Virginia Tech, Data and Decision Sciences Building

The Data and Decision Sciences Building at Virginia Tech advances the university's dedication to interdisciplinary education and research in data and decision sciences, preparing leaders for the era of big data. At 119,800 square feet across four stories, this academic center unites the colleges of science, engineering, and business in a trans-disciplinary program that addresses growing workforce demands in technology-based industries and cybersecurity. The facility creates an environment where students, faculty, alumni, and industry leaders collaborate to address global data challenges.

Architectural Heritage with Contemporary Design

The building's exterior reflects Virginia Tech's architectural traditions while incorporating new approaches. Clad in iconic Hokie Stone, the structure features Collegiate Gothic design elements that complement the campus's historic aesthetic. Its tiered exterior profile adds visual interest while integrating advanced materials and sustainable features. The design creates a significant architectural presence at its corner location on campus.

Interior Spaces Support Collaboration

Inside, the facility's layout enhances interaction through well-planned spaces. A multi-story commons functions as both a gathering area and a connection to the future Pamplin College of Business building. Eight large data-processing classrooms, including visualization labs, deliver advanced technological capabilities. The Deloitte Analytics and Trading Lab, which includes a wall-to-wall stock ticker, gives students hands-on experience with industry tools. Thirty-two student team rooms provide settings for group projects and collaborative learning.

Focus on Inclusive Design

The building prioritizes accessibility and well-being through inclusive design principles. The space incorporates clear sightlines to exits and outdoor areas, multiple collaboration zones, and furniture arrangements that establish personal boundaries. Sound insulation and varying levels of seclusion accommodate different working styles. The furniture selection supports physical diversity through adjustable heights and various postures, ensuring comfortable use by all occupants.

Environmental Responsibility

Environmental priorities guided design decisions throughout the project. The building's orientation and glazing placement resulted from analysis of natural sunlight patterns. Material selections emphasized recycled content and locally sourced wood from sustainable forests. These efforts led to LEED Silver certification, demonstrating Virginia Tech's commitment to sustainable practices.

Visual Identity

Interior finishes and furnishings express Virginia Tech's identity through the inclusion of the university's burnt orange and Chicago maroon colors. This unified design approach brings together the three colleges while maintaining the institution's traditions and school pride.

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