|
Dear Friend of the Deshpande Center,
We are pleased to announce the successful launch of "i-Teams," a
brand new course for graduate students this fall. The course offers
a unique opportunity for highly qualified and motivated students
to help build go-to-market strategies for MIT innovations. Our
first class happened Wednesday, September 8, with our five projects
presenting their ideas to a standing-room-only audience. More information
about the course is included in this issue of our newsletter.
In other news, we are getting ready to announce the winners of
our Fall 2004 round of grants on October 25 and are planning
our next Faculty Entrepreneurship Workshop for September 30.
Krisztina Holly
Executive Director
MIT graduate students can help deliver on the promise of converting
laboratory discovery into innovation in a new course called i-Teams.
The course (2.937, 10.807, 15.371), which the Deshpande Center
helped pilot last spring, is taught jointly by the Sloan
School of Management and the School of Engineering.
"Everybody talks about how MIT innovation and ingenuity have fueled
the engine of American commerce, but nobody understands how that
happens," said Sloan School Senior Lecturer Ken Zolot,
one of i-Teams' instructors. "How do you go from
being a scientist in a lab to a founder of a company, taking
raw data
and figuring out how to benefit society with it?" This
is the challenge i-Teams aims to meet.
Each i-Team (short for "Innovation Team") comprises highly
qualified and motivated graduate students who spend a semester
collaborating with MIT research labs and mentors from the business
community. The participating labs all won grants from the Deshpande
Center for research in technologies that include medical devices,
microfluidics, genomics, batteries/fuel cells, ionic colloidal
crystals, and wireless communication. Joining Zolot as instructors
are Charles Cooney, professor of chemistry and biochemical engineering
and faculty director of the Deshpande Center, and Edward Roberts,
David Sarnoff Professor of Management of Technology.
The course starts with a rigorous, three-week selection process
followed by teambuilding based on Sloan School Professor Deborah
Ancona's principles of organization. The course "reflects
the way early entrepreneurship works," said Zolot. "You
set out to explore a technology, and you try it and see what customers
like. If they don't like it, you try something else. You
don't spend all semester thinking about your grand vision
and then present it. You present your grand vision in the second
week and then test it."
Projects for the fall 2004 i-Teams course are:
LOW-COST
X-RAY SYSTEMS: A low-cost x-ray imaging system made
with off-the-shelf consumer digital imaging equipment that
could be
a boon to the two-thirds of the world's population that does
not yet receive advanced medical care.
MICROFLUIDIC
PLATFORM FOR BIOLOGICAL ASSAYS: A microfluidics-based
hybridization platform for faster and easier-to-use biological
assays that could dramatically accelerate molecular genetic
research results.
BUILT
TO LAST: An innovative approach to the design and
manufacture of hydrogen fuel cells and metal-air batteries
that could
break the cost barriers impeding the mass marketing of
these devices.
COLLOIDAL
CRYSTALS...IN MINUTES: Extremely rapid, cost-effective
fabrication of ionic colloidal crystals (ICC), a family
of materials that could enable a wide range of new
applications, such as ultrafiltration,
microfluidics, catalysis, drug delivery, photonics,
and ferroic
devices.
POWERING
THE WORLD'S CELLULAR NETWORKS: Next-generation,
high-performance amplifiers, based on a new ribbon-beam
vacuum tube technology that breaks current throughput bottlenecks,
to deliver
more powerful and less expensive cellular networks.
back to top
Our next Faculty Entrepreneurship Workshop, titled SBIR Grants:
Finding Research Money for your Startup, takes place Thursday,
September 30.
SBIR (Small Business Innovation Research) is a program that enables
startups to get research funding without giving up equity. Eleven
federal agencies participate in SBIR. In fiscal year 2005, over
$2 billion will be available to small high-tech companies. A
valuable source of early capital, SBIR funding uses a mechanism
that faculty
and researchers are already somewhat familiar with: grants. However,
the criteria are quite different from typical academic grants,
so our guest speakers will offer valuable tips on small business
funding opportunities through SBIR.
The speakers are Bob Kispert, director of federal programs for
the Massachusetts Technology Collaborative, and Mark Lundstrom,
CEO of BioScale, Inc.
Each Faculty Entrepreneurship Workshop focuses on a different
challenge or opportunity for faculty starting companies. The
workshops include
lunch and are open to MIT faculty and grant recipients only.
Please contact us (deshpandecenter@mit.edu or x3-0943) for
more information
or to sign up.
We’d like to announce a first! We will open up proposals
for our Spring 2005 round of grants to the entire Institute, rather
than just the School of Engineering. Pre-proposals are due November
22 at 8:00 a.m. PLEASE NOTE: the pre-proposal template will be
available on our web
site in late October. If you plan to
work on your pre-proposal in the meantime, keep these key points
in mind:
- Opportunity
- Proposed Solution
- Deliverables
- Commercialization
- Prior Art
- Collaborations and Funding
- Resources and Budget
For more on the Spring 2005 timeline, click here.
Stay tuned for an announcement of our Fall 2004 grant awards on
October 25.
Save the date: The next Fall Innovation Week will take place December
2-4, including the Global Ties conference and the MIT Venture
Capital Conference. Plan to come see our i-Teams present their
go-to-market strategies at the Deshpande Center Innovation Showcase!
Stay tuned for more.
back to top
|