![]() Honors Biology with instructor Dan Davis Physical Science with instructor Dan Davis Year 12 Chemistry with instructor Anna Hills Modeling and Simulatin (CS 4635) with instructor Russ Abbottīiology 188 - Evolution with instructor Kirk Lin Modeling and Simulation (CS 4635) with instructor Russ Abbott Sociology 335 - Social Psychology with instructor Jeffrey Davis Complexity and Emergence (Math 309) with instructor Scott Crass CombsĬomSci #0417 with instructor Jorge Sanchez AlejandreĬalifornia Polytechnic State University (Cal Poly)Įarth Science (Physical Science 103) with instructor Aleksandra Wydzga Meyer Introduction to Multimedia Computing (CISC 1600) with instructor Michael Mandelġ0th grade EOC Biology with instructor Jo A. Introduction to Multimedia Computing (CISC 1600) with instructor Matthew K. Special Topics in Political Science (POSC 390R) with instructor Troy Smith PLTW AP Computer Science with instructor Charlotte EdmonstonĪnimal Behavior (Biology 440) with instructor Kimberly Bolyard Modelisation des systemes complexes et environnement with instructor Murat Yildizoglu Modélisation et simulation économique with instructor Murat Yildizogluīiologically-inspired Multiagent Systems with instructors Wolfgang Heiden and Gerhard KraetzschmarĪgent Based Modelling (ABM) (Short Course) WilsonĪgent Based Policy Modeling (ECON509D) with instructor Andreas Pape ![]() Physics, Math, and Engineering classes with instructor Susan B. Geometry and Technology in the Middle School Classroom (M3066/5066) with instructor Glen RichgelsĬomputers in the Sciences (IDS233) with instructor Dwight KrehbielĪgent Based Policy Modeling (Economics 670) with instructor Andreas Pape Modeling & Simulation (MTH/CSC 4170) with instructor Andrew Miller ![]() Introduction to Computing: Simulating Reality (CMSC 115) with instructor Sven Anderson Intro to Agent Oriented System (ICP-1025) with instructor William J. PLTW course in Computer Science and Software Engineering with instructor Wes Foshee Primera escuela de verano de modelación para la sostenibilidad (First summer school of modeling in sustainability) developed by the Ecology InstituteĪgent-Based Modeling with instructor Marco Janssen Agent-Based Modeling for Sustainability (SOS 591) with instructor Marco Janssen Biological Design II (BDE 702) with instructor Antonio Garcia Foundation Simulation Modeling (EGR 382/SMC 521) with instructor Jennifer Bekki Public Policy Analysis (PAF 471) with instructor Spiro Maroulis Introduction to Applied Mathematics for the Life and Social Sciences (AML 100 / SOS 101) with instructor Rachata Muneepeerakul Seminar on Modeling Complex Systems with NetLogo with instructors Michael Barton, Jacopo Baggio, Ted Pavlic, and Joshua Watts Social Simulation with instructors Jacopo Baggio and Marco Janssen Earth Systems Engineering & Management (CEE 400) with instructor Thomas Roberts Introduction to AI (VO 501.054/UE 501.096) with instructor Paolo PettaĪutonomous National University of Mexico (UNAM) The Austrian Research Institute for Artificial Intelligence Math 14 Mathematical Modeling with instructor Tanya LeiseĨth Grade Science with instructor Emilie Cassar Growing Artificial Societies (Econ 450/650) with instructor Alan Isaac Game Changers: Models, Concepts and Theories to Rethink the World (SIS 106) with instructor Matthew Taylor PLTW course in Computer Science and Software Engineering with instructor Jonathon PattersonĪdvanced Institute of Industrial Technology (Tokyo, Japan)Īdvanced Artificial Intelligence Design, System with instructor Hisashi Hayashiīridge to Business with instructor Thomas Will For corresponding homework assignments, see the assignments page.University, secondary, and online courses that utilize NetLogo.There will also be occasional readings from various other sources including readings on reserve and on-line sources.It can also be downloaded PDF format to your personal computers from this website (which is highly recommended), as can the NetLogo software (which is equally highly recommended, though it is also available in the lab). There will be regular readings from the NetLogo users manual, which can be read on-line at /netlogo/docs/. ![]() Students will also have independent “open” laboratory exercises, to be submitted as weekly homework assignments.ĭuring the final five weeks of the semester, each student will complete an independent project, which will include designing and programming a computer simulation and a laboratory experiment making use of that simulation. A significant amount of the scheduled course time will be devoted to in-class laboratory work.
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