Navemaer examines how spatial thresholds, daylighting geometry, and structural sequencing align before physical groundbreakings begin. We dissect projects as technical coordination problems rather than decorative surfaces, documenting real building parameters.
Through independent volumetric studies and rigorous material evaluations, our research bridge architectural intent with actual job-site assembly constraints. We emphasize clear paper documentation to eliminate structural ambiguity across every phase.
Four Typology Studies
Cedar Point Housing
Multi-family residential concept analyzing shared perimeter circulation, deep daylight penetration, and cast concrete thermal massing designed to optimize acoustic separation between adjacent dwelling units.
Northfield Workspace
Commercial floorplate investigation centered on modular structural steel grids, flexible core servicing corridors, and perimeter solar shading louvers that support evolving organizational configurations over decades.
Courtyard Learning Center
Adaptive educational facility organized around a sheltered central courtyard, testing passive ventilation channels, low-maintenance masonry assemblies, and intuitive wayfinding through exposed structural rhythms.
Riverline Commons
Public civic pavilion concept prioritizing heavy timber glulam connections, permeable grade transitions, and unobstructed civic assembly zones engineered for long-term regional weather resilience.
Core Planning Methodologies
Functional Purpose
Spatial Sequencing
Material Constructibility
Human Scale
Define programmatic loads, volume requirements, and occupancy demands prior to testing formal structural geometries.
Organize circulation paths and service trunks along rational grids that streamline contractor execution in the field.
Maintain intuitive tactile transitions, clear daylight corridors, and accessible thresholds across everyday spaces.
Select structural concrete, timber, and steel systems based on durability tolerances and proven connection details.
Submit architectural research questions, review technical study parameters, or propose spatial topics for our forthcoming publications.