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Half in US see another country emerging as world's technological leader
March 04, 2009
New national survey DURHAM, N.C. -- Half of all Americans expect another country to emerge this century as the world's leader in addressing technological challenges that range from the economy to global warming, according to a survey of U.S. public opinion released Tuesday by Duke University.
Although only 34 percent of Americans gave themselves a grade of A or B for understanding "the world of engineers and what they do," 72 percent nonetheless expect the technological advancements of the 21st century to surpass those of the previous century. However, only 49 percent predict the United States will lead the way in producing these advances, according to the survey of 808 adults carried out Jan. 22-25 by Hart Research Associates.
Duke's Pratt School of Engineering commissioned the survey, "Americans' Attitudes Toward Engineering and Engineering Challenges," for a national summit on engineering "grand challenges" it is co-hosting March 2-3 in Durham.
Americans with more education are even less optimistic about the likelihood the United States will be the world's technological leader in the 21st century. China was cited by 20 percent of all the respondents as being most likely to assume this position, followed by Japan and Europe at 10 percent each, and India at 4 percent. Americans were just as likely to say their country's ability to compete technologically over the past century has worsened as to say it has improved.
Among those who see a decline in America's ability to compete technologically, 55 percent say the situation is temporary and 39 percent say it is long term.
"Americans understand that innovation is critical to their future, but also recognize that our country's continued leadership isn't assured just because we invented everything from the airplane to the personal computer," said Thomas Katsouleas, dean of the Pratt School. "The survey shows that when Americans focus on how central engineers are to solving our biggest problems, they come to view the discipline as essential and want to attract more talented young people to it."
In response to a list of major engineering challenges facing the world, those surveyed gave highest priority to developing better medicines, providing clean water around the world and developing environmentally friendly power sources. They gave less priority to securing cyberspace against attacks or to restoring and improving deteriorating urban infrastructures.
The respondents said the best ways to improve U.S. global competitiveness are with more training for workers, improved K-12 math and science teaching, and tougher standards for public school teachers and students. They were much less likely to endorse tax breaks for business and investment, or new immigration policies to attract foreign engineers and other technical experts.
A majority of the respondents -- 58 percent -- said engineering is losing out to other professions when it comes to young people choosing careers. They said this is happening because engineering does not pay as much as other fields, requires extensive schooling and is seen as being difficult. "Not as glamorous" was cited least often among seven possible answers in explaining why engineering has been a less attractive career choice.
Katsouleas released the survey results Tuesday morning during the two-day summit Duke is hosting with the University of Southern California Viterbi School of Engineering and Olin College. More than 1,000 people registered for the event, which is bringing together "leading engineering, science, humanities and social science scholars from across the nation" to discuss a series of societal "grand challenges" laid out by the National Academy of Engineering.
Duke University
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Stuff You Don't Learn in Engineering School: Skills for Success in the Real World
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"Stuff You Don't Learn in Engineering School" gives young engineers an easy-to-read "cribsheet" so they can comfortably face a complex world of dealing with people, processes, and yes, even meetings! Carl Selinger, an engineer with over 25 years of college teaching experience, has expanded from his popular seminar, providing an inspiring guidebook the young engineer needs for a successful career, and a satisfying life.
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Thames and Kosmos Little Labs: Intro to Engineering
by Thames & Kosmos
Intro to Engineering welcomes young children to the field of engineering with 25 experiments and building projects in five sections. By engaging in hands-on activities, children will learn how engineers apply their scientific and technical knowledge to design machines and devices. Start by learning some engineering basics with experiments on levers, forces, and pulleys. Build simple devices using these basic components. Move on to explore engineering on land by building vehicles with wheels, such as a race car and a wind-up car. Next, investigate engineering with air and in the air by building a helicopter, a pinwheel, a parachute, a glider, a balloon rocket, and an air-powered carousel. Then, build a diving bell, a sailboat, and a paddle boat to experiment with engineering in water....
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The Existential Pleasures of Engineering (Thomas Dunne Book)
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Humans have always sought to change their environment—building houses, monuments, temples, and roads. In the process, they have remade the fabric of the world into newly functional objects that are also works of art to be admired. In this second edition of his popular Existential Pleasures of Engineering, Samuel Florman explores how engineers think and feel about their profession.
A deeply insightful and refreshingly unique text, this book corrects the myth that engineering is cold and passionless. Indeed, Florman celebrates engineering not only crucial and fundamental but also vital and alive; he views it as a response to some of our deepest impulses, an endeavor rich in spiritual and sensual rewards. Opposing the "anti-technology" stance, Florman gives readers a practical,...
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Social Engineering Sweatshirt
by JINX
Social Engineering refers to the process of actually hacking people instead of machines. How can you hack a person? You can often save loads of time by simply asking for the information you want (ie. passwords, access, etc), rather than hacking in via a computer. In many cases, they wont even bat an eyelash before giving you a router password. So stop staring at the giant padlock and just ask for the combination...
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Engineering and the Mind's Eye
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An Introduction to Mechanical Engineering
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K'Nex Education - K'Nex Engineering Marvels: Buildings, Structures and Machines
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Build nine real world models that demonstrate Science, Technology, Engineering, Mathematics, (STEM)and History concepts. Eight of the models can be built two at a time. Set includes 1,355 Rods, Connectors, and New K'NEX Bricks to support 6 - 8 students working in teams of 3 - 4. Models include: Eiffel Tower, Seattle Space Needle, Flying Buttress System, Windmill, Crane, Big Ben, Arc de Triomphe, the CN Tower and the first iron bridge. Comprehensive, interdisciplinary Teacher's Guide including student readers and career explorations. Comes packaged in a strong storage case with movable dividers and transparent snap-on lid. Appropriate for 5th - 8th grade classrooms. Ages 10 and up. Systems and Order within Systems The Technological Design Process and Problem Solving Identifying...
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Janice VanCleave's Engineering for Every Kid: Easy Activities That Make Learning Science Fun (Science for Every Kid Series)
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Now you can discover the answers to these and many other fascinating questions about engineering for yourself with this fun-filled resource. Janice VanCleave's Engineering for Every Kid presents entertaining, challenging experiments and activities to help you understand the different types of engineering there are—including structural, solar, electrical, and chemical—and how each is applied to real world everyday situations. Each of the activities is broken down into its purpose, a list of easy-to-find materials, step-by-step instructions, expected results, and a simple scientific explanation. Plus, the book’s 25 projects can easily be used in the classroom, as the basis of a science fair project, or at home just for fun!
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Extreme Engineering: Collection 1
Starring: Artist Not Provided
On every part of the planet, men and women are achieving the impossible. Mountains of earth are drilled, blasted and moved while massive structures are erected to tame and traverse great bodies of water. Join us for a globe-spanning look at some of the most astounding feats of EXTREME ENGINEERING as mankind soars to new heights of imagination and ingenuity in the struggle to meet the challenges of the modern world. Episodes: Widening the Panama Canal: Built more than 90 years ago, the canal was an engineering marvel, but to keep up with modern-day shipping demands, the old channel must be widened, presenting a mammoth set of challenges to the engineers and workmen. Boston's Big Dig: One of the largest and most technically challenging infrastructure projects in American history,...
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