HED University Projects Honored for Pushing the Boundaries of Sustainable Design

DETROIT, MI – April 07, 2026 – Integrated architecture and engineering firm HED has received two 2026 U.S. Green Building Council (USGBC) Local Leadership Awards, signaling a significant recognition of projects that move beyond conventional sustainability metrics. The honors celebrate the firm's work on Michigan Technological University's H-STEM Engineering and Health Technologies Complex and the renovation of Northwestern University's Bioscience Teaching Laboratories. These awards highlight a growing industry shift, championing designs that not only reduce environmental impact but also actively enhance community resilience, user well-being, and long-term institutional value.

The recognition from the USGBC underscores a shared ambition between HED and its university clients: to treat sustainable design as a tangible, measurable reality. According to the USGBC, its Local Leadership Awards celebrate projects and organizations that set a higher standard across critical areas like decarbonization, biodiversity, health, and equity, rewarding a more holistic and forward-thinking approach to the built environment.

A New Benchmark for Green Buildings

For years, green building has been synonymous with certifications like LEED (Leadership in Energy and Environmental Design), which provide a valuable framework for resource efficiency. However, the USGBC's Local Leadership Awards aim to spotlight projects that transcend this checklist-based approach. The focus is on a building's deeper integration into its local context and its capacity to address complex, interconnected challenges.

This evolution reflects a broader movement within the architecture, engineering, and construction industries away from simply being “less bad” and toward creating regenerative systems. The goal is no longer just to minimize a building's carbon footprint but to design structures that can actively contribute to environmental repair, generate more energy than they consume, and foster healthier ecosystems. HED's award-winning projects serve as compelling case studies for this advanced philosophy, demonstrating how ambitious environmental goals can be woven into the fabric of a building from its earliest conceptual stages.

A Tale of Two Campuses

Though different in scope—one a new build and the other a complex renovation—the projects at Michigan Tech and Northwestern both exemplify how tailored design strategies can yield exceptional results.

At Michigan Technological University, located in the demanding climate of the Upper Peninsula, the H-STEM Engineering and Health Technologies Complex is a model of climate-responsive design. The $52 million facility, which opened in 2024, is on track to achieve LEED Gold certification. Its design thoughtfully addresses the region's harsh winters with features like sub-pavement heating for walkways to ensure year-round accessibility and deeply buried or insulated piping to prevent freezing. The building's advanced engineering systems include a sophisticated HVAC energy recovery unit that uses exhausted air to precondition incoming fresh air, significantly reducing heating and cooling loads. Occupancy sensors integrated with lighting and air systems further minimize energy waste, while three new solar arrays contribute to the university’s goal of sourcing over half its electricity from renewables.

Beyond its technical performance, the H-STEM Complex was designed to be a nexus for interdisciplinary collaboration. Glass walls put “research on display,” fostering a sense of shared discovery and breaking down silos between departments. The abundance of natural light and adaptable laboratory spaces create an environment that enhances the daily experience for students and researchers, proving that high-performance buildings can also be inspiring places to learn and work.

At Northwestern University, the award-winning Bioscience Teaching Laboratories renovation showcases a different but equally critical aspect of sustainability: the power of adaptive reuse. Renovating an existing structure inherently reduces a project's embodied carbon—the emissions associated with manufacturing and transporting building materials—by preserving the original building's shell. This project reflects a rigorous approach where sustainability was embedded from the outset, responding to campus context, user experience, and resource efficiency simultaneously.

Upgrading laboratory facilities presents unique challenges due to their high energy consumption and need for specialized mechanical, electrical, and plumbing (MEP) systems. Modern labs require high air-change rates, specialized exhaust, and redundant power, making energy efficiency a complex puzzle. Northwestern's project demonstrates how these upgrades can be implemented to meet modern research demands while advancing broader climate goals. The renovation aligns with the university's campus-wide sustainability initiatives, including its “Green Labs” program, which encourages environmentally responsible practices among researchers. The project illustrates how thoughtful design can elevate daily use while strengthening both institutional mission and environmental accountability.

Integrated Design as the Driving Force

The success of these projects is rooted in HED’s philosophy of integrated design, where architects, engineers, and clients collaborate intensely from the very beginning. This approach ensures that sustainability is not an add-on but a core principle that informs every decision, from the building's orientation on the site to the selection of interior finishes. This commitment is formalized through the firm's participation in industry-leading initiatives like the AIA 2030 Commitment and the MEP 2040 Challenge, which set ambitious targets for achieving net-zero operational and embodied carbon.

HED’s 2023 Sustainability Action Plan serves as a strategic roadmap, guiding its teams to design for ten key metrics outlined in the AIA Framework for Design Excellence, including community, ecology, water, energy, and wellness. By focusing on modular solutions that allow for future adaptability and advocating for low-carbon materials, the firm aims to maximize building performance while minimizing environmental impact over the entire life cycle. As stated in the initial announcement, the recognition of these projects “underscores how early, integrated collaboration can shape both scientific advancement and energy performance in equal measure.”

These awards position HED at the forefront of a movement that is reshaping university infrastructure. Higher education institutions, with their long-term ownership horizons and missions centered on innovation and public good, are ideal settings for pioneering the next generation of sustainable buildings. As student and faculty demand for environmentally responsible campuses grows, and as institutions face increasing pressure to achieve carbon neutrality, projects like those at Michigan Tech and Northwestern provide a powerful blueprint. They demonstrate that investing in high-performance, resilient, and healthy buildings is not just an environmental imperative but a strategic one that yields dividends in operational savings, research excellence, and community well-being.