Efficient Install at the Institute

Highlights:

Pratt Institute – Pratt Hall North Window Replacement Project

The Pratt Institute undertook a significant project aimed at replacing the windows in Pratt Hall North. This project was marked by an ambitious schedule, with a strong emphasis on completing the work as quickly as possible, ideally ahead of the original timeline. Thanks to meticulous management and seamless execution, the entire process was carried out smoothly and efficiently.

Project Scope and Specifications

The primary goal of this project was to replace a total of 151 windows. These new windows, supplied and installed, were aluminum and sourced from Universal, Marlborough MA. They featured thermal breaks and were commercially rated to ensure durability and energy efficiency.

Variety in Design

The replacement windows came in various sizes, shapes, and styles to match the architectural diversity of Pratt Hall North. These included:

• Fixed windows: Standard non-operable windows that provide maximum insulation and security.
• Double-hung (DH) windows: Windows that allow for both the top and bottom sashes to move, offering versatility in ventilation.
• Casement windows: Hinged windows that open outward, providing excellent ventilation and unobstructed views.
• Radius windows: Rounded windows that add a unique aesthetic touch to the building.
• Fully arched windows: Distinctive arched windows that contribute to the classical architecture of the hall.

Among these, there were several oversized windows, with dimensions reaching up to 99 inches by 243 inches. These large windows required careful handling and precise installation to ensure they fit perfectly and maintained structural integrity.

Series Specifications

The windows installed as part of this project belonged to Universal’s 700 series, 400 series, and 500 series. Each series offered different benefits:

• Universal 700 Series: Known for its high performance and energy efficiency, making it ideal for large installations like those at Pratt Hall North.
• Universal 400 & 500 Series: These series provided additional options in terms of style and functionality, ensuring that all the architectural needs of the building were met.

Execution and Management

The success of the Pratt Hall North window replacement project can be attributed to the effective management and execution strategies employed. The project team was committed to adhering to an aggressive timeline, aiming to complete the work ahead of schedule whenever possible. This dedication was reflected in the smooth and efficient progress of the project, which faced minimal disruptions and stayed on track.

The project management team ensured that all logistics, from the supply chain of the windows to the actual installation process, were handled with precision. Coordination among different teams and clear communication channels played a crucial role in overcoming potential challenges and ensuring that the project proceeded without any significant delays.

Environmental Considerations

In addition to their aesthetic and functional qualities, the new windows installed in Pratt Hall North were chosen for their environmental benefits. The thermally broken aluminum design contributed to better insulation, reducing energy consumption and enhancing the building’s overall sustainability. By selecting green-rated windows, Pratt Institute demonstrated its commitment to environmentally friendly practices and energy efficiency.

Take Away

The Pratt Hall North window replacement project stands as a testament to what can be achieved with effective planning, management, and execution. By replacing 151 windows of varying sizes, shapes, and styles with high-quality, thermally broken aluminum windows from Universal, the project not only enhanced the aesthetic and functional aspects of the building but also contributed to its energy efficiency and sustainability. The project’s successful completion ahead of schedule underscores the team’s dedication and expertise, setting a benchmark for future renovation projects at Pratt Institute.