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Student Corner

Remote Sensing Application In Civil Engineering

GIS and remote sensing techniques have become essential and powerful tools for tackling civil engineering problems. Remote sensing data frequently correlates spatial data with their properties, making it beneficial in this discipline. Remote sensing can be used to extract several themes such as geology, terrain, drainage, and hydrology. Integrating the following topics aids in the speedier resolution of civil engineering challenges. Sanitation, urban growth, new road alignment, and irrigation project design are all areas where remote sensing technology is commonly used. GIS and remote sensing data are commonly used to construct models that integrate socioeconomic, demographic, and natural resource information.
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Use of Artificial Intelligence (AI) in Civil Engineering

What is AI:
It is the art and science of creating intelligent machines, particularly intelligent computer programmes. It resembles the task of using computers to understand human intelligence. Basically, Artificial Intelligence refers to the intelligence displayed by machines. Artificial Intelligence (AI) has grown extremely prevalent in today’s world. It is the simulation of human intelligence in computers that have been programmed to learn and mimic human actions. These machines can learn from their mistakes and do activities that are similar to those performed by humans.

AI in Civil Engineering:
Deep learning technologies have been effectively employed in a variety of industries for many years, including civil engineering. Indeed, with the emergence of complex constructions such as skyscrapers, machine learning techniques grabbed centre stage in the sector a long time ago. We are seeing the application and growth of AI in the construction industry more than ever before, with intelligent algorithms, big data, and deep learning machines transforming productivity performance.

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Passive Solar Design

A passive solar building is one that is designed and constructed by taking use of the factors found in the surrounding environment, particularly the sun’s movement. If planned and built according to a few passive solar building criteria, passive solar structures will be warm in the cold winters and cool in the hot summers. The sun’s thermal energy is used to both warm and cool the structure in a passive solar design, which is built and placed to shelter the sun during the hotter summer months.

A well-designed passive solar home reduces heating and cooling loads first through energy-efficiency technologies, then uses solar energy to partially or entirely meet those reduced demands. Because modern homes have low heating loads, it’s critical to avoid oversizing south-facing glass and ensuring that it’s adequately shaded in the spring and fall to minimise overheating and increasing cooling loads.
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Different types of House Paint

Introduction:
For home decor purposes, wall paint is a must-have item. It keeps your home in good shape while also giving it a nice appearance. Painting your walls is an important task that should be completed on a regular basis. When it comes to choosing paints for your home, there’s a lot more to consider than just colour. Furthermore, several types of home paint can be utilized to create a variety of effects while also preserving your walls. There are so many different varieties of house paint that it can be difficult to know where to start when starting a new painting project.

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3d Printed Concrete

3D printed concrete is an emerging technology that has many advantages like reduced labour cost, less emission of carbon dioxide in the atmosphere, reduced cost, less time consuming, ease of use, ability to change properties as per desire and many more. A case study on building houses using 3D printed concrete and conventional concrete brought into light that cost is effectively reduced using 3D printed concrete which is beneficial for people having low income or for refugees who have nowhere to go and construct houses affordably. Many types of 3D printing can be observed out of which the perfect method is selected based on various criteria. Some admixtures can also be added for better strength and workability that will facilitate ease of extrusion through the nozzle. Compaction or vibration is seen absent here as the process is completely automatic. However, some labours may be needed to move the 3D printed elements from one place to another. Other properties like bond strength, compressive strength and flexural strength are also taken into account for monitoring the effects of standoff distance as well as printing speed on tensile bond strength. Apart from this, some future projects are also expected that can produce homes on other planet and can open an array of opportunities.

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