing features a field finish activity has to take place. The field completion phase of the project can use for accuracy testing of the map.

 Drafting

Drafting of photogrammetrically derived maps performs the task with CAD software. It consists the following:

• Sheet Layout
• Sheet Format
• Scale Change
• Edit and Final improvements

All of the above parameters should be part of the project specifications and should perform accordingly.

Quality Control

Here the final report on the quality and efficiency of the maps should also complete the submission of the final result. The report should examine the accuracy of the control, as described in the Ground control and also Aerial Triangulation. The procedure utilized to define the map’s spatial and also content efficiency should keep in the document as well. A statement, such as “this map matches the National Map Accuracy Standards” or “the project specifications,” is unacceptable. An actual test and analysis must complete any claim of efficiency or standard. The testing methodology applied and the decisions of its implementation must keep in the document in a final report.

Source: https://blog.nibt.education/2018/03/photogrammetry-procedure/