1 Session Introduction: Geothermal Energy Networks: Transforming Our Thermal Energy System 2 Session 1-1: A Systems View of the Energy Transition and Role of Methane Emissions 3 Session 1-2: Carbon Reduction Pathways for Building Stocks 4 Session 1-3: Health Impacts of Methane ("Natural") Gas Systems 5 Session 2-1: An Ecological View of the Energy Transition 6 Session 2-2: How GENs Can Meet Environmental Justice Priorities 7 Session 2-3: How GENs Arose out of Moms Organizing to Protect Their Children's Future 8 Session 3-1: Policy Case Study on the WARMTH Act 9 Session 3-3: The (Geo) Thermal Energy Networks: U.S. Policy Landscape 10 Session 3-4: Geothermal Energy Networks: Transforming Our Thermal 11 Session 4-1: Networked Geothermal: The European Experience 12 Session 4-2: Deploying Geothermal Networks At City and Country Scale: Utility Perspective on Scaling 13 Session 4-3: Business Models for Community Networked Geothermal Heating and Cooling 14 Session 4-4: Expanding Geothermal Energy Networks at a Global Scale 15 Session 5-1: Introduction to Geothermal Heat Pumps 16 Session 5-2: Differences Between Geothermal Heat Pumps and GEN 17 Session 5-3: Introduction to Design of GENs 18 Session 6-2: Emerging Code & Standards for Ambient Temperature Loops 19 Session 6-3: Introduction to Drilling Geothermal Boreholes 20 Session 6-4: Constructing and Commissioning of a GEN 21 Session 7-2: Learning from Geothermal Energy Networks 22 Session 7-3: Techno-Economic Modeling of GENs with HEATNETS Model 23 Session 8-1: ATL District Systems Overview 24 Session 8-2: Framingham, Massachusetts UTEN Pilot Project Overview 25 Session 8-3: Thermal Energy Network Evolution of the Penn South Community in Manhattan 26 8-4: Intro to the MIT Thermal Energy Networks Plan for Rapid, Cost-Effective Campus Decarbonization