TEACHING

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• Laurier's Visual Schedule Builder is an online tool, that can help you find courses and build your class timetable.

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• Winter 2025, CP431 Parallel Programming Mon-Wed 11:30-12:50 (BA112)
• Winter 2025, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50 (BA208)



• Fall 2024, CP363, Database I Mon-Wed-Fri 11:30-12:20
• Fall 2024, CP468, Artificial Intelligence Mon-Wed 17:30-18:50



• Winter 2024, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Winter 2024, CP431 Parallel Programming Tue-Thu 10:00-11:20
• Fall 2023, On Leave
  
  



• Winter 2023, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Winter 2023, CP431 Parallel Programming Mon-Wed 16:00-17:20
• Fall 2022, CP363, Database I Mon-Wed-Fri 10:30-11:20
• Fall 2022, CP468, Artificial Intelligence Mon-Wed 17:30-18:50



• Sabbatical Year: July 1, 2021 to June 30, 2022
  
  



• Winter 2021, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Winter 2021, CP431 Parallel Programming Mon-Wed 16:00-17:20
• Fall 2020, CP363, Database I Mon-Wed-Fri 10:30-11:20
• Fall 2020, CP468, Artificial Intelligence Mon-Wed 17:30-18:50



• Winter 2020, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Winter 2020, CP363, Database I Mon-Wed 13:00-14:20
• Fall 2019, CP468, Artificial Intelligence Mon-Wed 17:30-18:50
• Fall 2019, CP431 Parallel Programming Mon-Wed-Fri 9:30-10:20



• Winter 2019, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Winter 2019, CP363, Database I Mon-Wed-Fri 9:30-10:20
• Fall 2018, CP468, Artificial Intelligence Mon-Wed 17:30-18:50
• Fall 2018, CP431 Parallel Programming Mon-Wed-Fri 9:30-10:20



• Winter 2018, research semester (1 course remission)
• Winter 2018, CP315,PC315 Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Fall 2017, CP468, Artificial Intelligence Mon-Wed 17:30-18:50
• Fall 2017, CP431,CP631 Parallel Programming Mon-Wed-Fri 13:30-14:20



• Winter 2017, CP400R, Data Mining and Enterprise Computing Tue-Thu 11:30-12:50
• Winter 2017, CP315, Introduction to Scientific Computation Mon-Wed 17:30-18:50
• Fall 2016, CP468, Artificial Intelligence Mon-Wed 17:30-18:50
• Fall 2016, CP465, Databases II Mon-Wed 16:00-17:20



• Winter 2016, CP331, Introduction to Parallel Programming
• Winter 2016, CP315, Introduction to Scientific Computation
• Fall 2015, CP468, Artificial Intelligence Mon-Wed 17:30-18:50
• Fall 2015, CP411, Computer Graphics Tue-Thu 13:00-14:20



• Sabbatical Year: July 1, 2014 to June 30, 2015
  
  
• Winter 2014, CP400N, Introduction to Parallel Programming Tu,Th 14:30-15:50
• Fall 2013, CP465, Databases II Tu,Th 11:30-12:50
• Fall 2013, Winter 2014 Undergraduate Advisor (2 course remissions)



• Winter 2013, CP400N, Introduction to Parallel Programming
• Winter 2013, CP315, Introduction to Scientific Computation
• Winter 2013, CP468, Artificial Intelligence
• Fall 2012, research semester (1 course remission)



• Winter 2012, CP400N, Introduction to Parallel Programming
• Winter 2012, CP315, Introduction to Scientific Computation
• Fall 2011, CP463, Simulation



• Winter 2011, CP465, Databases II
• Winter 2011, CP463, Simulation
• Fall 2010, Undergraduate Advisor (2 course remissions)



• Winter 2010, CP465, Databases II
• Winter 2010, CP468, Artificial Intelligence
• Fall 2009, Undergraduate Advisor (2 course remissions)



• Winter 2009, CP465, Databases II
• Winter 2009, CP463, Simulation
• Fall 2008, Undergraduate Advisor (2 course remissions)



• Sabbatical Year: July 1, 2007 to June 30, 2008
  
  
• Winter 2007, CP102, Information Processing with Microcomputer Systems
  
• Winter 2007, CP363, Databases I
  
• Winter 2007, CP465, Databases II
  
• Winter 2007, CP463, Simulation
  
• Fall 2006, research semester
  
  
• Winter 2006, CP102, Information Processing with Microcomputer Systems
  
• Winter 2006, CP363, Databases I
  
  
• Fall 2005, CP315, Introduction to Scientific Computation
  
• Fall 2005, CP411, Computer Graphics
  
  
• Winter 2005, CP363, Databases I     CP363, Databases I, Department web page
  
• Winter 2005, CP114, Data Structures I
  
  
• Fall 2004, CP102, Information Processing with Microcomputer Systems
  
• Fall 2004, CP315, Introduction to Scientific Computation
  
  
• Winter 2004, CP363, Databases I
  
• Winter 2004, CP463, Simulation
  
  
• Fall 2003, 2 course release from WLU Research Office
  Project Title: Computational Algebraic Statistics
  
  
• Winter 2003, CP363, Databases I
  
• Winter 2003, CP463, Simulation
  
  
• Fall 2002, CP465, Databases II
  
• Fall 2002, CP411, Computer Graphics
  
  
• Winter 2002, CP363A, Databases I
  
• Winter 2002, CP463, Simulation
  
  
• Fall 2001, CP466, Operating Systems
  NSERC grant preparation
  
  
• 2000/2001 Computer Science 422b/539b, Foundations of Computer Algebra, UWO
• 1999/2000 Applied Mathematics 475, Introduction to Applied Computer Algebra, UWO

Student Success Stories

1. Emils Matiss, Computational Neuroscience Doctoral Student & President - Society of Graduate and Professional Students, Kingston, Ontario, Canada
2. Roman Lipisiy, Associate Director, Corporate Development at Yorkville University, Greater Toronto Area, Canada
3. Angela Paravinja, Senior Analyst, Labor Planning and Optimization at Lululemon, Toronto, Ontario, Canada
4. Valerie McKay-Crites, mobile front end developer at Maplesoft, Waterloo, Ontario, Canada
5. Jack Romano, Data Scientist, Calgary, Alberta, Canada
6. Delia Lazarescu, Creator of InfraExpert | Public Speaker | Digital Nomad, Waterloo, Ontario, Canada

Documents (links need to be updated) A Short Introduction to Gröbner Bases (Slides)   (gziped postscript file, 13 pages)
Gröbner Bases assignment  (gziped postscript file, 3 pages)
Simplified Buchberger algorithm Maple code
Maple worksheet with execution results of the code  (gziped .mws file)

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Page maintained by: Ilias S. Kotsireas Last Update: November 2014