Jefferson Health Biomedical Research Building

Thomas Jefferson University | 900 Walnut Street | Philadelphia, Pennsylvania

Watson is providing preconstruction services to support Thomas Jefferson University’s planning for a new, state-of-the-art biomedical research tower at 900 Walnut Street in Center City Philadelphia. The proposed facility represents a significant investment in Jefferson’s research infrastructure and its ability to support increasingly complex biomedical discovery.

The approximately 245,000-square-foot tower is planned to include open laboratory environments, specialized BSL-III space, faculty and administrative offices, an auditorium, and conference and collaboration areas. Together, these spaces are intended to create an integrated research setting where scientists, clinicians, students, and academic partners can work across disciplines.

Highly technical research facilities must balance scientific flexibility with exacting requirements for containment, ventilation, environmental control, utilities, safety, and regulatory compliance. Decisions made during design can significantly affect construction cost, long-term operating expenses, future adaptability, and the building’s ability to support sensitive research. Addressing those factors early is essential.

Working through the LF Driscoll + Watson construction management partnership, Watson supports the university and its design consultants through cost estimating, budgeting, scheduling, constructability analysis, and value-engineering review. The team evaluates proposed systems and design decisions against the project’s program, budget, schedule, and performance requirements.

Preconstruction also provides the opportunity to identify potential challenges before they reach the field. Watson helps evaluate procurement lead times, construction sequencing, site logistics, trade coordination, package development, and the integration of complex laboratory infrastructure. This early analysis gives the project team clearer information when making decisions with long-term cost and schedule consequences.

Building a major research tower within a dense, active urban campus introduces another layer of complexity. Access, deliveries, staging, temporary conditions, adjacent operations, pedestrian circulation, and connections to existing infrastructure must all be considered before construction begins. Thoughtful logistics planning helps establish a realistic path from design through mobilization, construction, commissioning, and occupancy.

Watson’s involvement at this stage reflects the value of bringing construction knowledge into the design process. By testing assumptions, identifying risks, and connecting design intent with field realities, the team helps Jefferson protect the project’s scientific mission while maintaining control of cost, schedule, quality, and constructability.

The Biomedical Research Building engagement demonstrates Watson’s ability to contribute before the first wall is built, helping shape the strategy for one of the university’s most technically demanding facilities.

Complex research construction begins with disciplined planning, informed decisions, and a clear path from scientific vision to built reality.