Program Manager at Environmental Non Profit - MUST live in OR, ID or WA

• Develop outreach strategies and implement campaigns to promote brownfield activities and programs in EPA Region 10, focusing on public and private entities, tribal nations, and indigenous communities.
• Support and expand delivery of technical assistance services, deepen collaboration with US EPA and state regulatory agencies, and lead conference and workshop planning.
• Build new partnerships for outreach, drive workshop and webinar attendance, and develop case studies highlighting redevelopment successes.

This role advances sustainable and equitable reuse of underutilized and environmentally-impacted properties, turning blighted sites into community assets like housing, open space, and commercial properties, thereby creating jobs and local tax revenues while promoting environmental health.

• Bachelor's degree in urban design, planning, landscape architecture, or engineering field.
• Minimum five years of experience in land reuse, environmental planning, or brownfield redevelopment with public and private sector stakeholders.
• Project management and supervisory experience; proficiency in Microsoft Suite, GSuite, Zoom, and video conferencing; experience with Salesforce and ArcGIS is a plus.
• Understanding of policy trends in land use, sustainability, community development, and climate change; excellent written and oral communication skills.

Full-time, remote position with pay range $40.91-$52.56/hour (annualized ~$85,093-$109,325). Benefits include 10 days vacation, 10 days sick leave, 11 paid holidays, 3% SIMPLE IRA match after 60 days, $825/month HRA after 90 days, $85/month internet/cell stipend, and employer-provided laptop and peripherals.

The Center for Creative Land Recycling (CCLR) is the oldest national non-profit pioneering infill development and land reuse to promote human and environmental health and economic revitalization, advancing communities' sustainable and equitable reuse of underutilized and environmentally-impacted properties.