If you would like to browse our stacks below is a list of call numbers to search by:
| T: Technology | T 385: Computer-assisted drafting, AutoCAD |
| TA: General engineering, civil engineering | TC: Hydraulic engineering, dams, canals |
| TD: Environmental engineering, sanitary engineering | TE: Highway engineering, roads and pavements |
| TF: Railroad engineering | TG: Bridge engineering |
| TG: Bridge engineering | TH: Building construction |
| TJ: Mechanical engineering | TK: Electrical engineering, electronics, nuclear engineering |
| TL: Automotive and aeronautical engineering, astronautics | TN: Mining engineering, metallurgy |
| TP: Chemical engineering and technology | TS: Manufacturing |
SAM by
A true story of innovation, centered on a scrappy team of engineers--far from the Silicon Valley limelight--and their quest to achieve a surprisingly difficult technological feat: building a robot that can lay bricks. Humans have landed men on the moon, programmed cars to drive themselves, and put the knowledge of our entire civilization in your back pocket. But no one--from MIT nerds to Army Corps engineers--has ever built a robot that can lay bricks as well as a mason. Unlike the controlled conditions of a factory line, where robots are now ubiquitous, no two construction sites are alike, and a day's work involves countless variables--bricks that range in size and quality, temperamental mortar mixes, uneven terrain, fickle weather, and moody foremen. Twenty-five years ago, on a challenging construction job in Syracuse, architect Nate Podkaminer had a vision of a future full of efficient, automated machines that freed men from the repetitive, toilsome burden of laying bricks. (Bricklayers lift the equivalent of a Ford truck every few days.) Offhandedly, he mentioned the idea to his daughter's boyfriend, and after some inspired scheming, the architect and engineer--soon to be in-laws--cofounded a humble start-up called Construction Robotics. Working out of a small trailer, they recruited a boldly unconventional team of engineers to build the Semi-Automated Mason: SAM. In classic American tradition, a small, unlikely, and eccentric family-run start-up sought to reimagine the behemoth $1 trillion construction industry--the second biggest industry in America--in bootstrap fashion. In the tradition of Tracy Kidder's The Soul of a New Machine, SAM unfolds as an engineering drama, full of trials and setbacks, heated showdowns between meticulous scientists and brash bricklayers (and their even more opinionated union), and hard-earned milestone achievements. Jonathan Waldman, acclaimed author of Rust, brings readers inside the world of the renegade company revolutionizing the most traditional trade.
The American Robot by
Although they entered the world as pure science fiction, robots are now very much a fact of everyday life. Whether a space-age cyborg, a chess-playing automaton, or simply the smartphone in our pocket, robots have long been a symbol of the fraught and fearful relationship between ourselves and our creations. Though we tend to think of them as products of twentieth-century technology--the word "robot" itself dates to only 1921--as a concept, they have colored US society and culture for far longer, as Dustin A. Abnet shows to dazzling effect in The American Robot. In tracing the history of the idea of robots in US culture, Abnet draws on intellectual history, religion, literature, film, and television. He explores how robots and their many kin have not only conceptually connected but literally embodied some of the most critical questions in modern culture. He also investigates how the discourse around robots has reinforced social and economic inequalities, as well as fantasies of mass domination--chilling thoughts that the recent increase in job automation has done little to quell. The American Robot argues that the deep history of robots has abetted both the literal replacement of humans by machines and the figurative transformation of humans into machines, connecting advances in technology and capitalism to individual and societal change. Look beneath the fears that fracture our society, Abnet tells us, and you're likely to find a robot lurking there.
A World Without Work by
SHORTLISTED FOR THEFINANCIAL TIMES& MCKINSEY 2020 BUSINESS BOOK OF THE YEAR One ofFortuneBest Books of the Year One ofInc. Best Business Books of the Year One ofThe Times (UK) Best Business Books of the Year ANew York Times Book Review Editors' Choice From an Oxford economist, a visionary account of how technology will transform the world of work, and what we should do about it From mechanical looms to the combustion engine to the first computers, new technologies have always provoked panic about workers being replaced by machines. For centuries, such fears have been misplaced, and many economists maintain that they remain so today. But as Daniel Susskind demonstrates, this time really is different. Breakthroughs in artificial intelligence mean that all kinds of jobs are increasingly at risk. Drawing on almost a decade of research in the field, Susskind argues that machines no longer need to think like us in order to outperform us, as was once widely believed. As a result, more and more tasks that used to be far beyond the capability of computers - from diagnosing illnesses to drafting legal contracts, from writing news reports to composing music - are coming within their reach. The threat of technological unemployment is now real. This is not necessarily a bad thing, Susskind emphasizes. Technological progress could bring about unprecedented prosperity, solving one of humanity's oldest problems: how to make sure that everyone has enough to live on. The challenges will be to distribute this prosperity fairly, to constrain the burgeoning power of Big Tech, and to provide meaning in a world where work is no longer the center of our lives. Perceptive, pragmatic, and ultimately hopeful,A World Without Workshows the way.
If you cannot find what you are looking for in the MVCC Catalog, you can search other libraries using the links below:
Click on the search terms below to be linked to a list of materials available in the library.
| Air Conditioning | AutoCAD |
| Engineering | Coal mines & mining |
| Electronics | Metallurgy |
| Surveying | |
| Refrigeration | Welding |
| Ventilation |
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