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IGERT Curriculum and Requirements
Doctoral candidates enrolled in diverse graduate
fields can come together to receive broad multidisciplinary
training in nonlinear systems. Two years of full fellowship
support, including generous stipends, is available through
the program for qualified applicants. Fellowship applicants
must be United States citizens or nationals, or permanent
residents of the United States. Women and members of
underrepresented minority groups are especially encouraged
to apply.
All participants in the Nonlinear Systems Program at
Cornell are working toward their Ph.D. degree in an
appropriate graduate field. The program enables these
participating Ph.D. candidates to gain expertise in
nonlinear systems through an integrated two-semester
course in nonlinear science and through a summer internship
in a laboratory, a hospital, a Wall Street firm, or
an industrial setting.
Integrated Courses
Participants take a two semester integrated
course in their first fellowship year. One semester
is an introduction to nonlinear dynamics and chaos and
the second semester is a course on computational methods
for nonlinear systems. These courses bring together
students from different fields, giving them a strong
foundation to engage in collaborative research.
A fall seminar series (CIS
797) and a course entitled Computational
Methods for Nonlinear Systems (PHYS 682) and
further study in Nonlinear Systems in the spring round
out IGERT's integrated coursework. More...
Summer Internship
Each IGERT Fellow completes a summer internship
between the two fellowship years. Depending on the student's
interest, the internship will be in an appropriate policy,
financial, industrial, laboratory or clinical setting.
This requirement can be satisfied by doing a rotation
in a laboratory or applied research group at Cornell
or at another institution. A sample of past IGERT internships
includes:
| Bret Hanlon |
| UCLA |
| representation of biological shape using wavelet-based techniques |
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| Sarah Iams |
| Caltech Bioengineering Dept. |
| observing jellyfish moving in unsteady flows |
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| Bryan Daniels |
| Indiana University, IN |
| neural network parameter space probablities |
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| Sharon Gerbode |
| NYU Physics Dept. |
| chaos and the threshold for irreversibility in dense colloidal suspensions |
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| Lauren Childs |
| Boston University, MA |
| data analysis |
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| Daniel Brown |
| Hospital for Special Special Surgery, NYC |
| biomedical engineering |
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| Henrik van Lengerich |
| Woods Hole Marine Biological Laboratory |
| Convection of a van der Waals fluid near the critical point |
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| Sameer Pai |
| UC Berkeley |
| security and privacy in sensor networks using the lens of game theory and law |
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Seminars
The IGERT Fellows organize and participate in
a weekly seminar in which they discuss their own research,
areas for potential research projects, issues such as
professional ethics and professional writing skills,
and timely research topics in nonlinear systems.
Colloquia
IGERT Fellows attend several departmental colloquia
each semester sponsored by the IGERT Program. These
are generally expository talks by leading researchers
at the frontiers of nonlinear science who come to Cornell
to foster multidisciplinary links with the university.
We have established a tradition that the IGERT Program
participants host these colloquium speakers for lunch,
engaging them in discussion about topics like their
professional histories. Schedule...
Research Projects
In their second fellowship year, IGERT Fellows
complete an interdisciplinary research project. These
projects are either mentored by the IRTG or by at least
two faculty from different disciplines solicited by
the Fellow. Project descriptions are to be completed
by the end of the spring semester in the first fellowship
year.
Research Facilities
Each participant in the Nonlinear Systems Program
has access to computers in the Center for Applied Mathematics
(CAM) in Rhodes Hall as well as to computer facilities
in the participant's graduate field of study. CAM has
a network of SUN workstations to which several Ultrasparcs
and PCs running Windows NT have been added for the Nonlinear
Systems Program. The SUN workstations offer a wide range
of mathematical software, including Maple, MATLAB, and
Mathematica.
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Rhodes Hall |
Workplaces
in the Center for Applied Math, Rhodes Hall |
Contact IGERT for more info
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