Assessment ========== This course contains a wide variety of assessment activities, designed to encourage *active learning* and emphasize practical skills development. This is only a brief summary of the assessments. For full details, please refer to the course outline on CourseLink. * **Course Notes Development or In-class Debater** 10% - Each student should make individual contributions to these course notes - Since there are not enough spots for every student to be a primary note taker, students will have the opportunity to be an **in-class debater** in lieu of primary note taker - See :ref:`contributing-to-notes` for more information. * **Reflections and Participation in Debates** 10% - Between March 11 - April 1 each student will read *Situational Awareness* and contribute to a series of asynchronous and in-class discussion and debates - The in-class debates will be in the lecture periods on March 18, March 25 and April 1 * **Video Presentation** 10% - Each student will research and prepare a 5 minute pre-recorded presentation on a prominent systems thinker of their choice - The presentations will be submitted through the CourseLink "Video Assignments" tool and made available to the instructor and all students for peer review * **Homework** 15% - Homework assignments will closely follow the lectures. They will be submitted as `Jupyter`_ notebooks. They are due by CourseLink Dropbox according to the schedule on CourseLink - Homework will be auto-graded according to a terniary scheme: * High pass (more than average effort, essentially complete) * Pass (reasonable effort, may be missing some components) * Fail (less than average effort, mostly incomplete) - The three homework submissions with the lowest grade will be dropped. However, **homework assignments that are not submitted will not be dropped** * **Lab Tests** 25% - There will be two lab tests, each worth 12.5% - The lab tests will be conducted in the lab periods on February 13 and March 20 - The lab tests will cover the material from the homework assignments and the other labs - They will involve a short meeting with a member of the instructional team while working in a `Jupyter`_ notebook * **Final Project** (Teams of 3-4 students) 30% - The project will focus on a case study of complex systems modelling - See `Downey (1st edition)`_ for some examples of student case studies .. _Jupyter: https://jupyter.org .. _Downey (1st edition): http://greenteapress.com/complexity/index.html