Case Studies
Case Studies
Operationalizing complex resilience frameworks into technical standards.
Operationalizing complex resilience frameworks into technical standards.
Clear Lake Development Strategy
The Clear Lake Development Strategy represents a critical, performance-driven alignment of municipal growth planning, structural environmental mitigation, and equitable economic expansion. Positioned strategically between Downtown Eugene and the Eugene Airport, this newly annexed 924-acre Urban Growth Boundary (UGB) expansion was activated to secure a 20-year supply of employment, educational, and ecological land. However, transforming this raw urban edge into a high-wage, clean-technology hub requires navigating complex technical firewalls and historic regional deficits. The strategy defines a clear blueprint to solve two primary systematic mandates:
Project Overview
Western Oregon faces a chronic, well-documented economic constraint: a critical deficit of large, contiguous, developable land parcels greater than 10 acres. This constraint has routinely blocked existing local firms from expanding and prevented the region from competing for high-wage, advanced industries like biosciences, clean technology, semiconductor manufacturing, and specialized aerospace. Because manufacturing and tech sector wages track significantly higher than the regional average, this deficit directly impacts local economic resilience and restricts household upward mobility. The "Why" of Clear Lake is the immediate generation of up to 6,000 family-wage jobs. By leveraging its flat topography, proximity to a major state highway, and direct connection to the airport hub, the strategy establishes a high-performance industrial gateway that captures transformational private equity, broadens the municipal tax base, and cements Eugene’s role as a regional economic hub.
Project Goals
As Project Manager, my role was the central execution engine responsible for resolving the critical "shovel-readiness" deficit across the 924-acre expansion area. Securing a 20-year supply of industrial land required moving past passive planning into active, phased infrastructural stabilization.
My management of the infrastructure framework and stakeholder alignment was structured around three key operational directives:
Spatial Corridor Location & Multimodal Alignment
I collaborated with engineering teams to pinpoint and map the optimal geographic footprints for the backbone transportation corridors linking Highway 99 to the Eugene Airport hub. This required balancing flat industrial topographies with strict environmental constraints. I managed the design iterations to ensure the right-of-way alignments maximized contiguous, parcelized land footprints greater than 10 acres—the exact physical metric required to attract advanced tech and aerospace manufacturing. Additionally, I ensured these corridors were engineered from day one as multimodal systems, integrating heavy-freight shipping access with safe, pedestrian-scale connections to nearby neighborhoods.
Utility Integration & Strategic Deployment Phasing
Because the annexed territory completely lacked functional gray and green utilities, I structured the capital improvement pipeline into a phased, risk-mitigated deployment matrix.
Phase 1 (Backbone Infrastructure): I coordinated municipal engineers and public works teams to align the routing of deep wastewater collection networks, primary pump stations, and high-capacity water distribution lines directly within your newly established road corridors to lower implementation costs.
Phase 2 (Ecological Integration): Rather than routing stormwater into expensive piped utility systems, I structured the phased integration of an area-wide green infrastructure network. I directed the alignment of open, low-impact bioretention catchments to intercept, slow, and naturally filter industrial runoff through the area's low-quality wetland networks—satisfying strict state Oregon Goal 5 regulatory standards before private development could break ground.
Cross-Sector Stakeholder Governance & Boundary Alignment
A core challenge of the expansion was the dense fragmentation of private property lines adjacent to public right-of-way zones. I served as the primary municipal negotiator, leading face-to-face consultations with local property owners, industrial tenants, and neighbor groups. By sharing long-term land-use projections and infrastructure capacities, I successfully aligned competing private boundary interests with the city's master infrastructure network. I positioned these negotiations through an economic development lens—demonstrating to individual landowners how collaborative, unified utility easements and coordinated setbacks would increase their property values, remove future variance hurdles, and unlock lucrative ad-hoc infill and cross-parcel growth opportunities as the technology corridor matures.
Clear Lake Development Strategy
The Clear Lake Development Strategy represents a critical, performance-driven alignment of municipal growth planning, structural environmental mitigation, and equitable economic expansion. Positioned strategically between Downtown Eugene and the Eugene Airport, this newly annexed 924-acre Urban Growth Boundary (UGB) expansion was activated to secure a 20-year supply of employment, educational, and ecological land. However, transforming this raw urban edge into a high-wage, clean-technology hub requires navigating complex technical firewalls and historic regional deficits. The strategy defines a clear blueprint to solve two primary systematic mandates:
Project Overview
Western Oregon faces a chronic, well-documented economic constraint: a critical deficit of large, contiguous, developable land parcels greater than 10 acres. This constraint has routinely blocked existing local firms from expanding and prevented the region from competing for high-wage, advanced industries like biosciences, clean technology, semiconductor manufacturing, and specialized aerospace. Because manufacturing and tech sector wages track significantly higher than the regional average, this deficit directly impacts local economic resilience and restricts household upward mobility. The "Why" of Clear Lake is the immediate generation of up to 6,000 family-wage jobs. By leveraging its flat topography, proximity to a major state highway, and direct connection to the airport hub, the strategy establishes a high-performance industrial gateway that captures transformational private equity, broadens the municipal tax base, and cements Eugene’s role as a regional economic hub.
Project Goals
As Project Manager, my role was the central execution engine responsible for resolving the critical "shovel-readiness" deficit across the 924-acre expansion area. Securing a 20-year supply of industrial land required moving past passive planning into active, phased infrastructural stabilization.
My management of the infrastructure framework and stakeholder alignment was structured around three key operational directives:
Spatial Corridor Location & Multimodal Alignment
I collaborated with engineering teams to pinpoint and map the optimal geographic footprints for the backbone transportation corridors linking Highway 99 to the Eugene Airport hub. This required balancing flat industrial topographies with strict environmental constraints. I managed the design iterations to ensure the right-of-way alignments maximized contiguous, parcelized land footprints greater than 10 acres—the exact physical metric required to attract advanced tech and aerospace manufacturing. Additionally, I ensured these corridors were engineered from day one as multimodal systems, integrating heavy-freight shipping access with safe, pedestrian-scale connections to nearby neighborhoods.
Utility Integration & Strategic Deployment Phasing
Because the annexed territory completely lacked functional gray and green utilities, I structured the capital improvement pipeline into a phased, risk-mitigated deployment matrix.
Phase 1 (Backbone Infrastructure): I coordinated municipal engineers and public works teams to align the routing of deep wastewater collection networks, primary pump stations, and high-capacity water distribution lines directly within your newly established road corridors to lower implementation costs.
Phase 2 (Ecological Integration): Rather than routing stormwater into expensive piped utility systems, I structured the phased integration of an area-wide green infrastructure network. I directed the alignment of open, low-impact bioretention catchments to intercept, slow, and naturally filter industrial runoff through the area's low-quality wetland networks—satisfying strict state Oregon Goal 5 regulatory standards before private development could break ground.
Cross-Sector Stakeholder Governance & Boundary Alignment
A core challenge of the expansion was the dense fragmentation of private property lines adjacent to public right-of-way zones. I served as the primary municipal negotiator, leading face-to-face consultations with local property owners, industrial tenants, and neighbor groups. By sharing long-term land-use projections and infrastructure capacities, I successfully aligned competing private boundary interests with the city's master infrastructure network. I positioned these negotiations through an economic development lens—demonstrating to individual landowners how collaborative, unified utility easements and coordinated setbacks would increase their property values, remove future variance hurdles, and unlock lucrative ad-hoc infill and cross-parcel growth opportunities as the technology corridor matures.