Courses since 2007 (at UK):

Fall 2023:

• MA322: Matrix Algebra and Applications

• MA565: Linear Algebra

Spring 2023:

• MA661: Algebra II

Fall 2022:

• MA322: Matrix Algebra and Applications

• MA561: Algebra I

Spring 2022:

• MA661: Algebra II

Fall 2021:

• MA322: Matrix Algebra and Applications

• MA561: Algebra I

Spring 2021:

• MA322: Matrix Algebra and Applications

Fall 2020:

• MA362: Abstract Algebra II

• MA565: Linear Algebra (Script)

Spring 2020:

• MA764: Topics in Algebra: Finite Geometry

Fall 2018:

• MA665: Rings and Modules

• MA213: Calculus III

Spring 2018:

• MA764: Topics in Algebra: Finite Geometry

Fall 2017:

• MA565: Linear Algebra

• MA362:  Abstract Algebra II

Spring 2017:

• MA764: Topics in Algebra: Coding Theory

• MA361: Abstract Algebra I 

Fall 2016:

• MA565: Linear Algebra

• MA114: Calculus II

Spring 2016:

• MA765: Topics in Algebra:   Duality Theory for  Modules over Finite Frobenius Rings

Fall 2015:

• MA114: Calculus II

• MA764: Topics in Algebra:  Finite Frobenius Rings and Character Theory

Spring 2015:

• MA114: Calculus II

• MA661: Algebra II

Fall 2014:

• MA114: Calculus II

• MA561: Algebra I 

Spring 2014:

• MA114: Calculus II

• MA362: Elementary Modern Algebra II

Fall 2013:

• MA113: Calculus I

• MA361: Elementary Modern Algebra I

Fall 2012:

• MA113: Calculus I

• MA765: Topics in Coding Theory

Spring 2012: 

• MA661: Algebra II

Fall 2011:

• MA113: Calculus I

• MA561: Algebra I

Spring 2011:

• MA340: Applicable Algebra

Fall 2010:

• MA565: Linear Algebra

Spring 2010:

• MA113: Calculus I (Coordinator and Instructor)

• MA765: Introduction to Coding Theory

Fall 2009:

• MA113: Calculus I (Coordinator and Instructor)

• MA565: Linear Algebra

Fall 2008:

• MA113: Calculus I

• MA764: Introduction to Coding Theory

Spring 2008:

• MA114: Calculus II

• MA661: Modern Algebra II

Fall 2007:

• MA113: Calculus I

• MA561: Algebra I

Spring 2007:

• MA113: Calculus I

• MA765: Introduction to Coding Theory

Courses before 2007:

Fall 2006 at the Vrije Universiteit Amsterdam:

• National Master Course on Coding Theory

2005/2006 at the Rijksuniversiteit Groningen:

• Periode 3: Systeemtheorie 2

• Periode 1: Functionaal Analyse

2004/2005 at the Rijksuniversiteit Groningen:

• Periode 4: System Theory & Convolutional Coding

• Periode 3: Systeemtheorie 2

2003/2004 at the University of Kentucky:

• MA 123: Calculus and its Applications (Fall and Spring)

Summer 2003 at the Universität Oldenburg:

• Einführung in die Algebra

Winter 2002/2003 at the Universität Magdeburg:

• Mathematik I für Wirtschaftswissenschaft

• Theorie der Faltungscodes

1999-2002 at the Universität Oldenburg:

• Lineare Algebra II (Summer 2002)

• Lineare Algebra I (Winter 2001/2002)

• Algebraische Kurven (Summer 2001)

• Einführung in die Codierungstheorie (Winter 1999/2000 and 2000/2001)

1997-1999 at the University of Notre Dame:

• Math 219: Calculus A (Fall 1998)

• Math 214: Introduction into Statistics (Spring 1998 and Spring 1999)

• Math 222: Algebraic Structures (Spring 1998)

• Math 226: Calculus IV- Differential Equations (Fall 1997 and Fall 1998)

• Math 425: Complex Variables (Fall 1997)

1993-1997 at the Universität Oldenburg:

• Körper und Ringe (Winter 1996/1997)

• Einführung in die Theorie kommutativer Ringe (Summer 1995)

• Algebraische Kurven (Winter 1993/1994)

1992/1993 at the Universität Bremen:

• Einführung in die Systemtheorie (Winter 1992/1993)