Courses
(instructor access only):
-
Fall 2007 - Spring 2008. Sabbatical
-
Spring 2007
-
MATH 3191-002
Applied Linear Algebra 10-11:15 AM TR AR 298
- MATH 7132-001
Functional Analysis 11:30-12:45 PM TR CU 641
-
MATH 8990: Doctoral Dissertation, Ilya Lashuk, 9 credit hours
-
MATH 8990: Doctoral Dissertation, Donald McCuan, 5 credit hours
-
MATH 8990: Doctoral Dissertation, Eugene Vecharynski, 7 credit hours
-
MATH 7924: Readings in Computational Mathematics, Eugene Vecharynski
-
MATH 7927: Readings in Computational/Math Biology, Eugene Vecharynski
-
Fall 2006
- MATH/
CSC 5667Approximation Methods
-
MATH 8990: Doctoral Dissertation, Ilya Lashuk, 9 credit hours
-
Spring 2006
-
MATH 7132-001 Functional Analysis
-
MATH 3200-002 Elementary Differential Equations
-
MATH 8990: Doctoral Dissertation, Ilya Lashuk, 9 credit hours
-
Fall 2005
- MATH 7664 Iterative Methods in Numerical Linear Algebra
- MATH 3200-001 Elementary Differential Equations
-
MATH 7924-600: Readings in Computational Mathematics, Abram Jujunashvili
-
MATH 8990: Doctoral Dissertation, Ilya Lashuk, 10 credit hours
-
MATH 8990: Doctoral Dissertation, Abram Jujunashvili, 10 credit hours
-
Angles between subspaces.
PhD Thesis
and Presentation
by Abram Jujunashvili.
-
Spring 2005
- Math 6664 & C SC 6664:
Numerical Linear Algebra,
-
MATH 7924: Readings in Computational Mathematics, Abram Jujunashvili
-
MATH 8990: Doctoral Dissertation
-
Fall 2004.
- MATH 4650-002 and C SC 4650-002
Numerical Analysis I
- MATH 3200-002
Elementary Differential Equations
-
MATH 7924.600: Readings in Computational Math, Abram Jujunashvili(1), Ilya Lashuk (3)
-
MATH 8990: Doctoral Dissertation, Abram Jujunashvili, 10 credit hours
-
Spring 2004
-
MATH 7664
Iterative Methods in Numerical Linear Algebra
-
MATH 7924.600: Readings in Computational Math
-
MATH 8990: Doctoral Dissertation
-
Fall 2003
-
Math 6664
&
C SC 6664
Numerical Linear Algebra,
-
Summer 2003
-
MATH 8990: Doctoral Dissertation
-
Principal Angles Between Subspaces as Related to Rayleigh Quotient and Raleigh Ritz Inequalities with Applications to Eigenvalue Accuracy and an Eigenvalue Solver.
PhD Thesis and
Presentation by Rico Argentati.
-
Spring 2003
-
MATH 3191 : Linear Algebra
-
MATH 3191 : Linear Algebra
-
MATH 8990: Doctoral Dissertation
-
Fall 2002
-
MATH 5667: Approximation Theory,
Tue 5:30-8 pm, CU 641.
-
MATH 4650 and C SC 4656: Numerical Analysis I,
MW 4-5:15pm, SI 203.
-
MATH 8990: Doctoral Dissertation
-
MATH 6118: Topics in Linear Algebra
CANCELLED
-
Spring 2002
-
MATH 7664: Iterative
Methods in Numerical Linear Algebra
-
MATH 8990: Doctoral Dissertation
-
Use of LOBPCG in Normal
Coordinate Analysis for Molecular Structures,
MS Presentation by Dave Duran
-
Fall 2001
-
Math 6664 & C SC 5646: Numerical Linear Algebra
-
MATH 7760:
Math. Found. FEM
-
MATH 8990: Doctoral Dissertation
-
Spring 2001
-
MATH 8990: Doctoral Dissertation
-
Spring 2000
-
MATH 7664: Iterative
Methods in Numerical Linear Algebra
-
Fall 1999
-
MATH 4450/5135 : Complex Variables
-
MATH 6664: Numerical Linear Algebra
-
Spring 1999
-
MATH 7132: Functional Analysis
-
MATH 5718: Applied Linear Algebra
-
Fall 1998
-
MATH 5667 & C SC 5676: Introduction to Approximation
Theory
-
MATH 5070: Applied Analysis
-
Spring 1998
-
Math 7664 (Iterative Methods)
-
Math 4660 & C SC 4666 (Numerical Analysis II)
-
Math 7924 (Preconditioned Solvers) Readings
-
Fall 1997
-
Math 3200 (Elementary Differential Equations)
-
Math 5070 (Applied Analysis)
-
Math 5840 (Hilber
Space) Independent Study
-
Summer 1997
-
Math 5718 and
5840 (Applied Linear Algebra)
Independent Study
-
Spring 1997
-
Math 7132 (Functional Analysis)
-
Math 6664 & C SC 5646 (Numerical Linear Algebra)
-
Fall 1996
-
Math 5070 (Applied Analysis)
-
Math 3200-002 (Elementary Differential Equations)
-
Spring 1996.
-
Math 6664 & C SC 5646 (Numerical Linear Algebra)
-
Math 4660 & C SC 4666 (Numerical Analysis II)
-
Fall 1995
-
Math 3191-002 (Applied Linear Algebra)
-
Math 4650 (Numerical Analysis I)
-
Spring 1995
-
Math 3200-001 (Elementary Differential Equations)
-
Math 4666 (Numerical Analysis II)
-
Fall 1994
-
MATH 3191-004 (Applied Linear Algebra)
FCQs and Teaching Awards:
-
President's Faculty Excellence
Award for Advancing Teaching and Learning through Technology, 1999.
-
Teaching Excellence Award for the College of Liberal Arts and Sciences at the University of Colorado at Denver, 2000.
My statement of Teaching Philosophy.
Jonathan
Swift on math teaching.
Teaching-related Service:
President's Teaching and Learning Collaborative
Teaching-related Conferences attended:
-
BOOT CAMP
for PROFS June 14-20, 1998, University of Colorado at Colorado Springs.
-
From Best Practices
through Assessment: Teaching with Technology. July 20 - 22, 1998, University
of Colorado at Colorado Springs.
Virtual presentation: Active Learning of Mathematics
with Technology
-
VIRTUAL UNIVERSITIES AND THE FUTURE
OF HIGHER EDUCATION May 23-26, 1999, Breckenridge, Colorado.
-
Collaboration in the Development and
Use of Technology for Teaching and Learning: Teaching with Technology
July 14-16, 1999, Colorado School of Mines, Golden, Colorado.
Math Teaching Links:
My current graduate students:
Ilya Lashuk (PhD), Donald McCuan (PhD), Eugene Vecharynski (PhD).
Office: 644. Phone: (303) 556-8102. Fax: (303) 556-8550.
CU-Denver
Dravo Bldg (Facing North Classroom Bldg across Spear Blvd)
WWW:
http://www-math.cudenver.edu/~aknyazev