Current Course Information

• Math 241B: Functional Analysis (II), Spring quarter, 2012.
• Math 140C: Foundations of Real Analysis (III), Spring quarter 2012.

Recent Lecture Notes

• Weak convergence methods for energy minimization, Lecture Notes for Math 241B: Functional Analysis, Winter quarter, 2007.
• Numerical Analysis (Part C), Lectures Notes for Math 270C: Numerical Mathematics, Spring quarter, 2007.

An Old Teaching Statement (December, 1997)

Graduate Topic Courses on Applied Mathematics and Scientific Computing

• Math 285J, Seminar in Applied Mathematics: Weak Convergence Methods for Variational Problems Modeling Crystalline Solids. Department of Mathematics, UCLA, Spring 1998. Course descripbtion.
• AMSC 698V, Advanced Topics in Applied Mathematics: Mathematical and Computational Problems in Materials Science, Department of Mathematics, University of Maryland, Fall 2003. Course web page.
• Math 273A, Scientific Computation: Topics in Applied Mathematics and Computational Science. Department of Mathematics, UC San Diego, Fall 2005. Course web page.
• Math 277B, Topics in Mathematics and Biochemistry-Biophysics, Department of Mathematics, UC San Diego, Spring 2011. Course web page.

Previous Courses Taught at UC San Diego (Fall quarter, 2004 - Spring quarter, 2010)

• Math 132A: Partial Differential Equations and Integral Equations, Winter quarter, 2005
• Math 132B: Partial Differential Equations and Integral Equations, Spring quarter, 2005
• Math 20D: Introduction to Differential Equations, Section C00, Spring quarter, 2005
• Math 273A, Scientific Computation, Fall quarter, 2005
• Math 170B: Numerical Analysis, Winter quarter, 2006
• Math 170C: Numerical Ordinary Differential Equations, Spring quarter, 2006
• Math 170A: Numerical Linear Algebra, Fall quarter, 2006
• Math 20C: Calculus and Analytic Geometry for Science and Engineering, Fall quarter, 2006
• Math 241B: Functional Analysis, Winter quarter, 2007.
• Math 270C: Numerical Mathematics, Spring quarter, 2007.
• Math 20F: Linear Algebra, Section B00, Spring quarter, 2008.
• Math 270C: Numerical Mathematics, Spring quarter, 2008.
• Math 20C: Calculus and Analytic Geometry for Science and Engineering, Lecture D00, Winter quarter, 2009.
• Math 20F: Linear Algebra, Section B00, Winter quarter, 2009.
• Math 20C: Calculus and Analytic Geometry for Science and Engineering, Lecture A00, Spring quarter, 2009.
• Math 270C: Numerical Mathematics, Spring quarter, 2009.
• Math 210A: Mathematical Methods in Physical Sciences and Engineering, Fall quarter, 2009.
• Math 210B: Mathematical Methods in Physical Sciences and Engineering, Winter quarter, 2010.
• Math 210C: Mathematical Methods in Physical Sciences and Engineering, Spring quarter, 2010.
• Math 102: Applied Linear Algebra, Spring quarter, 2010.
• Math 20F: Linear Algebra, Spring quarter, 2011.
• Math 277B, Topics in Mathematics and Biochemistry-Biophysics, Spring quarter, 2011.
• Math 240A: Real Analysis, Fall quarter, 2011.
• Math 140B: Foundations of Real Analysis (II), Winter quarter 2012.

Previous Courses Taught at University of Maryland (Fall semester, 1999 - Spring semester, 2004)

• Math 462, Section 0101, Partial Differential Equations for Scientists and Engineers, Fall semester, 1999
• Mapl/CMCS 466, Section 0101, Introduction to Numerical Analysis (I), Spring semester, 2000
• Math 246E, Section 1401, Differential Equations for Scientists and Engineers, Spring semester, 2000
• MAPL/CMSC 666, Section 0101, Numerical Analysis (I), Fall semester, 2000
• MAPL/CMSC 667, Section 0101, Numerical Analysis (II), Spring semester, 2001
• Math 240, Introduction to Linear Algebra, Spring semester, 2001
• AMSC 614, Section 0101, Mathematics of the Finite Element Method, Fall semester, 2001
• Math 246, Section 1301, Differential Equations for Scientists and Engineers, Fall semester, 2001
• ENEE 241/MATH 242: Numerical Techniques in Engineering, Spring semester, 2002
• MATH 462: Partial Differential Equations for Scientists and Engineers, Spring semester, 2002
• AMSC 612: Numerical Methods in Partial Differential Equations, Fall semester, 2002
• Math 246: Differential Equations for Scientists and Engineers, Sections 0801 and 0901, Spring semester, 2003
• AMSC 698V: Advanced Topics in Applied Mathematics---Mathematical and Computational Problems in Materials Science, Fall semester, 2003
• Math 141: Calculus (II), Sections 0311-0333, Spring semester, 2004

Previous Courses Taught at UCLA (Winter quarter, 1997 - Winter quarter, 1999)

• Math 115A, Lecture 4, Linear Algebra, Winter quarter, 1997
• Math 132, Lecture 3, Complex Analysis, Spring quarter, 1997
• Math 33A, Matrices and Differential Equations, Winter quarter, 1998
• Math 285J, Seminar in Applied Mathematics: Weak convergence methods for variational problems modeling crystalline solids, Spring quarter, 1998
• Math 151A, Applied Numerical Methods, I, Fall quarter, 1998
• Math 151B, Applied Numerical Methods, II, Winter quarter, 1999

Last updated by Bo Li on March 29, 2012. © Bo Li, 1998-2012.