BEST UNIVERSITIES FOR MS IN CIVIL ENGINEERING

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Studying Engineering is bit arduous task, is it? But if you are good in studies and wanted to pursue higher education, going abroad is a good option. The quality study, the active ambiance, and the high-salaried jobs always lure the degree students in India. So now, did you have made your mind to go abroad? Have a look at some of the best universities for MS in Civil Engineering.Masters in Civil Engineering is one of the traditional engineering branches to opt for if you want to get an exciting career. Many students go for master’s degree after completion of their engineering degree course.

Well, if you are keen to prepare for master’s course, US prove to be the best option overseas. USA has some good universities for MS, Ph.D. in Civil Engineering and also caters the best job opportunities for civil engineers.

GRE (Graduate Record Examination) score plays an important role while applying for the abroad universities. The following article lists best universities for MS in Civil Engineering.

The popular specializations in MS in Civil Engineering are:

  • Structural Engineering
  • Transportation Engineering
  • Environmental Engineering
  • Water Resources

The graduate level programs prove to be beneficial for the students who opt for MS in Civil Engineering.

Who are the Civil Engineers?

The career in Civil Engineering is gaining momentum from past few years. Students are getting quite familiar with the education and related jobs offered in the civil sector. The Civil Engineers are those who design bridges, roads, buildings and other structures. Students also may specialize in the area of civil engineering’s, such as construction or transportation engineering.

Let’s get acquainted with the top 10 Best Universities for MS in civil engineering.

  1. Massachusetts Institute of Technology (MIT), United States
  2. Virginia Tech, Blacksburg
  3. Stanford University, Stanford
  4. University of Texas, Austin
  5. Georgia Institute of Technology, Atlanta
  6. University of California, Berkeley
  7. University of Illinois- Urbana-Champaign, Urbana
  8. Purdue University- West Lafayette
  9. Carnegie Mellon University, Pittsburgh
  10. Cornell University, Ithaca

These are the top universities to pursue MS in Civil Engineering from the US. Well, to get admission in these schools is not an easy task. You have to be a talented mind along with hard working personality.

Study Abroad Consultant

The Indian academics are far behind in catering the knowledge of BIM (Building Information Modeling). Thus, there is a high-need of study abroad consultant who can be helpful for your career grooming session. There are vast technical differences between India and International building construction or architecture industry and getting jobs for a degree holder seems difficult. Hey, don’t worry!

In India, NIBT (National Institute of Building Technology) plays a significant role in providing the counseling sessions for the students who wish to study abroad.

NIBT is an Autodesk Partner and an Authorized Training Center (ATC).

It has been successfully supporting outsource staffing projects in the USA with 100 percent success. NIBT teaches the various combination of software with exposure on live and real-time projects including drawing study and prepares the students for better jobs and education in the USA.

Get to know more about the preparation of study abroad programs and avail their services to get admission in renowned universities to enhance your career growth.

HOW CAN BIM REVAMP THE FUTURE OF CONSTRUCTION INDUSTRY

The Importance Of Building Information Modeling (BIM) In Renovating The Future Of Construction Industry

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Nowadays, new technologies change the way construction industry works. More than ever this industry can influence environment, economy and even energy consumption. Let’s have a look at the newest concepts like BIM (Building Information Modeling), ideas, and projects that are going to change the future.

Smart Robots

Robots have been around for many years; they are used to speed up the production process, make our lives more comfortable and reduce manufacturing costs. For example, an Australian robot Hadrian can build a 15,000 brick house within two days. Using these kinds of robots will ensure fast implementation of projects while keeping the costs low.

Building Information Modeling (BIM)

Building Information Modeling changes the way architects, engineers, contractors, and surveyors do their work. With the rise of BIM, they can collaborate and partner on projects, share ideas and blueprints and so on.

Internet Of Things

Internet of Things is the newest technology that allows equipment, materials, and structures to communicate within one platform. Internet of Things is still in development, but it is promised to lower production costs and improve the quality of life. It will also help maintain and repair structures before significant damage occurs which will lower the number of accidents and errors during construction work.

The Big Data Concept

The Big Data refers to all information that is available nowadays and will be available in future. The concept is about ways to store lots of data to help boost efficiency in many industries. The Big Data can be accessed from all gadgets, computers and so on.

For example, construction workers, engineers, and architects will be able to access information about any building that was ever built. This will help get insights on everything before making the decision.

As we can see, more and more technologies and concepts appear to make the future of construction more efficient. These changes are expected to minimize accidents and errors, increase safety and improve performance.

GREEN CONCRETE: AN ENVIRONMENTALLY FRIENDLY BUILDING MATERIAL

What Is Green Concrete And How It Is Beneficial In Making Eco-Friendly Buildings?

Nowadays, the demand for green concrete, clean building materials is growing. Architects, developers, engineers, and entrepreneurs worldwide are seeking new, innovative building solutions that do not harm the environment.

What Is Green Concrete?

Recently green concrete has become very popular in many countries, including the US. It is all started in Malaysia, where the government encourages construction companies to use green concrete in buildings and other structures. Green concrete is produced from recycled materials using processes that are not harmful to the environment.

Concrete can be called “green” when the materials used for production are eco-friendly, and no non-sustainable resources are used. Besides, green concrete is cheaper to produce and requires fewer raw materials than traditional concrete.

Benefits of Green Concrete

Green concrete brings many benefits to manufacturers. It is cost-effective and environmentally friendly. Besides, it is 30% stronger than traditional concrete because it is designed using the latest technologies that ensure durability and improved performance. Moreover, it has a very low carbon footprint; it recycles byproducts of other materials and has the potential for commercialization.

For example, fly ash, a waste byproduct, is used to produce green concrete. It can replace cement and reduce pollution. Aluminum fiber is another material that can be used in green concrete. All these benefits make contractors switch to green concrete instead of using other materials.

Green concrete is the material of future, and it still needs to be improved. But it is clear now that this material can help the environment while decreasing costs. Scientists say soon many constructors will prefer it over other building materials.

Production green concrete requires specific education and expertise, new materials and skills to operate new equipment. Scientists search for ways to make production easier and ensure more green buildings and materials appear.

REUSABLE INFECTION CONTROL BARRIERS

How Can Be Infection Control Barriers Be Reusable?

When health care facilities undergo renovations or reconstructions, they have to make sure it does not distract their patients; there are some reusable infection control barriers that need to be checked. The facility has to operate normally, without any issues. How? Scientists found the answer, Eureka!

There are guidelines and requirements issued by The Centers for Disease Control that require healthcare facilities and contractors make all necessary protective measures for patients during repairs. And hospitals have been struggled to follow these guidelines until Inova Health System’s Fair Oaks Hospital tested the new barrier that minimized noise level and even prevented infection from getting to other parts of the facility.

The hospital had a renovation project going on, so they assembled an infection control barrier wall constructed using the latest technologies. Patients and staff could not hear any noise during the renewal due to the noise suppression. Besides, the new barrier had a very nice, polished look.

The infection control barrier is a part of the system of panels and modules that are easily installed, dismantled or relocated to ensure greater flexibility. Installation is also clean, which eliminates dirt and reduce labor costs that typically appear during construction work.

According to Fair Oaks Hospital employees, the infection control barrier was built in less than an hour. They also say no interruption of work or debris was there during the setup. The barrier was specified for infection-control partitions that needed to be setup and then disassembled several times.

Scientists say this is a much better solution than natural barriers because patients and staff are protected from noise and hazardous materials during renovations. Since safety is the top priority in a healthcare facility, this is a big step for the whole industry.

The new infection control barrier meets all the latest requirements and guidelines. The panels are reusable and do not create any waste that could not be reused for other purposes. The barrier can function for many years and used on different projects.

THE ARRIVAL OF REALITY MODELING

Reality Modeling, Complete New Concept In Construction Sector

 

Nowadays, construction companies search for ways to develop and deliver their projects as they want to get in touch with their clients on a more personal level and eliminate risks of errors. It became possible with the introduction of Oculus Rift. Even better, you only need your Smartphone for reality modeling.

In January 2017, Sue Klawans, the SVP of Gilbane Building Company, had a webinar about innovation and technologies that make reality modeling possible. They also talked about the benefits this technology delivers to engineers, constructor and their clients. Let’s have a look.

Companies Use Laser Scanning for Reality Modeling

Many companies are implementing laser scanning for their reality-capture needs. For example, PCL Construction uses this technology for almost every project to ensure enhanced interaction with clients. According to Nick Kurth, Virtual Construction Manager of PCL Construction, the company has bought more than ten scanners in 18 months. They also trained two employees to work with these scanners.

PCL Construction uses scanners to download new and old projects as well as update and change them. The company is now thinking about hand-held scanners which are smaller than regular scanners. According to Nick Kurth, hand-held scanners are more comfortable when you need to work on remodeling and reconstruction projects. All in all, both bigger and smaller scanners have proved to be effective, and other companies begin to use them as well.

Nick Kurth says that reality modeling is a crucial part of creating mixed-reality 3D models. And smaller scanners can be used to download models everywhere, either in the office or on site to show engineers and construction workers how the projects should be handled.

Reality Modeling technology is still in development and will be changed and improved in future, but with more and more companies using reality modeling, it is clear that new visualization software will appear soon.

Why not recycled concrete?

Recycle & Reuse

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Recycling has become significant in many industries. It is easy to recycling almost everything, from paper to old windows. Everything except concrete – the most widely used material – that has been left behind.

The Idea Behind Recycled Concrete

To reduce harm made by concrete, scientists focus on things like finding new uses for concrete and reducing its production. In the US, recycled concrete can be used in roads but not in buildings or other structures. However, scientists search for ways to make recycled concrete robust and durable and use it in buildings.

Research show that there is more supply of the material than demand. What scientists are trying to do is to increase demand and find ways to use recycled concrete in engineering and other industries.

 The Future

Researchers test different types of recycled concrete to analyze its structure and other properties such as durability, weigh-bearing abilities, and so on. They are also trying to find ways to build structures with recycled concrete utilizing its properties. Scientists use recycled concrete with other materials to find the best solution for architectures, engineers, and constructors. Nowadays, it is forbidden to use recycled concrete in buildings, but if scientists find ways to ensure its durability and stability, the way we use concrete might change.

According to statistics, recycled concrete has the potential to reduce the environmental impact by 50%, which will include reduced transportation costs and decreased water usage. Scientists also say that recycled concrete can be stronger than natural concrete and it is just a matter of time when recycled concrete will be used in buildings.

Of course, you cannot see the immediate positive impact of recycled concrete. However, if you think about built infrastructure 50 years later, this will have a huge impact on the environment.

Green Building Materials And Technology

Good To Construct Green Buildings

The concepts of sustainability aim at satisfying the present needs for working environment, housing and infrastructure without compromising the ability of the future generation to meet their needs. It integrates and incorporates various strategies during design, constructions, and operations of the building projects. It involves the development of building materials that are more advanced for zero energy and passive buildings and materials for innovative and renovation of the building. Green building products and materials involve the use of renewable other than non-renewable sources. They are environmentally responsible since the life of the end products are considered when building.

The local environment to a great extent significantly affects the performance of green building. It includes factors such as the surrounding buildings, the pollution from vehicles, atmospheric pollutions from other factors such industries and the populations near the construction site. Energy simulations software, the Energy Plus, has been used widely to suggest the best material for any commercial green building complexity.

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Technological Methods For Green Building

The following are the best technologically selected methods for green building on a business complex;

The Storm Water Management

It has to be carried out in line to the environmental factors. The intent here is to limit disruptions of the natural hydrology of water by increasing the onsite infiltrations, reduction of the impervious cover and the managements of the runoff of storm water. The porous concrete, open cells and the lock paver’s serve as the best available technologies for the easy management of water in a building site.

Rain Water Harvesting

This project primarily aims at collecting and storing the rainwater from the land surface and rooftops. It consists of the principal catchment area, the conveyance systems, and the collection devices.

Roof–Heat Island Effects
The intent in these methods is to reduce the thermal gradients differences and the reduction of heat islands between the undeveloped and developed areas so as to minimize the impacts on the human, wildlife and microclimate life. The strategy employed is the use of the roofing materials with Solar Reflectance Index (SRI) that is greater than 29% for the sloping roof and a 79% for the lower sloped roof with a minimum of 75% of the roofing surface.

Water Efficient Fixtures and the Energy Efficient Lighting
The importance of this was to reduce the generation of waste water and the demand for potable water while increasing the local aquifer recharges.
The Energy Efficient Lighting comes under the atmosphere and energy credit. The main reason is to optimize the performance of energy by reducing wastage. The incandescent, luminaires and the T12 are the most preferred lighting system for the saving of energy.

Renewable Energy
The intent is to recognize and encourage increasing levels of supply through the renewable technology so as to reduce impacts on environments associated with theuse of fossil for fuel supply.

In the construction sectors, buildings have the capacity to make a significant contributing to a sustainable earth. Sustainable buildings have become vital in securing the long-term economic, social and environmental viability. Sustainable construction involves all aspects of design and building management, construction technology and process, the performance of materials, resource, and energy efficiency, maintenance, and operations. Thus Green Building can use sound techniques and products all in the capacity for long-term monitoring, occupational health, and safety for both the people and the environment.

 Sources

http://www.nbmcw.com/case-studies/18615-green-building-materials-and-technology.html

http://www.calrecycle.ca.gov/greenbuilding/materials/