Why is it so that infrastructure developments like roads, bridges, flyovers etc. collapse shortly after their inauguration but ancient buildings, temples and monuments have been standing strong against the forces of nature since ages?
The perception of the value of a B.Sc. degree in society can vary based on several factors, including economic trends, technological advancements, and societal attitudes towards education. Historically, a Bachelor of Science (B.Sc.) degree has been highly valued for its emphasis on scientific and teRead more
The perception of the value of a B.Sc. degree in society can vary based on several factors, including economic trends, technological advancements, and societal attitudes towards education. Historically, a Bachelor of Science (B.Sc.) degree has been highly valued for its emphasis on scientific and technical knowledge, critical thinking skills, and preparation for careers in fields such as engineering, healthcare, and natural sciences.
However, in recent years, there has been a shift in the job market towards favoring skills-based education and practical experience over traditional academic qualifications alone. This shift has led to some questioning the immediate value of a B.Sc. degree without complementary skills or experience. Additionally, the rapid pace of technological change has created demand for specialized skills that may not always align with the generalist approach of a B.Sc. degree.
Despite these trends, a B.Sc. degree still holds significant value in many sectors, particularly those requiring deep theoretical knowledge and analytical skills. Fields such as research, academia, and certain specialized industries continue to highly value B.Sc. graduates for their foundational understanding and ability to innovate.
- Ultimately, while societal perceptions may evolve, the value of a B.Sc. degree remains strong where it is aligned with market demand, complemented by relevant skills, and adaptable to changing economic and technological landscapes. Thus, its value in society depends largely on how well it prepares graduates for the demands of contemporary and future workplaces.
Good Question Suramya, The disparity between the durability of modern infrastructure and ancient structures can be attributed to several factors. Ancient builders employed traditional construction techniques, using locally sourced materials like stone, brick, and mortar, which were more durable andRead more
Good Question Suramya,
The disparity between the durability of modern infrastructure and ancient structures can be attributed to several factors. Ancient builders employed traditional construction techniques, using locally sourced materials like stone, brick, and mortar, which were more durable and sustainable. They also designed structures with a deep understanding of the local environment and natural forces, such as earthquakes and floods. In contrast, modern infrastructure may not always be designed with the same level of consideration.
Additionally, ancient structures were often built with a focus on longevity, with craftsmen taking pride in their work. Modern construction projects, on the other hand, may prioritize short-term gains over long-term sustainability. The use of modern materials like concrete and steel, while strong, can be prone to corrosion and degradation. Furthermore, inadequate maintenance, regulatory oversight, and human error can contribute to the premature collapse of modern infrastructure.
In contrast, ancient structures have been able to withstand the forces of nature due to their robust design, quality construction, and regular maintenance over the centuries. The combination of these factors has allowed ancient buildings, temples, and monuments to stand the test of time, while modern infrastructure may require more attention to detail and a focus on long-term sustainability to achieve similar longevity.
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