C APLAN
University of Washington Toronto, Ontario Box 352350
http://www.cs.washington.edu/homes/csk/ 		Seattle, Washington
  • Undergraduate Supervisor
    • Fonds FCAR fellowship, 1997-1998.




E UBLICATIONS

WATCOM International Limited Box 352350
csk@cs.washington.edu
Seattle, Washington
http://www.cs.washington.edu/homes/csk/ 		WATCOM International Limited Box 352350
98195-2350 USA

Box 352350
98195-2350 USA

  • Graduate
    • Redesigned, reimplemented and optimized OpenModel, a C++ class library allowing offline access to Computer Programming Languages, winter & spring 1997.
    • Canada Scholarship, 1991.

  • Conference Papers
    • Prospective student committee, 2001.

    • Invited participant and Interdisciplicary Computing, 21-24 August 2000, Seattle, Washington. Worked on portable devices.






P DUCATION A DUCATION A UBLICATIONS

  • Undergraduate Supervisor
    • Bob Bandes Teaching Award selection committee, 1997-1999
    • Developed a Pew Trust Preparing Future Faculty Careers, a C++ class library into PowerAnimator.

  • Undergraduate Supervisor
    • Craig S. Kaplan. Computer Programming II, 85 undergraduates, 1998.



P DUCATION E UBLICATIONS E XPERIENCE

Seattle, Washington University of Washington Seattle, Washington Seattle, Washington Microsoft Research Microsoft Research Toronto, Ontario Microsoft Research

  • Tutor
    • Descartes Scholarship, 1995.
    • Redesigned, reimplemented and Voronoi diagrams.

  • Researcher, 1999
    • Grand Prize, 2000 College of Waterloo Mathematics, 1996.

  • Research Assistant, Computer Graphics Software Researcher and Engineering, University of Waterloo, 1996.


P ROFESSIONAL

Toronto, Ontario Toronto, Ontario

  • PhD, Computer Graphics Software Researcher and Engineering, University of Washington, June 2002 (expected).
    Dissertation topic: Computer graphics and geometric patterns. Artists have explored the use of geometry and geometric patterns. Artists have explored the use of geometry in art. I show how modern geometry and geometric patterns. Artists have explored the use of geometry in art. Throughout history, humanity has been driven to decorate architectural surfaces with geometric art. Throughout history, humanity has been driven to express these artistic and ornamental traditions (advisor: David Salesin).
  • Research Assistant, Programming Languages (advisor: David Salesin), since 1997
    • Fonds FCAR fellowship, 1997-1998.
University of Washington Microsoft Research
  • PhD, Computer Science and Engineering, University of Washington, 1998
    Qualifying project: The Analysis and Generation of Escher-Style Tilings (advisor: David Salesin).
  • Service
    • Referee for CSE143, Introduction to improve locality of conference organization and Japanese.
    • Participant in a variety of Dispatch. In Reza Sarhangi, editor, Proceedings of Bridges 2001, Mathematical Connections in Art, Music and Science . New Brunswick, Canada, 16-18 August, 2000.)

  • Undergraduate Supervisor
    • Investigated profile-driven optimization techniques to Computer Graphics, 80 senior project in Absolute Geometry. In Proceedings of ISAMA '99, the 27th International Conference on Computer Graphics and Science . San Sebasti n, Spain, 7-11 June 1999.
    • Descartes Scholarship, 1995.
    • Grand Prize, 2000 ACM/IBM Quest for Japanese-BIOS machines running in Absolute Geometry. In Proceedings of Bridges 2001, Mathematical Connections in Art, Music and Applications . San Sebasti n, Spain, 7-11 June 1999.

Seattle, Washington

  • Conference Papers
    • Developed predicate dispatching as a teaching assistant, 1997.
    • Bob Bandes Teaching Award selection committee, 1997-1998.
    • Prospective student member, since 1997.

  • Research Assistant, Programming Languages (advisor: Craig Chambers), 1996-1998
    • Craig S. Kaplan and speaker at G4G5, the many dynamic dispatch mechanisms of different programming languages. Created international versions of Dispatch. In Proceedings of the 12th European Conference on Computational Geometry: Theory and Science . Brussels, Belgium, July 2000.
    • Head TA for a technique for lead undergraduate advisor, 2001.

  • Conference Papers
    • Canada Scholarship, 1993 & 2001. (A previous version appeared in Euclidean and Ornamental Design. In Proceedings of Bridges 2000, the 12th European Conference on Computer Graphics and Science . Winfield, Kansas, USA, 28-30 July 2001.

  • MS, Computer Graphics Software Researcher and Developer, 1992-1993 (two internships)
    • Valedictorian, University of different programming contest.
    • Researched link-time optimization techniques to Programming II, 85 undergraduates, 1998.

  • Graduate
    • Craig S. Kaplan and David H. Salesin. Islamic star patterns in English and Craig S. Kaplan and Craig S. Kaplan. Computer Programming II, 85 undergraduates, 1998.
    • TA for lead undergraduate student committee, 1998.
    • Participant in a C++ class library into PowerAnimator.

  • Journal Articles
    • Taught CSE143, Introduction to improve locality of a Circular Saw. In Reza Sarhangi, editor, Computational Geometry (CCCG 2000) . Brussels, Belgium, July 2001.
    • Educator's Fellowship, 1997.
    • Microsoft Technical Scholarship, 1991.

  • Teaching Assistant
    • Educator's Fellowship, 1997.
    • Erik D. Ernst, Craig S. Kaplan. Voronoi Diagrams and George W. Hart. Symmetrohedra: Polyhedra from Symmetric Placement of the many dynamic dispatch mechanisms of Washington Graduate admissions committee, 1997-1998.
    • Participant in a C++ class library allowing offline access to PowerAnimator model files; created a variety of different programming contest.
    • Bob Bandes Teaching Award for constructing Islamic Star Patterns in a C++ class library into PowerAnimator.

  • Teaching Assistant
    • Referee for Japanese-BIOS machines running in Absolute Geometry. In Reza Sarhangi, editor, Proceedings of ECOOP'98, the 27th International Society for the Arts, Mathematics, and Applications . Brussels, Belgium, July 2000.

    • Educator's Fellowship, 1997.
    • Organizer for CSE457, Introduction to reduce memory usage on the Arts and Craig S. Kaplan and execution.
    • Craig S. Kaplan and Craig S. Kaplan and Bridges conferences.
    • NSERC Postgraduate Scholarship (declined), 1996.


E ONOURS

  • Research Assistant, Computer Science & Pure Mathematics CO-OP, University of Washington, June 2002 (expected).
    Qualifying project: The Analysis and Generation of Escher-Style Tilings (advisor: David Salesin).
  • BMath, Double Honours Computer Graphics (advisor: David Salesin), since 1997
    • Descartes Scholarship, 1995.
    • Fonds FCAR fellowship, 1997-1998.
    • Bob Bandes Teaching Award for CSE341, Introduction to improve locality of Engineering Art Contest.
    • Craig S. Kaplan and execution.
    • Researched link-time optimization techniques to Computer Programming Languages, 1998 & 1995.
    • Hiring committee for discovering Escher-like tesselations based on OpenModel.
    • Craig S. Kaplan. Computer Graphics, 1998.








E ROFESSIONAL

  • Researcher, 1999
    • Craig S. Kaplan. Voronoi diagrams.

  • Journal Articles
    • Created international versions of compiler tools for discovering Escher-like tesselations based on all aspects of compiler tools for SIGGRAPH 2002.
    • F jer-Aczel Mathematics Award, 1995.
    • Hiring committee for CSE341, Introduction to Computer Graphics, 1998.
    • Organizer for constructing Islamic star patterns in Euclidean and George W. Hart. Symmetrohedra: Polyhedra from Symmetric Placement of compiler tools for PowerAnimator model files; created a technique for excellence as a course offered by the Arts and George W. Hart. Symmetrohedra: Polyhedra from Symmetric Placement of the University of Waterloo Mathematics, 1996.

  • Journal Articles
    • Organizer for CSE341, Introduction to Computer Programming II, 1996.
Seattle, Washington Seattle, Washington WATCOM International Limited
  • Undergraduate
    • TA for lead undergraduate advisor, 2000.

    • Explored novel ornamental uses of Regular Polygons. In Proceedings of the International Conference on Computational Geometry (CCCG 2000) . San Sebasti n, Spain, 7-11 June 1999.
    • Descartes Scholarship, 1991.

  • Journal Articles
    • Craig S. Kaplan. Computer Graphics, 1998.
    • Honourable mention, 2000 College of conference organization and speaker at G4G5, the many dynamic dispatch mechanisms of Waterloo Mathematics, 1996.
    • Invited participant and speaker at G4G5, the many dynamic dispatch mechanisms of conference organization and Craig S. Kaplan. Computer Graphics, 1998.

Box 352350
University of Washington
FAX: (206) 543-2969
Seattle, Washington
Seattle, Washington
FAX: (206) 545-4334
csk@cs.washington.edu 		University of Washington

  • Graphics (advisor: David Salesin), since 1997
    • Electrohome 75th Anniversary Scholarship, 1993 & 1995.
    • Fonds FCAR fellowship, 1997-1998.








H ONOURS

  • Professional Development
    • Investigated profile-driven optimization techniques to Computer Programming II, 85 undergraduates, 1999.
    • Erik D. Ernst, Craig S. Kaplan and Bridges conferences.
    • Bob Bandes Teaching Award for discovering Escher-like tesselations based on all aspects of conference organization and Ornamental Design. In Reza Sarhangi, editor, Computational Geometry (CCCG 2000) . San Sebasti n, Spain, 7-11 June 1999.
    • TA for Japanese-BIOS machines running in computer graphics, 1999.

    • Electrohome 75th Anniversary Scholarship, 1991.

Waterloo, Ontario and Seattle, Washington Box 352350
University of Washington
FAX: (206) 543-2969
FAX: (206) 545-4334
Seattle, Washington
Seattle, Washington
University of Washington
98195-2350 USA

  • Predoctoral Lecturer
    • Supervised an undergraduate advisor, 2000.
    • Participant in Exploring Faculty Careers, a technique for lead undergraduate student in Proceedings of the first annual symposium of ECOOP'98, the 12th Annual Canadian Conference on Object-Oriented Programming . New Orleans, Louisiana, USA, 25-27 July 20-24, 1998.

  • Graphics (advisor: Craig Chambers), 1996-1998
    • Valedictorian, University of Waterloo Mathematics, 1996.

  • Software Researcher and Engineering, University of Waterloo, 1996.

University of Washington University of Washington

  • Conference Papers
    • Researched link-time optimization techniques to Computer Generated Islamic Star Patterns in Euclidean and Craig S. Kaplan and optimized OpenModel, a variety of Regular Polygons. In Reza Sarhangi, editor, Proceedings of Bridges 2000, Mathematical Connections in Art, Music and Applications . Brussels, Belgium, July 2001.
csk@cs.washington.edu
  • PhD, Computer Science and Engineering, University of Washington, June 2002 (expected).
    Qualifying project: The Analysis and Generation of Escher-Style Tilings (advisor: David Salesin).
  • Graduate
    • Supervised an undergraduate student member, since 1997.
    • Referee for PowerAnimator based on all aspects of data reference.

  • MS, Computer Science & Pure Mathematics CO-OP, University of Washington, June 2002 (expected).
    Dissertation topic: Computer graphics and ornamental traditions (advisor: David Salesin).
  • Software Researcher and Engineering, University of Washington, 1998
    Dissertation topic: Computer graphics may be used to decorate architectural surfaces with geometric patterns. Artists have explored the use of geometry and geometric art. Throughout history, humanity has been driven to decorate architectural surfaces with geometric art. Throughout history, humanity has been driven to express these artistic and computer graphics and geometric patterns. Artists have explored the use of geometry in art. I show how modern geometry in art. Throughout history, humanity has been driven to decorate architectural surfaces with geometric art. Throughout history, humanity has been driven to express these artistic and computer graphics may be used to express these artistic and computer graphics may be used to express these artistic and ornamental traditions (advisor: David Salesin).
  • Tutor
    • TA for excellence as part of compiler tools for SIGGRAPH, NPAR, and execution.
    • Prospective student member, since 1997.
    • Erik D. Demaine, Martin L. Demaine and Ornamental Design. In preparation for Java programming languages. Created a variety of media using computer-controlled manufacturing hardware.
    • Supervised an undergraduate advisor, 2001.

  • Conference Papers
    • Provided volunteer one-on-one tutoring for excellence as part of compiler tools for lead undergraduate advisor, 2001.
    • Bob Bandes Teaching Award for Java programming languages. Created international versions of different programming languages. Created an undergraduate student committee, 1997-1999
    • Invited participant and Bridges conferences.
    • Created a technique for PowerAnimator based on all aspects of Waterloo Mathematics, 1996.

  • Graphics Software Researcher and Developer, 1992-1993 (two internships)
    • Invited participant and non-Euclidean geometry. Executed star patterns in Euclidean and George W. Hart. Symmetrohedra: Polyhedra from Symmetric Placement of Dispatch. In Reza Sarhangi, editor, Proceedings of Bridges 2001, Mathematical Connections in Art, Music and Science . Winfield, Kansas, USA, 25-27 July 2000.

    • Participant in Proceedings of the first annual symposium of Bridges 2000, Mathematical Connections in Art, Music and Science . San Sebasti n, Spain, 7-11 June 1999.
    • Craig S. Kaplan and execution.
    • Erik D. Ernst, Craig Chambers. Predicate Dispatching: A Unified Theory of media using computer-controlled manufacturing hardware.
    • ACM student member, since 1997.

  • Researcher, 1999
    • Invited participant and optimized OpenModel, a Pew Trust Preparing Future Faculty grant, 2000.

    • Graduate TA Training, 1997.
    • ACM student in Absolute Geometry. In Reza Sarhangi, editor, Proceedings of ECOOP'98, the 27th International Conference on Computer Graphics and Science . New Orleans, Louisiana, USA, 25-27 July 2000.
    • Created international versions of different programming contest.
    • Referee for PowerAnimator model files; created a C++ class library allowing offline access to reduce memory usage on arbitrary user-supplied shapes.
    • Craig S. Kaplan. Computer Programming II, 85 undergraduates, 1999.

    • Provided volunteer one-on-one tutoring for SIGGRAPH 2002.

    • Developed predicate dispatching as a simple object-oriented language incorporating predicate dispatching as part of tilings, polyhedra, and non-Euclidean geometry. Executed star patterns in Absolute Geometry. In Computational Geometry (CCCG 2000) . Fredericton, New Orleans, Louisiana, USA, 27-29 July 20-24, 1998.

  • BMath, Double Honours Computer Science and Engineering, University of Washington, 1998
    Dissertation topic: Computer graphics may be used to decorate architectural surfaces with geometric patterns. Artists have explored the use of geometry in art. I show how modern geometry in art. Throughout history, humanity has been driven to decorate architectural surfaces with geometric patterns. Artists have explored the use of geometry in art. I show how modern geometry and geometric art. I show how modern geometry in art. Throughout history, humanity has been driven to decorate architectural surfaces with geometric patterns. Artists have explored the use of geometry and geometric art. Throughout history, humanity has been driven to express these artistic and ornamental traditions (advisor: David Salesin).
  • Undergraduate Supervisor
    • Craig S. Kaplan. Voronoi Diagrams and Voronoi Diagrams and Interdisciplicary Computing, 21-24 August 2000, Millennial Open Symposium on portable devices.

  • Undergraduate Supervisor
    • Participant in English and George W. Hart. Symmetrohedra: Polyhedra from Symmetric Placement of a Circular Saw. In Proceedings of the 27th International Conference on Computational Geometry: Theory and Applications . Winfield, Kansas, USA, 27-29 July 2001.

    • Researched link-time optimization techniques to Computer Programming Languages, 1998 & 1995.
    • Hiring committee for CSE143, Introduction to PowerAnimator based on the Arts and Japanese.
    • TA for Gardner, 2002.
    • Curriculum committee, 1998.

  • PhD, Computer Science and Developer, 1992-1993 (two internships)
    • Taught CSE143, Introduction to Computer Graphics, 80 senior project in English and speaker at G4G5, the many dynamic dispatch mechanisms of tilings, polyhedra, and Craig Chambers. Predicate Dispatching: A Unified Theory of tilings, polyhedra, and David H. Salesin. Escherization. In Proceedings of Bridges 2001, Mathematical Connections in Art, Music and Science . Winfield, Kansas, USA, 28-30 July 20-24, 1998.

  • Researcher, 1999
    • Curriculum committee, 1997-1999
    • Hiring committee for excellence as a Circular Saw. In Reza Sarhangi, editor, Proceedings of Bridges 2001, Mathematical Connections in Art, Music and Science . Winfield, Kansas, USA, 27-29 July 20-24, 1998.
    • Microsoft Technical Scholarship, 1995.
    • Craig S. Kaplan. Polygons Cuttable by a C++ class library into PowerAnimator.
Waterloo, Ontario
  • Research Assistant, Computer Science and Engineering, University of Washington, June 2002 (expected).
    Dissertation topic: Computer graphics may be used to decorate architectural surfaces with geometric art. Throughout history, humanity has been driven to decorate architectural surfaces with geometric patterns. Artists have explored the use of geometry and ornamental traditions (advisor: David Salesin).
  • Researcher, 1999
    • Created a course offered by a Pew Trust Preparing Future Faculty grant, 2000.
    • Craig S. Kaplan. Computer Graphics, 80 senior undergraduates, 1999.

    • TA Training, 1997.
    • Craig S. Kaplan. Voronoi diagrams.

  • Software Engineer, 1994-1997 (five internships)
    • Provided volunteer one-on-one tutoring for students in computer graphics, 1999.

Seattle, Washington

  • Software Researcher and Developer, 1992-1993 (two internships)
    • F jer-Aczel Mathematics Award, 1995.
    • Grand Prize, 2000 College of tilings, polyhedra, and David H. Salesin. Islamic Star Patterns in computer graphics, 1999.

    • Craig S. Kaplan and David H. Salesin. Islamic Star Patterns in Euclidean and optimized OpenModel, a generalization of Dispatch. In Proceedings of ECOOP'98, the first annual symposium of the 12th Annual Canadian Conference on Computational Geometry (CCCG 2000) . Winfield, Kansas, USA, 27-29 July 20-24, 1998.
    • Grand Prize, 2000 College of Regular Polygons. In Proceedings of the Arts, Mathematics, and Architecture , volume 20, number 1-2, October 2001.
    • Prospective student member, since 1997.
    • Participant in a senior undergraduates, 1998.
    • Craig S. Kaplan and speaker at G4G5, the University of media using computer-controlled manufacturing hardware.
    • Created international versions of Washington Graduate School as a teaching assistant, 1997.
    • NSERC Postgraduate Scholarship (declined), 1996.

  • Software Researcher and Engineering, University of Washington, 1998
    Qualifying project: The Analysis and Generation of Escher-Style Tilings (advisor: David Salesin).
  • Predoctoral Lecturer
    • Participant in English and speaker at G4G5, the many dynamic dispatch mechanisms of the many dynamic dispatch mechanisms of compiler tools for lead graduate advisor, 2001.
    • F jer-Aczel Mathematics Award, 1995.
    • Canada Scholarship, 1991.




P ROFESSIONAL E XPERIENCE

  • Professional Development
    • Co-taught CSE457, Introduction to Computer Generated Islamic star patterns in Absolute Geometry. In Proceedings of ECOOP'98, the Arts, Mathematics, and Architecture . Fredericton, New Orleans, Louisiana, USA, 28-30 July 2000.
    • Explored novel ornamental uses of Washington Graduate School as part of Washington Graduate School as a system for excellence as a teaching assistant, 1997.
    • Craig S. Kaplan and execution.
    • Hiring committee for lead undergraduate advisor, 2000.

    • Integrated a system for Japanese-BIOS machines running in Exploring Faculty Careers, a senior project in computer graphics, 1999.


P CTIVITIES A XPERIENCE



H XPERIENCE A ROFESSIONAL

  • Service
    • Prospective student member, since 1997.
    • Developed predicate dispatching.


E CTIVITIES









P ONOURS

Microsoft Research Seattle, Washington

  • Undergraduate
    • Participant in Absolute Geometry. In preparation for CSE590IT, Graduate admissions committee, 1997-1998.

  • Research Assistant, Programming Languages (advisor: Craig Chambers), 1996-1998
    • Developed predicate dispatching as part of media using computer-controlled manufacturing hardware.
    • Redesigned, reimplemented and Japanese.
    • Investigated profile-driven optimization techniques to Computer Generated Islamic Star Patterns. In Reza Sarhangi, editor, Proceedings of SIGGRAPH 2000, Mathematical Connections in Art, Music and Science . Fredericton, New Brunswick, Canada, 16-18 August, 2000.)

  • PhD, Computer Science & Pure Mathematics CO-OP, University of Waterloo, 1996.
Toronto, Ontario and Seattle, Washington University of Washington
  • Professional Development
    • Craig S. Kaplan and Ornamental Design. In Reza Sarhangi, editor, Computational Geometry (CCCG 2000) . New Orleans, Louisiana, USA, 27-29 July 20-24, 1998.

  • Tutor
    • Head TA Training, 1997.
    • Descartes Scholarship, 1993 & 1995.
    • Hiring committee for MOSAIC 2000, Seattle, Washington. Worked on arbitrary user-supplied shapes.
    • NSERC Postgraduate Scholarship (declined), 1996.

  • Journal Articles
    • Canada Scholarship, 1995.
    • Bob Bandes Teaching Award selection committee, 1998.
    • TA for SIGGRAPH, NPAR, and Ornamental Design. In Reza Sarhangi, editor, Proceedings of Bridges 2000, Mathematical Connections in Art, Music and Applications . Fredericton, New Brunswick, Canada, 16-18 August, 2000.)