 Zvezdelina Stankova
Associate Professor, Mathematics
Department Head of Mathematics and Computer Science
At Mills since 1999
Office: CPM 200A
Phone: 510.430.2144
Email: stankova@mills.edu
View Faculty's CV
| Faculty Office Hours |
| Days |
Time |
Room |
|
TBA |
CPM 200A |
| Fall 2008 Schedule |
| Days |
Time |
Description |
Room |
| M |
11:00AM-11:50AM |
MATH 050
Linear Algebra |
CPM 205 |
| M |
10:00AM-10:50AM |
MATH 154
Foundations of Geometry |
CPM 205 |
| W |
11:00AM-11:50AM |
MATH 050
Linear Algebra |
CPM 205 |
| W |
09:00AM-09:50AM |
MATH 154
Foundations of Geometry |
CPM 205 |
| W |
10:00AM-10:50AM |
MATH 154
Foundations of Geometry |
CPM 205 |
| F |
11:00AM-11:50AM |
MATH 050
Linear Algebra |
CPM 205 |
| F |
12:00PM-12:50PM |
MATH 050
Linear Algebra |
CPM 205 |
| F |
10:00AM-10:50AM |
MATH 154
Foundations of Geometry |
CPM 205 |
Education
- Certificate in Education, California Commission of Education (1998)
- Certificate in Education, Harvard Graduate School of Education (1997)
- PostDoctorate Mathematics, Mathematical Sciences Research Institute, Berkeley (1997-98)
- PhD Mathematics, Harvard University (1997)
Subject: Algebraic Geometry, "Moduli of Trigonal Curves"
- MA Mathematics, Harvard University (1993)
Subject: Representation Theory, "Virasoro Algebra and Verma Modules"
- MA Mathematics, Bryn Mawr (1992)
Subject: Combinatorics, "Permutations with Forbidden Subsequences"
- BA Mathematics, Bryn Mawr (1992)
Thesis: Representation Theory, "Finite Dimensional Lie Algebras"
Courses Taught
- MATH 1: Introduction to Mathematics
- MATH 47: Calculus I
- MATH 48: Calculus II
- MATH 49: Multivariable Calculus
- MATH 50: Linear Algebra
- MATH 104: Differential Equations
- MATH 141: Real Analysis I
- MATH 142: Real Analysis II
- MATH 151: Abstract Algebra I
- MATH 152: Abstract Algebra II
- MATH 154: Foundations of Geometry
- MATH 180: Topics in Mathematics. Olympiad Problem Solving
- MATH 181: Topics in Mathematics
- MATH 196: Independent Study in Forbidden Subsequences
Professional Interests
Algebraic geometry, representation theory, combinatorics, Olympiad problem solving
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