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• Describe your proposed intervention(s) and associated theory of change and impact <br />(positive and negative). Impact must include equity discussions. <br />• Describe alternatives <br />• Describe possible funding mechanisms. <br />• Include quantitative analysis which would include simulation results. <br />The final deliverable is a 5-10 page paper and a 10-12 minute presentation. <br />Simulations/Policy Papers <br />There will be a number of simulations and papers due. The Simulations will use the EN -ROADS <br />simulator. Policy papers will on selected topics. <br />Grades <br />For this class final grades are based on final percentages (using the percentages and table <br />below). <br />• A : <br />93.0 and higher <br />• A- <br />: 90.0-92.99 <br />• B+: <br />87.0 - 89.99 <br />• B : <br />83.0 - 86.99 <br />• B-: <br />80.0 - 82.99 <br />• C+: <br />77.0 -79.99 <br />• C <br />: 73.0 - 76.99 <br />• C-: <br />70.0 - 72.99 <br />• D+: <br />67.0 -69.99 <br />• D <br />: 63.0 - 66.99 <br />• F : <br />less than 63.0 <br />Student Deliverables (Subject to Change) <br />• Individual <br />0 20% - Reading assignments with Canvas discussions. <br />0 25% - Interim position papers, presentations, etc. <br />0 5% -Reflection Assignments <br />0 5% - Participation in discussions and activities. <br />• Team -based <br />0 10% -Interim Group Assignments <br />0 35% - Final paper/presentation on policy recommendations <br />Book Chapters and sources <br />All available in the library or on the Canvas site. <br />Designing Climate Solutions by Hal Harvey <br />• Intro, Chapter 1 pp 1-33, Chapters 2, 3 - 34-68 <br />• Finance - Ch 13 Carbon Pricing <br />Page 46 of 185 <br />