Unique Interdisciplinary Features of the Curriculum
COB Research Seminar:
The four-semester COB Research Seminar course is a distinctive educational
experience. This course is flexible in structure and adaptive in its
content reflecting the fluid and multifaceted nature of contemporary
computational biology. Each of the four semesters
contains two to four modules, each focusing on one of the key research
themes of the program. To build an in-depth understanding of the topic, the modules
begin with reading/discussion of an introductory-level article on a
cutting-edge topic featuring an integrated look at the basic biological/chemical/neural
and computational concepts underlying the topic, followed by more advanced
research reading and discussion. These fundamental concepts and computational
methodologies may recur across research themes. Consideration of such
commonalities is used to develop a rich understanding of the breadth
of computational biology.
Crossover Courses: Students
are required to take two courses from partner departments other than
their own home department. These crossover courses are intended to broaden
the interdisciplinary training of COB students.
Laboratory Rotations and
Faculty-Guided Independent Study: Rotations provide a firsthand
experience with cutting-edge research in computational biology and help
students identify faculty with whom they may wish to work on their dissertation.
Partner departments that do not offer laboratory rotations attain the
same goal with independent study credits focused on cutting-edge topics
relevant to computational biology. These rotations/guided studies provide
a direct experience of ongoing research in computational biology.
