NCSU Bioinformatics Bldng.

Project Vision

The primary goal of the renovation was to modernize the layout to meet the specific needs of the Bioinformatics program while preserving the building's historic character. The design focused on creating a functional, efficient, and welcoming space for students, faculty, and staff. This vision encompassed significant upgrades to enhance thermal and energy efficiency, improve accessibility, and equip classrooms with cutting-edge technology.

Key Features

Modernized Layout: The renovation reimagined the building’s third floor interior to better serve the Bioinformatics Department. This involved comprehensive space planning to create efficient offices and classrooms that facilitate both individual work and collaborative learning.

Energy Efficiency Improvements: To enhance thermal performance, windows and doors were replaced with energy-efficient models. These upgrades significantly improve the building's overall energy efficiency, contributing to a more sustainable campus.  The aluminum windows were carefully specified to match the design details of the outdated steel windows that were demolished as part of the project in order to retain the building’s original character.  

HVAC System Overhaul: The outdated HVAC system was upgraded to ensure optimal climate control throughout the building.  New sub-surface areaways were created in service of a new mechanical room.  A new vertical mechanical chase was designed to serve the third floor’s modernization and to further allow for future upgrades serving other areas of the building. 

Accessibility Enhancements: The project made extensive accessibility improvements to bring key elements of the building into compliance, ensuring that the building is welcoming and usable for everyone.

Advanced Classrooms: New classrooms were designed with modern features to support contemporary teaching methods. Smart boards and teleconferencing infrastructure were integrated to facilitate interactive and remote learning, providing versatile tools for education and collaboration.

Project Challenges

Balancing Modernization with Preservation: One of the main challenges was modernizing the building to meet contemporary standards while preserving its historic character. Careful planning and design were essential to maintain the architectural integrity of Ricks Hall while incorporating necessary upgrades.  Hazardous materials were abated and waterproofing was upgraded throughout. 

Space Optimization: Optimizing the interior layout to accommodate the specific needs of the Bioinformatics Department involved detailed programming and space planning. This process ensured that the new design would meet the department's requirements for functionality and efficiency, while maintaining balance with the existing aspects of the building which remained.

Summary

The renovation of Ricks Hall successfully transformed the historic building into a modern, efficient, and accessible facility for the Bioinformatics Department at NC State University. The project not only improved the building’s energy efficiency and accessibility but also created a dynamic learning environment equipped with the latest technology. By carefully balancing the preservation of historic elements with the integration of modern amenities, the renovation of Ricks Hall stands as a testament to thoughtful design and planning, enhancing the academic experience for students and faculty alike.

This project exemplifies the potential of adaptive reuse in higher education, demonstrating how historic buildings can be revitalized to meet the evolving needs of contemporary academic programs. The NC State University Bioinformatics Department Building now serves as a model for future renovations, showcasing the successful fusion of historic preservation and modern innovation.

Note: Project completed while Kristian Andrew Akin, AIA served in the role of Project Architect at HH Architecture, Raleigh, N.C.