Project Overview
The University of Delaware's Interdisciplinary Science and Engineering Building spans 200,000 square feet and reflects a deep commitment to renewable energy and environmental stewardship. Designed by Ayers Saint Gross, the building unites advanced research facilities, collaborative learning spaces, and public corridors into a cohesive architectural environment where lighting plays a central role in wayfinding, functionality, and atmosphere.
The lighting design incorporates LED recessed indirect lighting fixtures throughout the building to deliver smooth, glare-free illumination suited to the scale and mission of a leading academic institution.
Lighting Design Approach
The lighting strategy prioritizes visual comfort, energy efficiency, and spatial definition across a large institutional footprint. RX1320 LED recessed indirect fixtures are integrated throughout corridors and public zones, providing high-output indirect illumination that minimizes glare and supports the demands of an active university environment.
A white powder coat trim finish complements the building's clean, modern aesthetic, reinforcing the crisp, institutional character of corridors and academic spaces throughout the building.
Product Highlight: RX1320 LED Recessed Indirect Lighting Fixture
The RX1320 LED Reflex™ Indirect Wall Wash Fixture is an ADA-compliant, high-performance architectural lighting solution designed for institutions, universities, healthcare facilities, and commercial interiors requiring smooth, low-glare illumination.
- High-output indirect LED for large open spaces and high ceilings
- Recessed design with deep shielding for visual comfort and minimal glare
- White powder coat finish for clean, institutional integration
- Silk screened glass option for custom room numbers, logos, or wayfinding
- Zero-to-10V dimming capability for flexible lighting control
- 90+ CRI with color temperature options: 2700K, 3000K, 3500K
- 18 watts, 2277 initial lumens (126 L/W)
- Made in the USA with commercial-grade materials
- ADA compliant for ceiling, wall, or aisle installation
Design Considerations
- Wayfinding integration: Silk screened glass panels with classroom numbers eliminate the need for separate signage systems
- Glare control: Indirect illumination reduces eye strain and enhances visual comfort in high-traffic academic corridors
- Architectural cohesion: White powder coat finish aligns with the building's clean institutional palette
- Sustainability: High-efficacy LED technology (126 L/W) supports the university's renewable energy and stewardship goals
- Scale: High-output performance sustains consistent light levels across 200,000 square feet
- Flexibility: 0-10V dimming supports variable occupancy and daylight harvesting strategies
Architect: Ayers Saint Gross