Building

Healthcare Facility ER Expansion Construction: Design and Delivery Strategies for Hospital Emergency Room Projects

Healthcare facility construction demands a level of precision, coordination, and regulatory awareness that few other building types require. When Adolfson & Peterson Construction (AP) completed the $2.3 million expansion of the emergency room at Methodist Landmark Hospital in San Antonio, the project demonstrated how targeted construction strategies can transform patient care capacity within an existing […]

Power-Operated Swinging Door Code Compliance: Standards for Building Professionals

Understanding Power-Operated Swinging Door Classifications and Standards Power-operated swinging doors are common in commercial buildings, hospitals, offices, and institutional facilities. They provide hands-free access, improve traffic flow, and support accessibility. The codes that govern their design, installation, and operation are specific and often misunderstood. When specifying door hardware and operators, choosing door hardware with ANSI/BHMA

Thermal Efficiency Strategies for Glazed Curtain Wall Systems

Glazed curtain walls are a defining feature of contemporary architecture, wrapping buildings in expansive glass facades that offer daylight, views, and visual transparency. Yet the same transparency that makes these assemblies design icons also creates a persistent performance challenge: thermal efficiency. With aluminum framing acting as a natural conductor of heat and cold, glazed curtain

Power-Operated Swinging Door Compliance: Key Standards and Installation Requirements for Building Professionals

From hospital entrances to commercial office lobbies, power-operated swinging doors have become standard fixtures in modern building construction. These automated entry systems offer convenience and accessibility, but they also come with strict regulatory requirements. Understanding the codes that govern power-operated swinging doors is essential for building professionals, specifiers, and contractors who want to avoid costly

Designing Residential Buildings with Open-Air Courtyards: Key Strategies for Building Professionals

Open-air courtyards are transforming how building professionals approach multifamily residential design. The integration of outdoor living spaces within the building envelope has emerged as a defining feature of innovative housing projects, offering residents direct access to fresh air, natural light, and greenery while fostering social interaction. For building professionals seeking to incorporate these elements into

Wuxi Olympic Sports Center: Sustainable Stadium Construction on a Wetland Site

The construction of the Wuxi Olympic Sports Center in Wuxi, China, represents a significant milestone in sustainable large venue development. Designed by gmp Architects and now substantially underway on a 57-hectare wetland site, this Olympic sports complex includes a 60,000-seat stadium, an 18,000-capacity multipurpose arena, and a 2,000-seat competition pool. The project demonstrates how stadium

Double-Height Laboratory Design for University Campus Building Additions in Construction Education

The Role of Double-Height Laboratory Spaces in Construction Education University campuses are rethinking how they prepare students for careers in construction. A defining feature of this shift is the emergence of dedicated construction education centers with hands-on training environments. Among the most impactful design elements is the double-height laboratory space a tall, open-volume area where

Closed-Cell Polyurethane Spray Foam for Building Envelopes: Material Properties, Below-Grade Applications, and Application Standards for Building Professionals

In modern building construction, the building envelope must manage thermal performance, air leakage, moisture migration, and long-term durability as an integrated system. Among the materials that deliver on all these fronts, spray polyurethane foam insulation stands out as a dual-purpose solution that insulates and seals simultaneously. Specifiers and contractors who understand its chemistry, application requirements,

Below-Grade Building Insulation Performance: Polyiso Systems and Foundation Envelope Strategies for Energy-Efficient Construction

Why Below-Grade Insulation Matters for Building Energy Performance Foundation walls and basement assemblies are among the most overlooked pathways for heat loss in commercial and residential buildings. While above-grade walls, roofs, and windows receive rigorous attention in energy modeling and code compliance, the below-grade envelope often gets specified with default assumptions rather than performance-driven analysis.