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Managing the Changes:Sampath Kumar Explains Role of Capital Program Management in Modern Construction Industry
विज्ञापन
Sampath Kumar Paspunoori
- फोटो : Amar ujala
The end of the year 2024 was marked by one of the most important events in the construction industry of India, the 7th edition of bauma CONEXPO India, gathering thousands of visitors and participants to discuss the current trends of the industry. One of the core trends of recent years is, for sure, the digital transformation and the development of digital solutions that transform multiple segments of the industry, helping it to become more sustainable and efficient. However, in the light of these new developments, the role of capital program management becomes crucial. There is a growing demand for professionals who are able to integrate emerging technologies efficiently, coordinate their application at multiple stages of project development and use them for the benefit of all parties, while keeping up with existing guidelines and regulations. Moreover, while in the current situation attention is mostly drawn to innovations, the role of capital program management isn’t limited to implementing these new methods. Sampath Kumar Paspunoori, a capital program manager with vast experience in public and private projects, and an IEEE member explains how the construction industry adapts to the new technological landscape and what role innovative approaches to management play in this process. c a
Increasing demand for innovation
While the construction industry is often considered conservative and slow to adopt new technological solutions, there is an increasing demand for more sustainable approaches. The Capital Program Management plays an integrative role here, helping to not only explore new methodologies or tools, but to turn them into an efficient system that helps to achieve better quality with lesser costs and lesser environmental impact. It ensures that the project will be fulfilled in accordance with safety and quality standards, while optimizing resources and minimizing risks of delays and other issues. These functions become especially important in the modern construction industry, which is highly competitive and rapidly evolving.
“Solutions which involve a higher level of digitalization are not only more environmentally friendly but also beneficial for the company that implements it,” explains Sampath Kumar Paspunoori, “as they allow businesses to use the resources at hand more efficiently, reducing waste and maximizing profits.”
विज्ञापन
In his article for International Journal of Science and Research, published in October 2024 and dedicated to the impact of demolition of the environment, Sampath Kumar Paspunoori applies this approach to the demolition process, which is one of the necessary stages of construction work and often has a significant impact on the surroundings. Based on his experience of working at City of Bowie Public works, Maryland in 2020-2023, he explores the interaction of demolition processes with urban ecosystems and demonstrates the benefits of integrating advanced digital developments into
dismantling management practices. The implementation of cutting-edge technology, such as the Internet of Things, 3D scanning, and artificial intelligence improves planning and management, making all stages of the process more efficient. The article also points out the lack of a less fragmented approach that would be able to take complex interactions of demolition and construction processes with urban ecosystems into account. The solution lies in not only implementing the technologies listed above separately but also establishing an integrated adaptive project management system that will help to take advantage of the technology.
To fulfill these tasks successfully, the professionals working in capital program management, need to combine a solid understanding of the novel technologies with a deep theoretical and practical knowledge of various construction industry segments, from planning and project development to maintenance and reconstruction. Only with this approach multiple emerging tools and solutions will be able to be integrated into an efficient methodology under the guidance of a capital program manager. Consequently, working continuously and staying on top of technology becomes a necessity. Sampath Kumar Paspunoori finds it important to share his expertise with other professionals and create a supportive environment for professional development and education in the projects he leads. Moreover, as an IEEE member, he takes part in peer-reviewing articles to ensure the high quality of scientific publications and help to spread valuable information.
Using data for increased efficiency
Unique projects, such as ones of larger scale or those that present specific technological demands can become a challenge in themselves. However, digital tools provide capital program managers with the new resources to help with this aspect too, making it possible to implement unique projects more efficiently. As the data-based approach supports more flexible and adaptable planning in comparison to more old-fashioned methods, it helps to maximize efficiency not only for standard tasks but for one-of-a-kind projects. Sampath knows this from experience, as he has worked on several unique tasks as a capital manager at Alexandria City Public Schools in the US. The project of the Minnie Howard School included the geothermal HVAC system and the world’s biggest fire shutter door. Both features helped to make the building safer and more reliable while creating a comfortable learning habitat for students.
Sampath Kumar Paspunoori notes that the lean and flexible approach allowed him not only to manage the current projects successfully but establish clear and efficient plans for the future, taking the maintenance, renovation, and budgeting into account. His project for renovating a public-school building received a $4 million grant under Renew American school program, which is a testament proving its practical functionality and efficiency. These examples illustrate how a data-based approach can bring planning and management in construction to a new level.
Finding compromises and overcoming limitations
The examples provided here vividly illustrate that new technologies and approaches will not become truly beneficial without professionals who apply them in a conscious and meaningful way, taking the specifics of the industry into account.
“Naturally, to get maximum benefits from implementing new tools into planning and construction processes, professionals need to understand their specifics and possible applications,” adds Sampath Kumar Paspunoori. In his article for the American Journal of Engineering and Technology, he outlines the benefits of flexible data-based methodologies, however, he also highlights that there are certain limitations that exist due to the slower pace of technology adoption in the construction industry. These complications can have various reasons, such as the regulations not keeping up with technological
advancements, forcing companies to follow outdated procedures or, conversely, lacking recommendations for applying new approaches safely. However, these issues can be resolved through the right approach to the capital program management, which plays a defining role for any project, especially if it involves innovative solutions.
To overcome these limitations, a focused effort of the industry professional is required. Conferences, such as the one mentioned above, help to draw attention to the issue, as well as spread awareness about the new methodologies and motivate professionals to study them and implement them in their practice. Industry professionals, especially those who take leading positions in construction projects, . have to constantly explore innovative methods and approaches, as the results of the new technology adoption heavily depend on them
विज्ञापन
Increasing demand for innovation
While the construction industry is often considered conservative and slow to adopt new technological solutions, there is an increasing demand for more sustainable approaches. The Capital Program Management plays an integrative role here, helping to not only explore new methodologies or tools, but to turn them into an efficient system that helps to achieve better quality with lesser costs and lesser environmental impact. It ensures that the project will be fulfilled in accordance with safety and quality standards, while optimizing resources and minimizing risks of delays and other issues. These functions become especially important in the modern construction industry, which is highly competitive and rapidly evolving.
विज्ञापन
“Solutions which involve a higher level of digitalization are not only more environmentally friendly but also beneficial for the company that implements it,” explains Sampath Kumar Paspunoori, “as they allow businesses to use the resources at hand more efficiently, reducing waste and maximizing profits.”
विज्ञापन
In his article for International Journal of Science and Research, published in October 2024 and dedicated to the impact of demolition of the environment, Sampath Kumar Paspunoori applies this approach to the demolition process, which is one of the necessary stages of construction work and often has a significant impact on the surroundings. Based on his experience of working at City of Bowie Public works, Maryland in 2020-2023, he explores the interaction of demolition processes with urban ecosystems and demonstrates the benefits of integrating advanced digital developments into
dismantling management practices. The implementation of cutting-edge technology, such as the Internet of Things, 3D scanning, and artificial intelligence improves planning and management, making all stages of the process more efficient. The article also points out the lack of a less fragmented approach that would be able to take complex interactions of demolition and construction processes with urban ecosystems into account. The solution lies in not only implementing the technologies listed above separately but also establishing an integrated adaptive project management system that will help to take advantage of the technology.
To fulfill these tasks successfully, the professionals working in capital program management, need to combine a solid understanding of the novel technologies with a deep theoretical and practical knowledge of various construction industry segments, from planning and project development to maintenance and reconstruction. Only with this approach multiple emerging tools and solutions will be able to be integrated into an efficient methodology under the guidance of a capital program manager. Consequently, working continuously and staying on top of technology becomes a necessity. Sampath Kumar Paspunoori finds it important to share his expertise with other professionals and create a supportive environment for professional development and education in the projects he leads. Moreover, as an IEEE member, he takes part in peer-reviewing articles to ensure the high quality of scientific publications and help to spread valuable information.
Using data for increased efficiency
Unique projects, such as ones of larger scale or those that present specific technological demands can become a challenge in themselves. However, digital tools provide capital program managers with the new resources to help with this aspect too, making it possible to implement unique projects more efficiently. As the data-based approach supports more flexible and adaptable planning in comparison to more old-fashioned methods, it helps to maximize efficiency not only for standard tasks but for one-of-a-kind projects. Sampath knows this from experience, as he has worked on several unique tasks as a capital manager at Alexandria City Public Schools in the US. The project of the Minnie Howard School included the geothermal HVAC system and the world’s biggest fire shutter door. Both features helped to make the building safer and more reliable while creating a comfortable learning habitat for students.
Sampath Kumar Paspunoori notes that the lean and flexible approach allowed him not only to manage the current projects successfully but establish clear and efficient plans for the future, taking the maintenance, renovation, and budgeting into account. His project for renovating a public-school building received a $4 million grant under Renew American school program, which is a testament proving its practical functionality and efficiency. These examples illustrate how a data-based approach can bring planning and management in construction to a new level.
Finding compromises and overcoming limitations
The examples provided here vividly illustrate that new technologies and approaches will not become truly beneficial without professionals who apply them in a conscious and meaningful way, taking the specifics of the industry into account.
“Naturally, to get maximum benefits from implementing new tools into planning and construction processes, professionals need to understand their specifics and possible applications,” adds Sampath Kumar Paspunoori. In his article for the American Journal of Engineering and Technology, he outlines the benefits of flexible data-based methodologies, however, he also highlights that there are certain limitations that exist due to the slower pace of technology adoption in the construction industry. These complications can have various reasons, such as the regulations not keeping up with technological
advancements, forcing companies to follow outdated procedures or, conversely, lacking recommendations for applying new approaches safely. However, these issues can be resolved through the right approach to the capital program management, which plays a defining role for any project, especially if it involves innovative solutions.
To overcome these limitations, a focused effort of the industry professional is required. Conferences, such as the one mentioned above, help to draw attention to the issue, as well as spread awareness about the new methodologies and motivate professionals to study them and implement them in their practice. Industry professionals, especially those who take leading positions in construction projects, . have to constantly explore innovative methods and approaches, as the results of the new technology adoption heavily depend on them
