Sangren Hall, Western Michigan University

Reflex Integrated Wall Wash LED Fixture in library of Sangren Hall at Western Michigan University in Kalamazoo MI

Western Michigan University, Sangren Hall, Kalamazoo, MI

Reflex Integrated Wall Wash LED Fixture in library of Sangren Hall at Western Michigan University in Kalamazoo MI

Western Michigan University in Kalamazoo was hoping to renovate its out-of-date Sangren Hall, but instead built a larger, more efficient and greener version. Designed by SHW Group to achieve LEED Gold certification, Sangren Hall is a powerhouse for education with a green roof, lots of energy efficiency strategies and a photovoltaic system to provide for some of its demand. The 230,000-square-foot, four-story facility features 50 classrooms with 2,435 instructional seats, two 200-seat auditoriums, an education library, a grants and research center, offices and clinical space. Located at the heart of campus, almost every student passes through its doors at some point during the year and welcoming cafe and event space makes it a great place to meet up for study or socializing.

Sangren Hall literally sits in the center of the campus and also serves as the heart which all students and faculty can enjoy.

Architect: SHW Group, LLC
Project Designer: Stantec, Inc.
General Contractor: Miller-Davis

Kellogg Eye Center

Ceiling Lighting in Medical Center Reception/Lobby

University of Michigan Kellogg Eye Center, Ann Arbor, MI

Ceiling Lighting in Medical Center Reception/Lobby

Project Overview

The University of Michigan Kellogg Eye Center in Ann Arbor is a state-of-the-art facility dedicated to ophthalmic care and research. For the receptionist area, Belfer Lighting supplied RX1320 recessed LED indirect fixtures to create a welcoming, glare-free environment that balances modern design with the needs of healthcare spaces.


Lighting Solution

The RX1320 Recessed Indirect Lighting system was specified for its high-quality light distribution, energy efficiency, and seamless architectural integration. Installed in the ceiling above the reception desk, the fixtures provide soft, ambient illumination that ensures both patient comfort and staff visibility.

Fixture Specifications:

  • Model: RX1320 LED Recessed Indirect Fixture

  • Light Source: Linear LED, 3000K neutral white

  • Dimming: 0–10V dimmable control for flexible light levels

  • Application: Ambient and architectural lighting for healthcare facilities

  • Design: Recessed housing for clean, minimal appearance

  • Performance: High-efficiency LED modules with long life and low maintenance


Design Intent

The lighting design focused on creating a calming and professional atmosphere for patients and visitors entering the Kellogg Eye Center. By using indirect lighting from the RX1320 fixtures, the reception area is illuminated without harsh glare, which is particularly important in an eye care facility where patients may have light sensitivities.


Installation Highlights

  • RX1320 fixtures integrated into ceiling recesses for an elegant, floating ceiling effect

  • Uniform light distribution improves visual comfort and aesthetics

  • Dimming controls allow for adjustable brightness during different times of day

  • Energy-efficient LED design aligns with sustainability goals of the facility


Results

The RX1320 recessed indirect lighting has transformed the Kellogg Eye Center’s reception area into a bright yet soothing environment. Patients and staff benefit from improved visibility and a visually comfortable space that complements the center’s high standards for care and design.

University of Delaware

Reflex Recessed Indirect Lighting in university lobby

University of Delaware, Interdisciplinary Science and Engineering Building, Newark, DE

Reflex Recessed Indirect Lighting in university lobby
Reflex Recessed Indirect Lighting in university lobby

The Reflex recessed indirect fixture supports custom silkscreened glass accessories — including Frosted Glass Shields and Full Panel Glass panels — allowing room numbers, floor identifiers, or institutional logos to be incorporated directly into the lighting trim. A practical specification advantage for long corridors in universities, healthcare facilities, and hotels where wayfinding and lighting are combined into one architectural element.

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

FAQs: Frequently Asked Questions

More Information

University of Massachusetts

Ceiling Lighting in university lobby

Transforming Learning Spaces with LED Lighting

Wall Wash Lighting in university lecture hall theatre

University of California, Rady School of Management, San Diego, CA

Wall Wash Lighting in university lecture hall theatre

At the Rady School of Management, advanced lighting technology is redefining experiential learning in the J.R. Beyster Auditorium. The integration of Belfer's Reflex LED Recessed Indirect Lighting enhances the aesthetic appeal while promoting an engaging educational environment. This innovative lighting solution is designed for seamless installation, making it ideal for both new construction and renovations. Explore how thoughtful lighting can elevate learning experiences and foster creativity in various settings.

San Diego State University

Recessed lighting in ceiling of donor wall at university

San Diego State University, San Diego CA

Recessed lighting in ceiling of donor wall at university

Wall Wash Fixtures
Lighting Design: Cynthia L. Burke, Burke Lighting Design
Photography: Brett Drury Architectural Photography