For construction and design companies, high performance and innovation can no longer be treated as a specialized offering reserved for select applications.
High-performance design isn't about choosing the most expensive, or newest, material; it's about finding the "sweet spot" where physics, budget, code compliance and constructability meet.
In terms of aesthetics, IMPs are highly configurable. Manufacturers typically offer a variety of finishes for IMPs to add architectural interest without extending the construction timeline
IMPs fold insulation, structure and finish into a single component to meet those competing demands and support the increase in industrial building construction activity.
Building acoustics are a crucial design concern for all projects. Strategies for ensuring a sonically comfortable environment extend from the building’s exterior to deep within its interior, and often elements of these strategies must work together.
As the commercial construction industry settles into a new year of projects and planning cycles, it is less focused on bold predictions and more concerned with practical execution.
With roots in Maharashtra, India, and an advanced education from Vanderbilt University, Vicky brings a truly global perspective to the complex challenges of modern construction.
The project uses a variety of sustainable and environmentally conscious metal wall and roof panels in bright imaginative colors
December 31, 2025
The project consists of several multi-story buildings cladded in four ATAS products and in four unique colors, creating an exciting communal atmosphere that brings students together in places where they and their studies will thrive.
Modern fabrication technologies have transformed steel from a conventional building material into a precision-engineered architectural solution. With the ability to deliver slender profiles, long spans and exceptional durability, steel is reshaping what glass curtain walls can achieve.
This article explores how properly designed wall systems can reduce airborne particulates, improve thermal continuity, minimise condensation risk, and contribute to healthier indoor environments across seasons.