Next: Career Development Plan
Up: Educational Plan
Previous: Research Experiences for Undergraduates
For undergraduate education, I have fostered peer mentoring by
undergraduate students. Several seniors have acted as undergraduate
TAs in charge of programming assignments and tutoring of their younger
peers. To expose students to research, juniors in a data
structures course completed a research paper for which they had to do
scientific literature research, a significant implementation, and
class presentations. All papers were collected in
class proceedings which were distributed to all the
students []. In the classroom, I believe in emphasizing
learning rather than teaching. For this purpose, quizes, and
supplementary materials such as interactive tutorials and MD
simulations will be put on the web using the WebCT technology at Notre
Dame. The collaboratory infrastructure developed in this project will
provide a valuable educational tool. In later stages, I plan to
develop ``learning modules'' for the Engineering Learning Center,
where students may use audiovisual capabilities to work on interactive
MD simulations.
Finally, I am undertaking several initiatives to reach out to
undergraduate students, particularly Hispanics and women. I serve as
an advisor for Notre Dame's chapter of the Society of Hispanics
Professionals in Engineering (SHPE) and Mexican Association of
Engineering Students (MAES), and I am in contact with institutions of
higher learning in Latin America to promote the exchange of
undergraduate students with the United States. I am also starting a
chapter of Upsilon Pi Epsilon, an honor society for the computing
sciences [], and will be co-advisor of the student chapter
of the ACM. Another exciting project in which I want to invite
undergraduate students is the organization of a congress on
directions of computer science. In the department, I will be involved in revising the
curriculum in computer science. One of my goals is to establish tracks
of specialization for CS majors, one of which would include
computational science, particularly biology. Finally, another goal is
to offer a computational biology course that could be
taken in lieu of physics.
Next: Career Development Plan
Up: Educational Plan
Previous: Research Experiences for Undergraduates
Thomas Brandon Slabach
2000-07-28