TEACHING:

Spring 2006:
Boston University CS 232 A1. Geometric Algorithms

Fall 2005:
• Boston University CS 532: Computational Geometry

• Boston University CS 699: TF Seminar

Spring 2005:
• Boston University CS 232 A1. Geometric Algorithms

Fall 2004:
• Boston University CS 591 Computational Geometry: Theory and Applications

Spring 2004:
• Boston University CS 232 A1. Geometric Algorithms

Fall 2003:
• Boston University CS 330 A1. Algorithms

Spring 2003:
• Boston University CS 330 A1. Algorithms

• BU Computer Science Colloquia - Spring 2003.

Fall 2002:
• Boston University CS 591 A1. Algorithms for the New Age

Spring 2002:
• Boston University CS 591 T1. Computational Geometry and Scientific Computing

• MIT 18.996. Topics in Theoretical Computer Science: Internet Research Problems (with Tom Leighton, Bruce Maggs, Ravi Sundaram)

Fall 2001
• UIUC CS 397: ``Cryptography and Network Security''.

Fall 1999
• UIUC CS 397: ``Cryptography and Network Security''.

Spring 1999
• UIUC CS 497: ``Randomized Algorithms and Combinatorial Optimization''.

Fall 1998
• UIUC CS 397: ``Cryptography and Network Security''.

Spring 1998
• UIUC CS 350: ``Introduction to Scientific Computing''.

Fall 1997
• UIUC CS 397: ``Cryptography and Network Security''.

Spring 1997
• UoM CSci 8421: ``Advanced Algorithms: Cryptography and its Applications''.

Fall 1996
• UoM Scic: ``Introduction to Programming Language Fortran.''

Spring 1996
• UoM CSci 5422: ``Introduction to Computational Geometry''.

Winter 1996
• UoM CSci 8421: ``Advanced Algorithms,'' winter, 1996.

Fall 1995
• UoM Scic 8001: ``High Performance and Parallel Scientific Computing.''

Spring 1995
• UoM Scic: ``Introduction to Programming Language C.''

Winter 1995
• UoM Scic: ``Introduction to Programming Language Fortran.''

Fall 1994
• UoM Scic 8001: ``High Performance and Parallel Scientific Computing.''

Spring 1994
• MIT 18.337: ``Parallel Scientific Computing,'' (with Alan Edelman).
• MIT 18.337: ``Differential Equations''.

Fall 1993
• MIT 18.409: ``The probabilistic method and applications.''

Spring 1993
• MIT 6.402: ``Geometric Methods and Algorithms.''

Spring 1992
• MIT 18.02: ``Calculus''.

In addition, with Alan Edelman of MIT and Rob Schreiber of NASA/HPL, I designed and taught MIT Summer Professional Program 6.50s ``A peek at parallel processing from an application perspective'' in the summer of 1994. We taught this course again in the summers of 1995 and 1996. This program attracted professionals from industry, government research labs and universities. Such a program not only helps professionals keep pace with state-of-the-art developments in this field, but it also helps to initiate collaboration between universities and industry.