ATP-CIVIL PSG CT | PSG college of Technology (original) (raw)

ATP-CIVIL PSG CT

A professional teacher who adores the natural five elements very close to the mind and heart has a teaching experience of 27 years in PSG college of technology. I have been working on students' research projects on sustainable, and economical concrete and concrete-making materials for the applications of highway pavements, infrastructure projects, and affordable housing for the past twenty years. Also working Parallel in the area of urban planning including traffic engineering and transportation planning.

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Teaching Documents by ATP-CIVIL PSG CT

Research paper thumbnail of Development of Self Sustainable Township

International Journal of Innovative Research in Science, Engineering and Technology, 2019

The population of the world is rapidly increasing in contrast to the depleting resources, which w... more The population of the world is rapidly increasing in contrast to the depleting resources, which will be a problem in the future because of unsustainability. This makes it necessary to develop smart cities. Smart Cities aim at making optimal and sustainable use of all resources while maintaining an appropriate balance between social, environmental and economic costs. In this paper, we would be focusing on the Town Planning part of Smart City development.

Research paper thumbnail of Identification and Assessment of Critical Factors Causing Delays in Indian Metro-Rail Projects

EUDL -ICSETPSD , 2023

Construction delays are common in construction industry and create major concerns for project per... more Construction delays are common in construction industry and create major concerns for project performance. Transportation infrastructure projects face delays in commissioning all over the world and India is no exception. This study is carried out with an objective to specifically identify the critical delay factors in the commissioning of metro rail projects in India using the relative importance index method. For this purpose, 47 different delay factors were identified, categorized into seven major groups,through detailed literature review and a case study. A detailed Questionnaire is prepared and survey has been conducted from Engineering professionals working/worked in Indian Metrorail Projects. The relative importance of these delay factors were quantified by the relative importance index method. The ranking of the factors and groups were demonstrated according to their importance level on delay. According to the survey results, the factors and groups contributing the most to delays (those needing attention) were discussed, and some recommendations were made to minimize and control delays in commissioning of Indian Metrorail projects.

Research paper thumbnail of Development of Self Sustainable Township

International Journal of Innovative Research in Science, Engineering and Technology, 2019

The population of the world is rapidly increasing in contrast to the depleting resources, which w... more The population of the world is rapidly increasing in contrast to the depleting resources, which will be a problem in the future because of unsustainability. This makes it necessary to develop smart cities. Smart Cities aim at making optimal and sustainable use of all resources while maintaining an appropriate balance between social, environmental and economic costs. In this paper, we would be focusing on the Town Planning part of Smart City development.

Research paper thumbnail of Identification and Assessment of Critical Factors Causing Delays in Indian Metro-Rail Projects

EUDL -ICSETPSD , 2023

Construction delays are common in construction industry and create major concerns for project per... more Construction delays are common in construction industry and create major concerns for project performance. Transportation infrastructure projects face delays in commissioning all over the world and India is no exception. This study is carried out with an objective to specifically identify the critical delay factors in the commissioning of metro rail projects in India using the relative importance index method. For this purpose, 47 different delay factors were identified, categorized into seven major groups,through detailed literature review and a case study. A detailed Questionnaire is prepared and survey has been conducted from Engineering professionals working/worked in Indian Metrorail Projects. The relative importance of these delay factors were quantified by the relative importance index method. The ranking of the factors and groups were demonstrated according to their importance level on delay. According to the survey results, the factors and groups contributing the most to delays (those needing attention) were discussed, and some recommendations were made to minimize and control delays in commissioning of Indian Metrorail projects.

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