An Integrated Framework for Sustainable Design and Owner-Led Project Governance in Science & Technology Facilities

Introduction

The complexity of Science & Technology (S&T) facilities, such as research labs, healthcare facilities, and advanced technology developments, is growing, with increasing needs for sustainability, regulation, and multidisciplinary collaboration. The development of sustainable design practices has revolutionized the way the built environment is designed, yet fragmented decision-making between design and project delivery teams continues to create schedule delays, design rework, cost escalation, and reduced project efficiency. This paper proposes an integrated practice-based framework that brings sustainable architectural design together with owner-led project governance to improve project outcomes throughout the facility lifecycle.

Methods

The framework was devised from an analysis of 8-10 S&T projects in the United States that include research laboratory buildings, healthcare facilities, and high-containment and advanced technology facilities. The analysis considers the viewpoints of architectural designers and owner project managers in planning and delivering such projects. Common problems and success factors were identified within each perspective, and their analysis revealed principles supporting collaborative decision-making from planning through commissioning. Those principles were incorporated into the proposed framework, including early stakeholder alignment, sustainability collaboration, risk management, and performance tracking.

Results

The proposed governance framework illustrates how combining sustainable design with effective project governance enhances collaboration between project owners, architects, engineers, constructors, and specialized consultants, while increasing project certainty. The framework encourages early risk identification, improved coordination through digital tools, better decision-making, and reduced design changes. Furthermore, sustainability goals are strengthened because environmental considerations are embedded into the governance process rather than treated as a separate design task.

Conclusion

The proposed governance framework, combining sustainable architectural design, digital collaboration, and owner-driven project management, can be considered an effective strategy for delivering resilient, high-performing Science & Technology facilities. The framework provides guidance for owners, architects, engineers, and project managers seeking to increase project certainty while achieving sustainability, performance, and value creation.