Silicon Valley Clean Energy (SVCE) is seeking a consultant to develop a comprehensive Building Decarbonization Joint Action Plan that will guide program activities in 2020 and beyond. The plan should address building decarbonization policies, programs and activities well-suited to Community Choice Energy agencies and local jurisdictions. The scope includes regional coordination, education and outreach, rate design, building codes, permitting, planning, incentive programs, and land use planning. The work should leverage existing resources including SVCE's buildings baseline study and DER/electrification assessment, member agency climate action plan analyses, and the Building Decarbonization Coalition's Roadmap to Decarbonize California's Buildings. The project involves three main tasks: (1) Initial Stakeholder Engagement including one collaborative workshop, one public webinar, and up to 6 targeted one-on-one interviews with stakeholders; (2) Draft Building Decarb Joint Action Plan producing a 10-15 page draft plan with graphic design support; and (3) Final Stakeholder Engagement including final consultations, feedback collection, report editing, graphic design, publishing, and one in-person briefing. The plan should be developed collaboratively with stakeholders including architects, developers, contractors, labor representatives, other CCAs, state agencies, PG&E, customers, community groups and environmental advocacy organizations. The resulting plan will be published and disseminated to other CCAs to further building decarbonization initiatives. SVCE serves approximately 270,000 residential and commercial electricity customers across thirteen communities in Santa Clara County, with 97% market penetration in its service area. The organization has set ambitious decarbonization goals to reduce energy-related greenhouse gas emissions from 2015 baseline levels to 30% by 2021, 40% by 2025, and 50% by 2030. Buildings in SVCE territory are responsible for approximately one-third of community-wide emissions, primarily due to natural gas appliances. The transition to high-efficiency electric alternatives running on clean, carbon-free electricity is a critical strategy for achieving deep decarbonization at scale.