Colleen
Margarita Kirk
Mathematics Department
(805) 756-2632/ ckirk@calpoly.edu
http://www.calpoly.edu/~ckirk
ACADEMIC
POSITIONS
Assistant Professor of Mathematics, tenure-track ( Fall, 2001 to present)
Assistant Professor of Mathematics, tenure-track ( 1999-2001)
Member of the Center for Applied Mathematics and
Statistics ( 1999-2001)
New
Jersey Institute of Technology;
Ph.D. in Applied Mathematics (1999)
Northwestern University;
M.S. in Mathematics (1995)
Southern
B.S. in Electrical Engineering (1994)
· C. M. Kirk and W. E. Olmstead, “Blow-up Solutions
of the Two-Dimensional Heat Equation
Due to a Localized Moving Source,” Journal
of Analysis and Applications, vol. 3 (2005).
· C. M. Kirk and C. A. Roberts, “A Review of
Quenching Results in the Context of Nonlinear Volterra
Integral
Equations”, Dynamics of Continuous, Discrete and Impulsive Systems, vol.
10 (2003) 343-356.
· C. M. Kirk and W. E. Olmstead, “Blow-up in a
Reactive-Diffusive Medium with a Moving Heat Source”,
J.
Appl. Math. Phys. (ZAMP), vol. 53 (2002),
147-159.
· C. M. Kirk and C. A. Roberts, “A Quenching
Problem for the Heat Equation”, Journal of Integral Equations and
Applications, vol. 14 (2002).
· C. M. Kirk and W. E. Olmstead, “The
Influence of a Moving Heat Source on Blow-up in a Reactive-diffusive Medium”,Proceedings of
the
Third International Conference on Dynamic Systems and Applications, vol. 3 (1999), 359.
· T. A. Burton and C. M. Kirk, “A Fixed
Point Theorem of Krasnoselskii-Schaefer Type”,Mathematische Nachrichten, vol.189 (1998), 23-31.
· C. M. Kirk and W. E. Olmstead, “Influence
of Two Moving Heat Sources on Blow-up in a Reactive-diffusive Medium”, J. Appl. Math. Phys. (ZAMP) , vol. 51 (2000), 1-16.
· State
Faculty Support Grant (SFSG): Spring Quarter, 2005.
· State
Faculty Support Grant (SFSG): Spring Quarter, 2004.
·
ICIAM Travel Grant (for International Conference of Industrial and
Applied Mathematics),
·
State Faculty Support Grant (SFSG): Spring Quarter, 2003.
· Faculty Development Grant (FDG): Winter Quarter, 2003.
· NSF-AWM Grant (to conduct research with
Dr. C. Roberts at
University), 2001, $4000
· GRIPSAM Grant (MSU College of Science
grant), 2000, $2500
· SBR Grant (MSU Research grant), 2000,
$1500
· AWM
Workshop Grant (for
· WISE Travel Grant (for the AMS meeting in
·
AWM Workshop Grant (for AMS/MAA meeting in
1999), ~$725
· SIAM Student Travel Grant (for
· ICIAM Travel Grant (for ICIAM meeting in
· AWIS Educational Foundation Predoctoral Citation of Merit (1999),$300
· IMGIP Fellowship
Recipient (Northwestern U.) (1995-99)
(This 3-year graduate fellowship provided full
tuition and stipend.)
· Recipient of I
& G Fellowship (Northwestern U.) (1999)
· AT&T Engineering
Scholarship Program Recipient (
(This 4-year undergraduate scholarship provided full
tuition, room and board.)
· Special Session: “Recent Advances in the Theory and Application
of Differential Equations”
for the International Workshop on Differential Equations and Dynamical Systems,
·
50-minute talk at
the Fourth World Congress of Nonlinear Analysts,
I was unable to attend.
· Special Session: "Qualitative Properties
and Applications of Functional Equations" for
the Western Section Meeting of the AMS,
·
Special Session: Fourth International Conference on Dynamic Systems and
Applications
(ICDSA4),
· Special Session: "Qualitative
Properties and Applications of Functional Equations" for
the Western Section Meeting of the AMS,
· Colloquium talk: New Jersey Institute of
Technology,
· Colloquium talks:
·
·
·
· As a Visiting “Post-doctorate Research
· Participated in a summer workshop entitled
“Modern Applied Mathematics for the
Atmospheric and Oceanic Sciences (MAMAOS)” at IPAM (the Institute for Pure and
Applied Mathematics)
at UCLA (Summer, 2003).
· Invited to conduct research
in the Math Dept. at The College of the Holy Cross in
· Visiting researcher at Northern Arizona University;
I conducted research with Dr. C. A. Roberts in the Math. Dept.
· Referee for research papers for the journals:
· Acta Mathematica
Sinica
·
· Journal
of Mathematical Analysis and Applications
· Nonlinear Studies
· Journal of Qualitative Theory of Differential
Equations (an online journal)
· IEEE Outstanding Professor Award (2003)
I was awarded this honor by the CalPoly
student branch of IEEE (
· Fellow in Project NExT
(New Experiences in Teaching) (1999-2000)
· Pew Charitable Trust PFF (Preparing Future
Faculty) Program Fellow,
Northwestern
University (1998-99)
SENIOR
PROJECT STUDENTS (at CalPoly):
· Advisor
for John Crawford, whose project is entitled: “Methods and Analysis of
Integral
Equations” (Spring, 2005 and Fall, 2005).
· Advisor
for Margaret Smith, whose project is entitled: “Missile Guidance Study”
(Winter, 2004 and Spring,
2004).
· Advisor for Devin Carlson, whose project is
entitled: “Linear Wave Transformation
Equations in Relation to an Artificial Surf
Break” (Spring, 2002 and Summer, 2002)
COURSES
TAUGHT
· as Assistant Professor at Cal Poly: Courses Taught (or being taught this year)
·
Applied Analysis I: Math 520 (Winter, 2007)
·
Methods in Applied Mathematics II: Math 502 (Winter,
2006 and Winter, 2004)
·
Methods in Applied Mathematics I: Math 501 (Fall,
2005 and Fall, 2003)
· Partial Differential Equations: Math 418 (Fall, 2004 and Fall, 2002)
· Topics in Engineering Mathematics: Math 317 (Winter, 2003)
·
Numerical Analysis II: Math 433 (Spring, 2005)
·
Numerical Analysis I: Math 333 (Winter, 2005)
·
Calculus IV: Math 241 (Fall, 2006; Fall, 2005; Winter, 2005; Fall, 2004;
Spring, 2003; Fall,
2002; Fall, 2001
·
Calculus II: Math 142 (Winter, 2002)
·
Calculus I: Math 141 (Fall, 2006; Spring, 2006; Winter, 2006; Winter, 2004; Fall,
2003; Winter, 2002; Fall, 2001)
· as Assistant
Professor:
· Differential Equations Course (included MAPLE
labs)
·
Linear Algebra Course (included MAPLE labs)
·
Calculus Courses (included TI-86 calculator instruction)
· as Preparing Future Faculty
(PFF) Fellow:
· C++ Programming Course (as assistant teacher)
· I have taught various courses using: MATLAB, MAPLE, TI 83 and TI 86 calculators
As Paid Consultant
· Carried out consulting work for kinesiologists
at Shriner’s Hospital. I helped to create a
software program to assist
researchers who are
studying the mobility of children recovering from operations. The program helps
the
researchers to analyze the data they collect regarding range of motion.
Spring, 2006
· Participated in a focus group for the publisher W.H. Freeman &
Co. The focus group (a group of
mathematicians)
analyzed a new Calculus textbook.
As Judge/Referee
· Judge
for the undergraduate research poster session, AMS/MAA meetings,
CA (January, 2002)
· Referee for a partial differential equations
“Mathlet” for the online journal: Journal
of
Online
Mathematics and its Applications (Summer, 2001)
As Summer Intern:
· AT&T Bell Laboratories,
Summer Intern: Developed/tested
software, (using 'C' and assembly language)
· AT&T Bell Laboratories,
Summer Intern: Tested hardware
for E911 (Enhanced Emergency 911)
· AT&T Bell Laboratories,
Summer Intern: Tested software
· AT&T Bell Laboratories,
Summer Intern: Developed
software tools (using 'C')
· “A Book Review of ‘The Life and Legacy of G. I. Taylor’”, Mathematics and Computer Education Journal,
vol. 35, #2 (2001).
Member
of:
·
Mathematical Association of America (MAA) (1998-present)
·
Society of Industrial and Applied Mathematicians (SIAM) (1998-present)
·
Association of Women in Mathematics (AWM) (1998-present)
·
American Mathematical Society (AMS) (1998-present)