Dwight and Dian Diercks Computational Science Hall at Milwaukee School of Engineering (MSOE) is a cutting-edge educational facility designed to foster innovation and learning in advanced technologies. The hall features modern classrooms, laboratories, an auditorium and collaborative spaces for students and the community. It supports partnerships with various organizations to drive advancements in fields like AI, cybersecurity, robotics and cloud computing.
A key design element of the hall is its extensive use of glass, such as expansive glass walls and full-height glass walls encapsulating the supercomputer, Rosie2. The building required a railing system that complemented Diercks Hall's modern design while preserving natural light flow. The solution needed to be safe, aesthetically pleasing and conducive to a productive, welcoming environment. To achieve these goals, the project team selected Wagner's PanelGrip® and Legato™ glass railing systems.
Wagner's PanelGrip system highlights durability, ease of installation and minimal maintenance requirements. Spanning 240 feet around the stairs, the system features a robust locking mechanism specifically designed for stair applications. This mechanism enhances safety while maintaining clear visibility and aesthetics.
The unique dry glaze design of the PanelGrip system allows for quicker installation and reduced labor costs. The system's ease of maintenance ensures long-lasting performance with minimal upkeep, making it ideal for busy educational environments.
Wagner's Legato non-weld, modular railing system spans 142 feet of balconies at Diercks Hall. This system allows for easy installation and offers various design options. The hall prominently features the sleek Blade post style and the versatile Fascia mount style. Both designs perfectly complement the building's modern architecture.
The posts are 33% thinner than leading code-compliant systems, enhancing sightlines and maximizing the view. To address site limitations, the project team developed a custom mounting solution tailored to the post configuration, ensuring stability and aesthetic appeal.
The consistent use of glass both inside and out beautifully harmonizes the hall's design. This choice allows an abundance of natural light to flood the interior, creating an open and inviting atmosphere. Transparent glass walls provide unobstructed views, reinforcing connectivity within the hall and with the surrounding environment. The project team brought the modern vision of Diercks Hall to life by incorporating Wagner's PanelGrip and Legato systems.
The educational hall has become a vibrant and energizing environment for students, faculty and visitors. The successful integration of Wagner's PanelGrip® and Legato™ glass railing systems enhances the hall's visual appeal, functionality and safety. Diercks Computational Science Hall demonstrates the value of high-quality, adaptable railing solutions in contemporary architecture.
