U of A Research Facility
Project Overview
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This academic project involved designing a four-story research facility as part of the University of Arizona's existing campus plan. The program included research laboratories, teaching spaces, faculty offices, a main auditorium, and outdoor collaboration zones. The goal was to create a contemporary, high-performing space that supports academic excellence while ensuring accessibility, safety, and efficient circulation.
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Design Approach
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The design process began with careful space programming and circulation analysis to accommodate diverse user needs. Parametric modeling in Revit allowed for iterative refinement of layouts and building components, ensuring optimal functionality within the designated site footprint. Sustainable design strategies were integrated to promote energy efficiency and long-term resilience.
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Key Features
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Four-story facility with dedicated research, teaching, and administrative spaces
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Main auditorium and collaborative outdoor zones for academic and social engagement
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Thoughtful circulation design for efficient user flow
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Sustainable strategies for environmental performance
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Accessible, code-compliant layouts for all users
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Skills & Software
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Software: Revit (BIM modeling, construction documentation, parametric design)
Skills: Space programming, circulation design, sustainable integration, technical drafting, 3D visualization, construction documentation
West
North
ENLARGED FLOOR PLANS
LEVEL ONE FLOOR PLAN
LEVEL TWO FLOOR PLAN
LEVEL TWO FLOOR PLAN
ELEVATIONS
NORTH ELEVATION
SOUTH ELEVATION
EAST ELEVATION
WEST ELEVATION
EAST ELEVATION 3D
SECTIONS & DETAIL VIEWS
WEST BUILDING SECTION
SOUTH BUILDING SECTION
Staircase B and Service Elevator
Staircase A and Lobby
Elevators
MASONRY WALL / ROOF CONNECTION
ELEVATOR PIT DETAIL
CURTAIN WALL TO SLAB CONNECTION
3D REVIT RENDERS
NORTHWEST CAFE PATIO
COURTYARD
NORTH LOBBY ELEVATORS
WEST HALL STAIRS
Outcome
This project demonstrated my ability to manage complex programming requirements while maintaining a cohesive design vision. The final deliverables included detailed construction documentation, conceptual mass models, and visualizations that effectively communicated the design intent to academic stakeholders.