Lighting design has moved beyond simple illumination. In modern construction, the way we light indoor spaces directly affects human health, productivity, and comfort. At the center of this shift is circadian lighting, a science-driven approach that aligns artificial light with the body’s natural 24-hour biological clock. By using advanced systems such as red, green, blue, […]
Few building materials carry the spiritual weight and architectural versatility of timber. From ancient oak groves where druids gathered to the soaring hammer beam trusses of Westminster Abbey, wood has always held a unique place in sacred architecture. Today, that tradition continues as architects combine centuries of craft with modern engineered wood products to create
In the design of high-performance buildings, architects and engineers routinely focus on what occupants can see: daylight, materials, spatial organization, and finishes. Yet what occupants hear, or struggle to hear, can be just as influential in determining comfort, productivity, health, and overall building quality. Acoustic performance is not a specialty concern reserved for theaters or
Building professionals face a growing challenge: how to integrate accessibility equipment into projects without compromising design quality, environmental performance, or budget. Vertical platform lifts, home elevators, stairlifts, and through-floor lifts have traditionally been treated as late-stage additions, specified only to meet minimum code requirements. However, a deeper understanding of their triple bottom line benefits reveals
The St. Charles Cancer Center in Redmond, Oregon, represents a new benchmark in healthcare facility design, where specialized construction and patient-centered architecture converge to deliver exceptional care. Opened to patients on April 20, 2026, the two-story, 53,000-square-foot facility is approximately nine times larger than the region’s previous cancer treatment center and can serve up to
Good & Roberts, part of the C.W. Driver Companies, recently topped out the $20.5 million Illinois St. Apartments in San Diego, marking completion of the structural phase for this 65-unit multifamily development. The project, being delivered for Falcon Co. LLC, exemplifies the wood-frame over concrete podium construction method that has become a dominant approach for
Artificial intelligence is reshaping industries worldwide, and one of the most visible physical consequences is the explosive growth in data center construction. As AI workloads demand exponentially more computing power and storage, technology companies are racing to build facilities that can house the required infrastructure. Precast concrete has emerged as a preferred building material for
Heritage sites around the world face a common challenge: how to remain culturally and financially relevant to modern audiences while preserving their architectural integrity. One increasingly effective answer is the use of site-specific immersive multimedia experiences that transform historic buildings into nighttime destinations. These experiences use projection mapping, original scores, and synchronized lighting to reveal
Insulating mass walls from the interior side presents a persistent challenge for building professionals. When stone, brick, concrete block, or cast-in-place concrete walls receive interior insulation, the temperature profile within the assembly shifts dramatically. The interior surface of the mass wall drops below the dew point during winter months, creating conditions where moisture from the
Many of the United States’ most iconic landmarks did not turn out the way their original creators envisioned. Early design proposals were often far more ambitious, featuring larger structures, additional architectural elements, or more elaborate artistic details than what was ultimately built. Practical challenges such as construction costs, engineering limitations, and shifting project timelines forced
