City of Missoula #RFP GIS Boundary Alignment

City of Missoula Seeks GIS Consultants for Boundary Alignment Using ESRI Parcel Fabric

The City of Missoula, Montana is seeking qualified GIS consultants to realign its authoritative boundary datasets with Missoula County's updated ESRI Parcel Fabric dataset. - Government Buyer: - City of Missoula, Montana (City GIS Department, Sr GIS Analyst) - OEMs and Technology Requirements: - ESRI is the required technology platform - ArcGIS Enterprise v11.4 - ArcGIS Pro v3.4 - ESRI Parcel Fabric - Products/Services Requested: - Spatial adjustment and reconciliation of approximately 55 GIS datasets (~19,700 features) - Datasets include city limits, council wards, neighborhood boundaries, easements, fire districts, police patrol zones, infrastructure operations boundaries, public parks, right-of-way (acquired and vacated), subdivisions, and other administrative boundaries - Delivery of updated, production-ready GIS datasets for enterprise geodatabase - QA/QC reports and documentation - Web-based review application - Unique or Notable Requirements: - All adjustments must preserve legal intent and topological integrity - No modifications to the parcel fabric itself; only boundary datasets are to be adjusted - Consultant must provide a defensible adjustment methodology and maintain data/versioning integrity - Experience with ESRI Parcel Fabric, spatial adjustment tools, and municipal boundary maintenance is required - Place of Performance: - City of Missoula, Montana (435 Ryman St, Missoula, MT 59802)

Description

The City of Missoula is seeking qualified GIS consultants to realign its authoritative GIS boundary datasets with the County's updated parcel fabric. The project involves spatial adjustments and data reconciliation to preserve legal intent and topological integrity across approximately 55 datasets and 19,700 features. The consultant must provide a detailed adjustment methodology, maintain data integrity, and deliver production-ready GIS datasets. Proposals are due by May 13, 2026, with work completion expected by June 1, 2027.

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