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recent_teaching_history [2012/05/09 06:38] – Links to competitive_programming changed to competitive_programming_2011 jtkorb | recent_teaching_history [2014/06/20 20:37] – jtkorb |
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| ====== Teaching Fall 2013 ===== |
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| * CS29000-CP0: [[http://www.bikmort.com/dokuwiki/competitive_programming_2013|Competitive Programming]]. CRN 53092. |
| * CS49000-WMS: [[http://www.purduestartupclass.com/front|Web and Mobile Startups]]. Jon Perl is the primary instructor; I am the "instructor of record". CRN 65960. |
| ====== Teaching Spring 2013 ===== |
| * CS18000: [[http://courses.cs.purdue.edu/cs18000|Problem Solving and Object-Oriented Programming]]. Lectures are MWF at 7:30AM in MATH 175. Office hours: MWF 8:30-9:30 or by appointment. |
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| ====== Teaching Fall 2012 ===== |
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| * CS39000-CP0: [[competitive_programming_2012|Competitive Programming]]. This one-credit course is a weekly, three-hour laboratory. It emphasizes the transition from problem statement to algorithm to code. The top students compete in the regional ACM programming contest held in November. |
| * EDPS49100-002: [[http://cs4edu.cs.purdue.edu/mt2012f:start|Methods of Teaching Computer Science]]. Co-taught with [[http://www.edst.purdue.edu/aman|Prof. Aman Yadav]] in Education. This course is part of a College of Education [[http://cs4edu.cs.purdue.edu/license|supplemental licensure]] program. |
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====== Teaching Spring 2012 ===== | ====== Teaching Spring 2012 ===== |
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====== Teaching Fall 2011 ===== | ====== Teaching Fall 2011 ===== |
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* CS39000-CP0: [[competitive_programming_2011]] {{:contest-course-flier_2011.pdf|flier}} | * CS39000-CP0: [[competitive_programming_2011|Competitive Programming]] {{:contest-course-flier_2011.pdf|flier}} |
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This one-credit course is a weekly, three-hour laboratory. It emphasizes the transition from problem statement to algorithm to code. This year there will be a wider variety of problems to accommodate different skill levels. The top students will compete in the regional ACM programming contest held on Saturday, October 22nd. Following the traditional algorithm competition, we will complete the semester with a "king of the hill" style ladder competition (last year it was the ICPC snowball fight simulation, http://queue.acm.org/icpc/). | This one-credit course is a weekly, three-hour laboratory. It emphasizes the transition from problem statement to algorithm to code. This year there will be a wider variety of problems to accommodate different skill levels. The top students will compete in the regional ACM programming contest held on Saturday, October 22nd. Following the traditional algorithm competition, we will complete the semester with a "king of the hill" style ladder competition (last year it was the ICPC snowball fight simulation, http://queue.acm.org/icpc/). |