Designed as a modular learning tool with rotating modules, the SEED Instrument enables Prairie View A&M University to conduct innovative research on the impact of environmental factors and energy efficiency in building design.
The Sustainable Efficient Envelope Design (SEED) Instrument at Prairie View A&M University was developed to research the effects of building envelope design on energy use. WestEast Design Group was tasked with designing this modular learning instrument, based on two model cubes created by the PVAMU School of Architecture. The SEED Instrument is an addition to the existing Architectural Fabrication Center and supports long-term studies on energy performance and building design.
The SEED Instrument consists of two identical experimental modules made from metal panels and insulated structural composites. The facility is built on a custom-made articulated turntable, allowing the modules to rotate and simulate various sun angles. This setup enables instructors and students to study the effects of outdoor environmental conditions and solar exposure on the building envelope, as well as test different shading devices, HVAC systems, and lighting designs.
The SEED Instrument provides a state-of-the-art learning environment where students can observe and evaluate the impact of sun angles and environmental factors on full-scale conditioned spaces. The rotating modules offer a flexible platform for long-term performance studies, making it a valuable tool for energy efficiency research and building design education at Prairie View A&M University.
Prairie View A&M University
Prairie View, Texas
2018
1,925 sf
Evaluating existing conditions and programs
Establish performance requirements and design criteria for the project
Reviewing Campus Master Plan, and Strategic Vision
Design and Construction Standards, documents and appropriate archive materials
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