Explore Carnegie Mellon's Little Brag Book of Big Ideas — a gallery of innovations and sparks of inspiration that have grown to shape the world.
During its 100+ year history, Carnegie Mellon University has been home to future actors, Nobel Prize winners, inventors and designers. As we continue into the future, who knows when the next spark of genius will occur and where it might lead. One thing is for sure: we don't just imagine the future, we create it.
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< The first computer that could think
In December 1955, professor Herbert Simon and business Ph.D. student Allen Newell made a breakthrough that would place them among the founders of artificial intelligence. Their invention of a programming language for computers to model complex human problem-solving processes resulted in a "thinking machine," as they described it.
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< Changing the way the cookie crumbles
It's never too early for women to learn the art of negotiation, and that's why a Carnegie Mellon professor has partnered with the Girl Scouts. The first Girl Scout badge for negotiation, named "Win-Win: How to Get What You Want" started with Carnegie Mellon professor Linda Babcock. To earn the badge, girls learn why and how negotiation can be useful—and it goes beyond selling cookies. Babcock has also co-authored two books on the subject: Woman Don't Ask and Ask for it: How Women Can Use the Power of Negotiation to Get What They Really Want.
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Stages and screens >
Countless Carnegie Mellon alumni have shaped the world of entertainment, including College of Fine Arts graduates Ted Danson of "Cheers" and "Damages"; Stephen Bochco of "NYPD Blue"; John Wells of "ER"; Paula Kauffman Wagner of "Mission Impossible"; Zachary Quinto of "Heroes" and "Star Trek"; Tamara Tunie of "Law and Order: SVU"; and Cherry Jones of "24" and numerous stage productions. The list doesn't end with arts alumni. Even an engineering alumnus—Emmy award-winner Bud Yorkin—made a mark on the entertainment world with "All in the Family." Carnegie Mellon's prominence in the arts dates back to 1917, when it awarded the U.S.'s first undergraduate degree in drama.
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A hand in the iPhone >
Carnegie Mellon alumnus Freddy Anzures, a 1999 industrial design graduate, was one of the select few who helped design the iPhone, an industry-leading mobile computing device and an overnight cultural icon.
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We have style >
Alumna Gela Nash-Taylor (right) started as an actress, but quickly found her passion in fashion. With just $200 and endless ideas, Nash-Taylor and her partner, Pam Skaist-Levy (left), launched the world-renowned Juicy Couture fashion line. Now a multimillion-dollar lifestyle brand with nearly 100 retail stores, Juicy Couture has expanded into everything from apparel and accessories to fragrances.
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< Bulletproof
Polymer scientist and alumna Stephanie Kwolek made a discovery in 1965 that led to the Kevlar® fiber, which is used today in protective clothing for firefighters and bulletproof vests for soldiers and police officers. This material has saved the lives of law enforcement officers for decades and is also used in 200 other products from bridge cables to tires.
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Search us >
Lycos®, the first large-scale Internet search engine, was developed in 1994 by computer science alumnus Michael Mauldin while working at Carnegie Mellon.
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A start on stage >
Pippin gave composer/lyricist and alumnus Stephen Schwartz his first Tony nomination in 1973, but it was first written for Carnegie Mellon's "Scotch 'n' Soda" student theater. Oscars, Grammys and Drama Desk Awards have followed for Schwartz's work on Godspell, Pocahontas, The Prince of Egypt and Wicked.
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< Renew it
Carnegie Mellon—the largest retail purchaser of wind power in the U.S. in 2001—prompted more than 30 other Pennsylvania colleges and universities to commit to using wind power for electricity. By 2008, Carnegie Mellon's campus in Pittsburgh had grown its use of renewable power sources to 29 percent of its electricity being generated from a mixture of wind, biomass, biogas, and hydroelectric sources.
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< First smile in an email
The Smiley :-) was created by Carnegie Mellon research professor Scott Fahlman on September 19, 1982. This was the beginning of emoticons in email.
;-) :-( :-o
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Three giants under one roof >
Carnegie Mellon has the only building in the world with Apple, Disney and Intel under one roof. The Collaborative Innovation Center (CIC), which opened in 2005, facilitates meaningful partnerships between corporate research activities and Carnegie Mellon faculty and students on the Pittsburgh campus. Google's Pittsburgh office also called the CIC home.
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< Preventing computer crime—
one word at a time
Computer Science alumnus and professor Luis von Ahn and his colleagues are responsible for developing CAPTCHAs, those wavy, distorted words online shoppers often need to decipher before completing a transaction. CAPTCHA stands for "completely automated public Turing tests to tell computers and humans apart." About 200 million CAPTCHAs are used each day, and they prevent many forms of computer crime. Von Ahn's latest version, reCAPTCHAs, goes a step further, harnessing this puzzle-solving human effort to digitize smudged words from old books and newspapers.
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< Cruise controlled
In 1979, Carnegie Mellon established the nation's first Robotics Institute. Since then, professor and alumnus William "Red" Whittaker has been a robotics pioneer, founding the discipline of Field Robotics, developing unmanned vehicles to clean up the Three Mile Island nuclear accident site, and leading the Tartan Racing Team to victory in the $2 million Urban Challenge robotic autonomous vehicles race. Technologies like these can help make driving safer by preventing accidents. Now Whittaker and his team have plans to land and operate a robot on the moon in pursuit of the $20 million Google Lunar X PRIZE.
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Greenhouse >
Carnegie Mellon built the first green dormitory in the U.S. in 2003. Renamed in 2008 as Stever House to honor H. Guyford Stever, the university's fifth president, it has a Leadership in Energy and Environmental Design (LEED) silver designation form the U.S. Green Building Council.
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Alice in cyberland >
Alice, a revolutionary way to teach computer programming by creating 3D animations, stories and video games, was developed by the research team of the late Randy Pausch, professor and computer science alumnus, who gained international acclaim for his "Last Lecture" and best-selling book. Now featuring characters from "The Sims ™," one of the best-selling PC video game series of all time, Alice is used in about 15 percent of the United States' colleges and universities. Experts believe it is likely to reinvigorate computer science education from the middle school level through college.
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< All wired up
Carnegie Mellon was the first university with a completely wired campus when it developed the Andrew computing network in the mid-1980s. Linking all computers and workstations, Andrew set the standard for educational computing and established Carnegie Mellon as a leader in the use of technology in education and research.
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Are you looking at me?
What if works of art could know how we were looking at them? And, given this knowledge, how might they respond to us? Those are questions that Carnegie Mellon professor Golan Levin explores with interactive artwork such as Opto-Isolator, a sculpture featuring a solitary mechanical blinking eye that responds to the gaze of visitors by looking its viewer directly in the eye, appearing to intently study its viewer's face, looking away coyly if it is stared at for too long, and blinking precisely one second after its visitor blinks. Levin's work has been exhibited at numerous galleries, including the New Museum of Contemporary Art, the Neuberger Museum, and The Whitney Biennial, all in New York.
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It's easy being green >
Professor Terry Collins, director of Carnegie Mellon's Institute for Green Science, invented TAML® catalysts that combine with hydrogen peroxide to destroy many hazardous chemicals that would otherwise contaminate water supplies for years. These tetra-amido macrocyclic ligand catalysts also have vast potential to make industrial practices safer for the environment.
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(psychology + technology)
x Carnegie Mellon
= success >
Pioneering Carnegie Mellon professor and cognitive psychology graduate Ken Koedinger used his research at the intersection of psychology and computer science to develop tutoring systems that are helping 500,000 students in 2,600 U.S. schools improve their math skills. The Cognitive Tutor program is implemented by a university spin-off company, Carnegie Learning, Inc., and is offered throughout the country, from urban high schools to rural middle schools.
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< Building business
Pioneering faculty at what is now the Tepper School of Business wrote one of the most influential business books of all time: A Behavioral Theory of the Firm. Professor Richard Cyert and professor James March developed theoretical building blocks that have become the foundation for current research in organizational studies in management, economics, political science and sociology.
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We got game >
Carnegie Mellon students and faculty created software that uses video game technology to train first responders such as firefighters, police officers and emergency medical personnel to handle biological attacks and chemical spills. The Fire Department of New York, which provided input for the development of the software, now uses it to train its cadets. This innovation is among many created at the Entertainment Technology Center (ETC). A joint program of the College of Fine Arts and the School of Computer Science, the ETC also gave the U.S. its first Master of Entertainment Technology degree.
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< Gigapan
The GigaPan Camera System (www.gigapan.org) is a robotic device that enables any digital camera to shoot breathtaking multibillion-pixel panoramic images. GigaPan was developed by professor Illah Nourbakhsh and Randy Sargent, a project scientist at Carnegie Mellon's Silicon Valley campus, in collaboration with scientists at NASA's Ames Research Center, and with support from Google. The potential applications are endless.
Photo © 2009 David Bergman
View David's GigaPan Photo »
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< Walking on Water
Mechanical engineers at Carnegie Mellon have created robots that can walk on water. The "bugs," two to six inches long and weighing a few grams, can shoot over water. Called STRIDE, for surface tension-based robotic insect dynamic explorer, the robots use the water's surface tension to amble on their spindly legs exactly like water striders. These robots can detect harmful toxins in water for both the environmental sector and the military.
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Not that we're keeping score >
Carnegie Mellon current and former faculty, and alumni, are recognized often by their peers in many different areas.
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