Welcome to Grace's homepage! This was my internet home for five years graduate
school. I have since moved to Boston for my job at Wentworth and
developed new interests that I would like to share. (But you are
welcome to make yourself at home and poke around here.) I am worked my
way thought the
Skillcrush class, adding new content to my more polished website.
While taking the Skillcrush class, I designed a layout that I like: here.
My new internet home is kgracekennedy.com. You can take a peek at the
latest version of my website.
Botanical Gardens in Madrid, 2007 |
Graduate Student,
Department of Mathematics University of California, Santa Barbara Santa Barbara, CA 93106 Office: South Hall 6432Q located on the 6th floor of South Hall Email: kgracekennedy@math.ucsb.edu CV, Research Statement, Teaching Philosophy Statement |
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I am a fifth year graduate student interested in knot theory, planar algebras, and representation theory of Lie algebras. I did my undergraduate at Sewanee and my Masters at Université de Picardie in Amiens, France. My current interest is in the relationship of diagrammatic algebras and representation theory of Lie algebras. My advisor is Stephen Bigelow. At UCSB, I am the math department representative for the Graduate Student Association and co-organized the Hypatian Seminar. I have also worked for the SIMS program as an instructor and tutor, the STEEM program as a mentor for transfer students, and STIA (Summer Teaching Institute for Associates) as a facilitator for Instructional Development.
The University of the South
Sewanee, TN
BS in Mathematics and French Literature
Université de Picardie
Amiens, France
Masters (M1, M2) in Algebra, Number Theory and Applications
Advisor: François Digne
University of California, Santa Barbara
Santa Barbara, CA
Masters in Mathematics
PhD Candidate and seeking the Certificate in College
and University Teaching (CCUT)
Advisor: Stephen Bigelow
Cardiff University
Cardiff, Wales
January 2011 - May 2011
Marie Curie Early Stage Research Internship in Non Commutative Geometry