Difference between revisions of "User:Chris Szalwinski"

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<td class="" style="padding: 0.2em; line-height: 1.3em; vertical-align: middle; font-size: 90%;">416.491.5050 ext 33364</td>
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'''Chris Szalwinski''' is a Professor at the [https://scs.senecac.on.ca/ School of Information and Communications Technology] (ICT) of Seneca College and a scientific researcher in his own right.
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'''Chris Szalwinski''' is a Professor at the [https://scs.senecac.on.ca/ School of Information and Communications Technology] (ICT) of Seneca College and an independent scientific researcher.
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He teaches C, C++, Game Programming (DirectX), Parallel Programming (CUDA) and Human Computer Interaction at ICT and has published comprehensive web sites that contain his course materials. He currently leads the programming faculty at ICT in updating course material for both C and C++ subjects in the diploma and degree programs.  He works on soft matter mechanics in his spare time.
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He teaches C, C++ and Parallel Programming.  He has taught Game Programming (DirectX) and Human Computer Interaction and has published comprehensive web sites that contain his course materials. He currently leads the programming faculty and is updating its course material for the C and C++, diploma and degree subjects.  He does research on soft matter mechanics in his spare time.
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This fall (2012), Chris introduced an ICT course in parallel programming on heterogeneous computers using Nvidia's CUDA technology; that is, a course on how to convert your desktop into your very own supercomputer. This course teaches ICT students to harness the processing power available on today's desktop graphics cards for computing tasks that benefit from high performance hardware.  Students who finish the course should find themselves well-positioned to assist employers and clients in incorporating parallel programming technology into their day-to-day desktop operations.
 
 
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<p>Chris is seeking applied research initiatives in parallel programming to provide students who have completed his course with opportunities to apply and refine their skill set by working as research assistants on applications that benefit from heterogeneous design.  He is interested in joint collaboration with academia, business, and industry on research projects that will advance the state of this technology and better prepare his students for the challenges and opportunities that are arising from the democratization of high performance computing.  
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<p>
 +
In fall 2012, Chris introduced an ICT course in parallel programming on heterogeneous computers using Nvidia's CUDA technology; that is, a course on how to use your desktop as your very own supercomputer. He teaches ICT students to harness the processing power available on today's desktop graphics cards for computing tasks that benefit from high performance hardware.  Students who finish this course should find themselves well-positioned to assist employers and clients in solving embarrassingly data-parallel programming problems.
 
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<p>This winter (2014), Chris taught an intermediate successor course in parallel computing. This new course covered a variety of parallel algorithms and platforms.
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Before joining Seneca College, Chris incorporated cutting-edge software within engineering firms and government departments and introduced cutting-edge technology into graduate programs at several top-tier academic institutions.
 
 
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<p>Chris is interested in supervising applied research initiatives in task-parallel and data-parallel programming that provide students who have completed his courses with opportunities to apply and refine their skill set on heterogeneous applications.  He is interested in joint collaboration with academia, business, and industry on research projects that will advance the state of this technology and better prepare his students for the challenges and opportunities that are arising in the field of accelerated computing.  
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Chris maintains a personal interest, outside his Seneca College ICT duties, in developing and modelling constitutive relations for soft granular matter.  He believes that this is an emerging field which will present numerous opportunities for innovative post-modern programming in the coming decade.
 
 
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Before joining Seneca College, Chris incorporated cutting-edge software within engineering firms and government departments and introduced cutting-edge technology into graduate programs at several top-tier academic institutions.
 +
</p>
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<p>
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Chris maintains a personal interest, outside his Seneca College duties, in developing and modelling constitutive relations for soft granular matter.  He finds this a fascinating, emerging field, which he believes presents numerous opportunities for innovative programming.
 +
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== Courses ==
 
== Courses ==
 
=== ICT Courses Taught ===
 
=== ICT Courses Taught ===
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<h5>OOP244 - Introduction to Object-Oriented Programming</h5>
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<h5>IPC144 - Introduction to Programming Using C</h5>
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<dl style="margin-bottom:0.5em;margin-top:0.2em;line-height:1.5em;"><dd>
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<i>Further information: [https://scs.senecac.on.ca/~ipc144 IPC144 Web Site]</i>
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<h5>OOP244 - Introduction to Object-Oriented Programming Using C++</h5>
 
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<i>Further information: [https://scs.senecac.on.ca/~oop244 OOP244 Web Site]</i>
 
<i>Further information: [https://scs.senecac.on.ca/~oop244 OOP244 Web Site]</i>
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<h5>OOP344 - Object-Oriented Programming Using C++</h5>
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<i>Further information: [https://scs.senecac.on.ca/~oop344 OOP344 Web Site]</i>
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<h5>BTP100 - Programming Fundamentals Using C</h5>
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<i>Further information: [https://scs.senecac.on.ca/~btp100 BTP100 Web Site]</i>
 
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<h5>BTP200 - The Object-Oriented Paradigm using C++</h5>
 
<h5>BTP200 - The Object-Oriented Paradigm using C++</h5>
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* game programming
 
* game programming
 
: instructional frameworks
 
: instructional frameworks
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* GPU programming
  
 
== Cross-References ==
 
== Cross-References ==
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[https://scs.senecac.on.ca/~chris.szalwinski/timetable.html Chris' Teaching Schedule]
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[https://scs.senecac.on.ca/~chris.szalwinski/timetable.html Chris' Current Teaching Schedule]
 
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[https://scs.senecac.on.ca/~chris.szalwinski/ Chris' ICT Home Page]
 
[https://scs.senecac.on.ca/~chris.szalwinski/ Chris' ICT Home Page]
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[http://fwks.senecac.on.ca Frameworks Page]
 
 
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== Publications ==
 
== Publications ==
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* ---- (2011). Intermediate C++. Seneca College 889000191877.
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* ---- (2013). Programming Computers Using C. Seneca College. June 2014 Edition.
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* ---- (2013). Introduction to Object-Oriented Programming Using C++11. Seneca College November 2013 Edition.
 
* Anastasiade, J., and ---- (2010). Building Computer-Based Tutors to Help Learners Solve Ill-Structured Problems. In [http://aace.org/conf/edmedia Proceedings of the World Conference on Educational Multimedia, Hypermedia and Telecommunications 2010]. Toronto, Ontario, Canada: Association for the Advancement of Computing in Education. pp.3726-3732.
 
* Anastasiade, J., and ---- (2010). Building Computer-Based Tutors to Help Learners Solve Ill-Structured Problems. In [http://aace.org/conf/edmedia Proceedings of the World Conference on Educational Multimedia, Hypermedia and Telecommunications 2010]. Toronto, Ontario, Canada: Association for the Advancement of Computing in Education. pp.3726-3732.
 
* ---- (2010). Introduction to C++ for C Programmers. Seneca College 889000191647.
 
* ---- (2010). Introduction to C++ for C Programmers. Seneca College 889000191647.

Latest revision as of 21:12, 16 May 2014

Chris Szalwinski
Chris Szalwinski.jpg
Faculty Picture
Occupation Seneca College
School of Information and Communications Technology
Faculty
Office T2088
Phone 416.491.5050 ext 33634
IRC
ICT Home Page https://scs.senecac.on.ca/~chris.szalwinski/
Blog
Email chris dot szalwinski at senecacollege dot ca

Chris Szalwinski is a Professor at the School of Information and Communications Technology (ICT) of Seneca College and an independent scientific researcher. He teaches C, C++ and Parallel Programming. He has taught Game Programming (DirectX) and Human Computer Interaction and has published comprehensive web sites that contain his course materials. He currently leads the programming faculty and is updating its course material for the C and C++, diploma and degree subjects. He does research on soft matter mechanics in his spare time.

In fall 2012, Chris introduced an ICT course in parallel programming on heterogeneous computers using Nvidia's CUDA technology; that is, a course on how to use your desktop as your very own supercomputer. He teaches ICT students to harness the processing power available on today's desktop graphics cards for computing tasks that benefit from high performance hardware. Students who finish this course should find themselves well-positioned to assist employers and clients in solving embarrassingly data-parallel programming problems.

This winter (2014), Chris taught an intermediate successor course in parallel computing. This new course covered a variety of parallel algorithms and platforms.

Chris is interested in supervising applied research initiatives in task-parallel and data-parallel programming that provide students who have completed his courses with opportunities to apply and refine their skill set on heterogeneous applications. He is interested in joint collaboration with academia, business, and industry on research projects that will advance the state of this technology and better prepare his students for the challenges and opportunities that are arising in the field of accelerated computing.

NV CUDA Teaching Center Small.jpg

Before joining Seneca College, Chris incorporated cutting-edge software within engineering firms and government departments and introduced cutting-edge technology into graduate programs at several top-tier academic institutions.

Chris maintains a personal interest, outside his Seneca College duties, in developing and modelling constitutive relations for soft granular matter. He finds this a fascinating, emerging field, which he believes presents numerous opportunities for innovative programming.

Courses

ICT Courses Taught

IPC144 - Introduction to Programming Using C
Further information: IPC144 Web Site
OOP244 - Introduction to Object-Oriented Programming Using C++
Further information: OOP244 Web Site
OOP344 - Object-Oriented Programming Using C++
Further information: OOP344 Web Site
BTP100 - Programming Fundamentals Using C
Further information: BTP100 Web Site
BTP200 - The Object-Oriented Paradigm using C++
Further information: BTP200 Web Site
BTP300 - Object-Oriented Software Development I - C++
Further information: BTP300 Web Site BTP300 Wiki
BTH740 - Human Computer Interaction
Further information: BTH740 Web Site BTH740 Wiki
GAM666, DPS901 - Introduction to 3D Game Programming
Further information: GAM666 and DPS901 Web Site GAM666 and DPS901 Wiki
GAM670, DPS905 - 3D Game Programming Techniques
Further information: GAM670 and DPS905 Web Site GAM670 and DPS905 Wiki
GPU610, DPS915 - Introduction to Parallel Programming
Further information: GPU610 and DPS915 Web Site GPU610 and DPS915 Wiki

Applied Research

General Interests

  • heterogeneous computing (CPU + GPU) for scientific applications
  • joint collaborations with academia, business, and industry

Domain Expertise

  • mathematical applications
numerical methods
direct solution techniques (frontal)
  • scientific and engineering applications
non-linear finite elements
elasto-plastic constitutive relations
friction and partial-slip in contact problems
  • game programming
instructional frameworks
  • GPU programming

Cross-References

External links

Publications

  • ---- (2013). Programming Computers Using C. Seneca College. June 2014 Edition.
  • ---- (2013). Introduction to Object-Oriented Programming Using C++11. Seneca College November 2013 Edition.
  • Anastasiade, J., and ---- (2010). Building Computer-Based Tutors to Help Learners Solve Ill-Structured Problems. In Proceedings of the World Conference on Educational Multimedia, Hypermedia and Telecommunications 2010. Toronto, Ontario, Canada: Association for the Advancement of Computing in Education. pp.3726-3732.
  • ---- (2010). Introduction to C++ for C Programmers. Seneca College 889000191647.
  • ---- (1983). Flexibility of a contact area of an isotropic elastic body, Journal of Applied Mechanics 52, 62.
  • ---- (1983). The particle stress tensor, Geotechnique 33, 181.

Monographs

  • ---- (1984). The Frontal Solution Technique - University of Cambridge, England
  • ---- (1976). Engineering Approximations: the finite element method in structural mechanics - University of Toronto

Applications Software

For Structural Engineers
  • ---- (1989). TIMECOST - Time-keeping, job-costing, client-billing accounting package - dBase IV
  • ---- (1987). SLABDESN - Reinforced concrete slab analysis and design program
  • ---- (1985). FRANV4 - Elastic analysis of hi-rise structures with many degrees of freedom
  • ---- (1976). PRSN - Properties of irregular sections with shear center
  • ---- (1975). LLOAD - Live load reduction program for structural engineers
  • ---- (1974). CONCBM - Analysis, design and detailing of reinforced concrete beams
  • ---- (1972). EARQ - Earthquake analysis for structural engineers
  • ---- (1972). DEFLCTN - Long-term deflections of reinforced concrete beams
For Research Engineers and Academia
  • ---- (1974). FRONTAL - A software library for efficient solution of symmetric systems of element based simultaneous equations
  • ---- (1976). FEASVOMO - Finite Element Framework for developing and testing new and innovative elements
  • ---- (1983). FEASAS - Finite Element System for the analysis of reinforced earth embankments
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