An Autobiography of Lessons Learned


Book Description

When Jagannath Giri left India to seek a better future in the United States, he thought his wife and children would join him in short order. Just leaving his homeland was a big step. He had lived there all of his thirty-eight years, but he desperately wanted to further his education—and the best place to do that was in the United States. Even though he arrived in the United States with just $8 in his pocket, he earned a doctoral degree in engineering from the Georgia Institute of Technology in Atlanta. He became the first man in the world to prove that composite material is lighter and stronger than the conventional aluminum used to make airplanes, and his temporary separation from his family became more permanent when he accepted a job at his alma mater. Giri fought valiantly to get his family visas to join him in the United States, but the paperwork was tedious, and his native country was fighting a “brain drain.” After nine long years, however, the family was finally reunited. In his autobiography, Giri looks back at how he fought to earn an education, keep his family together, and live a moral life.




Current Catalog


Book Description

First multi-year cumulation covers six years: 1965-70.







Collection Development in Sci-Tech Libraries


Book Description

This book, first published in 1984, examines the process of building suitable collections for sci-tech libraries. Sci-tech collections are not the easiest to develop successfully in view of the complexity of the subjects involved, the large number of choices to make, and the difficulty of even knowing about certain grey area publications, such as meetings proceedings, government documents and technical reports. Expert writers assess these difficulties and provide a guide to solutions to the problems inherent in building these collections.







Sustainable Green Technologies for Environmental Management


Book Description

Our Earth is considered as a natural system which organizes and controls itself. However, the present scale of anthropogenic activity is unprecedented in the history of mankind compelling the intelligentia to ponder over the scientific causes of the problems, processes and sustainable and pragmatic solutions. The current rate of resource use and consumption pattern are depleting the planet’s finite resources and damaging life-supporting ecosystems. A large number of toxic substances are increasingly found in air, water, soil, and flora and fauna. We are in the midst of a period of increasing interconnected and complex global challenges that seek action across temporal and spatial scales, diverse sectors, and concerted efforts from global citizens. The environment on account of human’s action has been experiencing imbalances and ecological catastrophe. Environmental issues like global climate change, biodiversity loss, the rapid depletion of natural resources, degradation of global commons, stratospheric ozone depletion have been restricting the safe operating space and transgressing the planetary boundaries endangering the existence of human societies. The global environmental problems if not scientifically managed may end up in the civilizational collapse. Nevertheless, the underlying commonality among these environmental issues is interrelatedness, complexity, and difficulty in identifying and implementing solutions. The global environmental challenges can be managed by adopting sustainable green technologies which dovetails the principles of environmental sustainability with social and ecological sustainability. Green growth is construed as a new development paradigm that sustains economic growth while at the same time ensuring environmental sustainability.