TEACHING

Summer 2006--2007:

• Statistics with Computers, Mate3026.

• Spring 2006-- 2007:
• MATH8986: A Graduate Course in Coding Theory
  
• Modern Algebra II (Graduate)

Fall 2006-- 2007:

• Linear Algebra (Graduate)
• Modern Algebra I (Graduate)

Summer 2005--2006:

• Statistics with Computers, Mate3026.

Spring 2005-- 2006:

• MATE 8021 Algebraic Combinatorics I.
• MATH 8995 (Section 33) Information Theory

Fall 2005-- 2006:

• Linear Algebra (Graduate Course)
• Advanced Cryptography (advanced graduate class)

Spring 2004-- 2005:

• Information Theory and Bio-Informatics (MATH8995)
• Compiler Construction

Fall 2004-- 2005:

• Topics in Cryptography and Coding Theory (Topics will include: expander graphs and expander codes; RSA PKS; McEliece PKS)
• Linear Algebra (Graduate Course)

September 03, 2003- September, 2004:
Visiting Member at CIMS On Sabbatical at the Courant Institute of Mathematical Sciences, NYU.

Spring 2002-2003:

• Compiler Construction
  
• COURSE ANNOUNCEMENT (Topics in Information Theory and Bioinformatics)

Fall 2002--2003:

• Linear Algebra (Graduate Course)
• Seminar Series on Algebraic Geometry and Its Applications
  
• Topics in Parallel and Distributed Computing (Independent Studies)
  

Spring 2001-2002:

• Compiler Construction
  
• COURSE ANNOUNCEMENT (Topics in Coding Theory and Cryptography)

Fall 2001:

• Linear Algebra (Graduate Course)
• Lecture Series on Algebraic Geometry and Its Applications
  
• Introduction to Coding Theory and Cryptography (1 unit course)
  

Spring 2000-2001:

• Computability Theory
  
• Elliptic Curve Cryptosystems (Independent Studies)
  
• Topics in Parallel and Distributed Computing (Independent Studies)
  

Fall 2000-2001:

• Compiler Construction
  
• Math3024
  

Spring 1999-2000:

• Parallel and Distributed Computing
  
• Computability Theory
  

Fall 1999-2000:

1. Cryptography and Data Security
   
2. Higher Level Programming Languages
   

Spring 1998-1999:

• Parallel and Distributed Computing
  
• Computability Theory
  

Fall 1998-1999:

1. Data Structures I (Mathematics Graduate Course)
   
2. Compiler Construction
   

Spring 1997-1998:

• Parallel and Distributed Computing
  
• Computability Theory
  

Fall 1997-1998:

1. Modern Algebra I (Graduate Course)
   
2. Compiler Construction
   

PAST COURSES

• GRADUATE COURSES AT OTHER UNIVERSITIES (MIR, Bombay University, TIFR, MSU, CALTECH, NYU, SU, UIUC)
  
• UNDERGRADUATE COURSES AT OTHER UNIVERSITIES (MIR, Bombay University, TIFR, MSU, CALTECH, NYU, SU, UIUC)
  
• OTHER COURSES
  

PAST COURSES(Linear Algebra) (Algebra)(Algebraic Geometry)(Commutative Algebra)(Functioin Fields)(Number Theory)(Cryptography)(Coding Theory)(Finite Fields)(Combinatorial Theory)(Information theory) (BioInformatics) (Numerical Methods)(Differential Equations) (Formal Languages)(Theory of Computation)(Data Structures and Algorithms)(Artificial Intelligence) ... ........
(at UPR, MRI/HRI, Bombay Univ., TIFR, MSU, CALTECH, CIMS, SU, UIUC)

COURSES AT MRI, Bombay University, TIFR, MSU, Caltech, Courant Institute of Mathematical Sciences (NYU), SU, UIUC [1981-1982, 1982-1983, 1983-1984, 1984-1985, 1985-1986, 1986-1987, 1987-1988, 1988-1989, 1989-1990, 1990--1991, 1991--1992, 1992--1993, 1993--1994, 1994--1995, 1995--1996, 1996--1997, 1997--1998, 1998--1999, 1999--2000]