Building Data Centers For Reliability And Efficiency
Optimizing Airflow, Durability, and Lifespan Through Coordinated Design
Sponsored by Construction Specialties
This course introduces architects to the core design, construction, and operational demands of data centers—facilities essential to 24/7 digital infrastructure. Participants will explore strategies for addressing airflow, environmental protection, and durability through key components such as louvers, expansion joints, wall protection, and entrance flooring.
The course emphasizes integrated coordination with engineering teams, precision in documentation, code compliance, and scalable design practices that reduce rework and enhance performance. Whether working on new construction or retrofits, architects will gain actionable guidance to support resilient, efficient data center delivery.
Image courtesy of Construction Specialties
Founded in 1948, Construction Specialties (CS) is a family-owned, specialty building products manufacturer. CS provides solutions to challenges that architects, designers, building owners, facility managers, and contractors face every day. Since inventing the first extruded louver, CS has become a global leader in all our product categories: Acrovyn® interior wall protection, impact-resistant doors, entrance flooring, expansion joint solutions, architectural louvers, sun controls, architectural elements and privacy curtains + tracks. Drawing upon our decades of experience, CS provides extensive services resulting in high-quality products found in some of the world’s most significant architecture. For more information about CS products and solutions, please visit c-sgroup.com.
Originally published in Architectural Record
Originally published in November 2025
LEARNING OBJECTIVES
- Discuss environmental and architectural challenges in data center design and identify integrated product solutions that support airflow, durability, and resilience.
- Explain how early coordination and precise documentation with engineering teams improve integration, reduce rework, and support long-term performance.
- Describe scalable design and manufacturing strategies that meet tight timelines and mission-critical operational goals.
- Define key codes and standards (e.g., ASHRAE 90.1, ASCE 7-22, FEMA P-1019) to ensure compliance, safety, and lifecycle reliability.
