iCampus Selects Final Recipients of Funding

By Benjamin P. Gleitzman

In its last year of funding, projects funded by iCampus, a $25 million partnership between MIT and Microsoft Research, are going international.

If OpenAfrica, a project by Mohamed A. Haji ’06 is successful, more students in Africa may have the chance to take the SAT’s and apply to colleges around the world. iCampus has championed the funding of sustainable student and faculty-led projects to revolutionize the practice of higher education using the tools of information technology.

Grants from iCampus were available to MIT students for one year of funding, and to faculty for two.

OpenWetWare, created by Jason R. Kelly G, is a Web site that can be edited by the public, also known as a wiki, designed to promote the sharing of information, know-how, and wisdom among researchers and groups working in biology and biological engineering. OpenWetWare allows labs, groups, and individuals to organize information and collaborate easily with others, according to the iCampus Web site. The project was inspired by the online editable encyclopedia Wikipedia and OpenCourseWare, an MIT initiative that posts course material for hundreds of MIT classes on the internet for public use.

This year’s student recipients of an iCampus grant include Walter D. Stiehl G, who has designed Huggable, a robotic companion that will provide pet therapy to those who do not have access to companion animals, according to the iCampus Web site and Stiehl’s wiki.

Campus Tour Bot, created by Collin E. Johnson ’07, may someday replace human tour guides because, according to Johnson’s wiki, it will be capable of traversing indoor corridors and outdoor walkways of MIT.

Mohamed A. Haji’s OpenAfrica will work in conjunction with MIT OpenCourseWare and iLabs, which provides online access to a remote laboratory for classes that, due to cost, space, and other reasons, do not include an on-site laboratory, Student teams working on OpenAfrica will be allowed to travel to three locations in Africa with the goal of constructing OCW mirror sites, remote laboratories, and enabling high school students to take the SAT’s and fill out college applications, said Paul Oka, co-chair of University Relations at Microsoft Research.

MIT students are not the only group to receive iCampus funding; faculty at the Institute can apply for iCampus grants. Among other projects, iLabs was created by Professor Steven R. Lerman ’72 and Professor Jesús A. del Alamo and funded in two phases from 2000 to 2004.

Dr. Kimberly Koile is currently being funded by iCampus for a project entitled ”The Classroom Learning Partner,” described by Oka as a Personal-Response System “on steroids.” Koile hopes to upgrade PRS, a wireless polling system currently employed in the interactive freshmen TEAL (Technology Enabled Active Learning) physics classes, to a tablet-PC based format allowing dynamic and wireless submission of digital ink answers to in-class exercises, according to the iCampus Web site.

Although varied in scope and implementation, not all iCampus projects have enjoyed a welcoming embrace from the MIT community.

TEAL, an approach for teaching freshmen physics that stresses active learning through the use of networked computers and desktop experiments rather than a straight lecture format, has met with opposition in a number of forms. A petition was signed in 2003 by MIT students stating that TEAL does not provide the intellectual challenge and stimulation that should be expected from a course at MIT, and numerous student-led groups on the college networking Web site theFacebook decry the merits of the TEAL program.

Nevertheless, international support for TEAL continues to grow, with two TEAL classrooms already constructed at the Technion in Israel and at the National University in Taiwan, according to the iCampus Web site.

But some student projects for iCampus have had problems with sustainability.

In previous years iCampus student projects included Domeview, a series of monitors dispersed throughout the MIT campus to provide information about upcoming events and information pertinent to student life. LAMP, the Library Access Music Project, is currently available on MIT cable, stations 63-76, and provides free, legal, and efficient access to a wide variety of music. ShuttleTrack, a web-based system that uses GPS technology to track MIT SafeRide vans, is also an iCampus funded project.

Both LAMP and ShuttleTrack ran into trouble soon after their creation. Implemented in April 2003, ShuttleTrack was not sustained after its creators graduated, Samuel N. Korb G said last spring. Ilia Mirkin G and Korb repaired the site and it became functional again in April 2005, after being down since the summer of 2004.

In late 2003, LAMP’s services went offline because its creators, one of whom is a senior editor for The Tech, were struggling to find a music supplier that allowed the purchase of music that could be broadcasted legally. It reopened months later in the fall of 2004 in a different form than the original design.

iCampus funding at MIT is scheduled to end in 2007 following the expiration of two-year grants given to MIT faculty in 2005. “Things are drastically different today than they were in 1999,”” said Oka. “The purpose of iCampus was to incubate ideas and move the state of the art forward, and I think we’ve done that.”

This year’s winners can be found on the iCampus Web site http://icampus.mit.edu/.

This story was published on Wednesday, January 25, 2006.
Volume 125, Number 64

The 50 Best Robots Ever

“They’re exploring the deep sea and distant planets. They’re saving lives in the operating room and on the battlefield. They’re transforming factory floors and filmmaking. They’re – oh c’mon, they’re just plain cool!…”

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Wired Magazome, Issue 14.01 – January 2006.

Visualizing Cultures wins NEH award

The iCampus project, Visualizing Cultures, was informed by the National Endowment for the Humanities (NEH) that its website Black Ships & Samurai (http://blackshipsandsamurai.com) has been selected for inclusion on EDSITEment (http://edsitement.neh.gov) as one of the best online resources for education in the humanities. EDSITEment, a partnership with NEH, the National Trust for the Humanities and the Marco Polo Education Foundation, serves as a gateway to the highest quality humanities-related educational content on the Internet. Black Ships and Samurai was nominated for inclusion in the EDSITEment project in response to an open call for nominations.

The Blackships and Samurai site was reviewed by a peer review panel composed of educators and administrators in education organizations and higher education institutions. The panel determined that the site met the EDSITEment criteria for intellectual quality, content, design and most importantly, classroom impact. Congratulations to Professor John Dower (Ford International Professor of History, and author of “Embracing Defeat: Japan in the Wake of World War II,” winner of the 2000 Pulitzer Prize and the National Book Award), and Professor Shigeru Miyagawa (Professor of Linguistics & Kochi-Manjiro Professor of Japanese Language and Culture).

Command performances: Controlling organisms withbiological circuits, opens up a world of possibilities and dangers

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Students race bacteria in MIT competition

When thinking of a relay race, the first thing that comes to mind is a swim meet or a track and field event. But for the students of the 2005 iGEM project, what comes to mind is E. coli….”

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Davidson Students Are Standouts at MIT Synthetic Biology Competition

Six Davidson students claimed standout status this fall as the only liberal arts undergraduates to present their work at the Intercollegiate Genetically Engineered Machines (iGEM) competition at the Massachusetts Institute of Technology (MIT)….”

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Foundations for engineering biology

Foundational technologies that make routine the engineering of biology are needed. Vibrant, open research communities and strategic leadership are necessary to ensure that the development and application of biological technologies remains overwhelmingly constructive. Please complete one of the following projects in the next hour…

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Developing Future Leaders (Harel Williams, Domeview presentation)

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iGEM 2005: Synthetic Biology’s Future

Before plunging too deeply into iGEM 2005 – the intercollegiate Genetically Engineered Machine competition, held at MIT last weekend, consider a few of the awards: Best Use of Transmogrified Smiley Faces (Caltech), Best Confession (U Texas), Most Modest Goal (MIT), Best Uniform (University of Cambridge, U.K.) My favorite was Best “Hail Mary” Cloning (Oklahoma).”

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Bio-ITWorld, Tuesday November 8, 2005

Teams gather for genetic engineering competition

Deborah Halber, News Office Correspondent
November 3, 2005

More than 150 students and instructors from 13 universities across North America and Europe will convene at MIT this weekend to unveil their biological designs at the 2005 International Genetically Engineered Machine (iGEM) competition.

The teams worked all summer to design and build engineered biological systems using standard interchangeable biological parts called BioBricks. BioBricks, originated at MIT, are made of biological materials that work as molecules inside living organisms.

The competition is part of the new field of synthetic biology, which involves taking apart the stuff of life and refining it so it can be reused easily in potentially useful ways. Drew Endy, assistant professor of biological engineering, said that the successful development of foundational technologies such as BioBricks will make it much easier to engineer biological systems.

MIT senior research scientist Tom Knight, originator of the BioBricks system, likened BioBricks to standardized screw threads — a fundamental advance, now taken for granted, in mechanical systems engineering.

“The goal of iGEM is to work with students to learn how to develop biology as a technology that can be used to engineer living systems that do useful things like process information and chemicals, construct materials and produce energy,” said MIT principal research engineer Randy Rettberg, director of the MIT Registry of Standard Biological Parts and lead organizer of the 2005 iGEM competition.

By drawing on biological knowledge, engineering design and production principles, researchers can construct synthetic biological systems to achieve novel applications with unprecedented power and efficiency. Designs at last year’s iGEM competition ranged from yeast programmed to detect caffeine levels to a bacterial photographic film that captures extremely high-resolution images.

The research, besides leading to new technologies in health, energy, the environment and new materials, could lead to a greater fundamental understanding of how life works and how to use its building blocks –DNA, proteins and cells– more effectively.

The schools participating in iGEM are MIT, Berkeley, Caltech, University of Cambridge (U.K.), Davidson College, ETH Zurich (Swiss Federal Institute of Technology), Harvard, University of Oklahoma, Penn State, Princeton, University of Toronto, University of California at San Francisco and University of Texas at Austin. The competition was launched at MIT last year with five schools and was based on an earlier MIT course. This year’s competition involves schools from overseas for the first time.

The teams were challenged to design and test a simple biological system made of BioBricks and operate it in living bacterial cells. The teams will present their results at a jamboree on Saturday, Nov. 5, from 9 a.m. to 5 p.m. in the Stata Center, Room 32-123. Each team is allotted half an hour for its presentation. The awards ceremony will be at 10 a.m. Sunday, Nov. 6.

The event, which also includes a discussion of the social implications of this new technology, is sponsored by Microsoft/MIT iCampus.