Executive Interview Series: Tim Spence on the Benefits of Integrated Design Services

Today we are joined by Tim Spence, CEO of BSA, the top-rated healthcare, higher education, science and technology architecture firm providing comprehensive A/E/I/P services under one roof. In a conversation centered on integrated project delivery, Tim shares insights into how institutions are rethinking collaboration, risk management, and long-term project value in increasingly complex environments.

Q1: Integrated project delivery has become a major topic across architecture and construction. From your perspective, why are more institutions moving toward one-roof service models today?

The primary driver is complexity. Today’s projects require the integration of operations, technology, sustainability, infrastructure, and user experience in ways that simply didn’t exist a decade ago. Institutions are realizing that fragmented delivery models can create gaps between those disciplines, leading to inefficiencies and missed opportunities.

An integrated approach brings the right voices to the table earlier, allowing teams to evaluate decisions holistically and develop solutions that are better coordinated and more aligned with the client’s goals. It also supports stronger life cycle stewardship by helping organizations understand how today’s design decisions will impact operational performance, maintenance, and long-term value.

Ultimately, institutions are moving toward one-roof service models because they want better outcomes, greater accountability, and more confidence that projects will perform as intended long after construction is complete.

Q2: In industries like healthcare and higher education, operational disruption can carry serious consequences. How does integrated planning help reduce risk during construction and renovation projects?

In healing, learning, and discovery, the greatest risks often arise when decisions are made in isolation. A construction solution is not truly a solution if it doesn’t account for the operational, technological, safety, and human systems that must continue functioning throughout the project.

Integrated planning brings together architects, engineers, operational leaders, clinicians, researchers, facilities teams, and other stakeholders to understand how every decision affects the broader environment. In a hospital, that may mean evaluating impacts on patient safety, infection control, staff workflows, and critical infrastructure. In a research environment, it may mean protecting sensitive equipment, maintaining environmental controls, and safeguarding ongoing scientific work.

When those perspectives are integrated from the outset, teams can anticipate challenges, minimize disruption, and develop solutions that support both the construction process and the institution’s mission. Ultimately, integrated planning reduces risk because it recognizes that buildings do not operate independently. They are part of a complex system that must continue to perform throughout the life of the project.

Q3: Many firms talk about collaboration, but in practice, it can mean very different things. What does effective collaboration actually look like on a complex project?

True collaboration is less about meetings and more about shared problem-solving. On complex projects, no single discipline has all the answers. The best outcomes occur when architects, engineers, operational leaders, and other stakeholders work together to understand the full implications of a decision before it is made.

That requires transparency from the beginning. Teams need to openly discuss constraints, budget pressures, infrastructure realities, operational impacts, and constructability challenges before they become problems. When people have a clear understanding of the broader system, they can make better decisions and avoid unintended consequences.

Effective collaboration also improves decision-making. Rather than passing information between silos, integrated teams can evaluate trade-offs in real time, balancing operational, financial, technical, and user needs simultaneously. The result is not just faster decisions, but better decisions that lead to stronger project outcomes.

Q4: Science and technology facilities are evolving rapidly due to changing research needs and advancing systems. How do integrated teams help future-proof these types of environments?

Future-proofing begins with understanding the expected life cycle of the facility. A building designed to serve for 25 years may require a different level of flexibility than one expected to support research and discovery for 50 years or more. The key is aligning the investment in adaptability with the institution’s long-term strategy.

Integrated teams are critical because flexibility is not just an architectural challenge. It depends on how the building’s structural, mechanical, electrical, technology, and operational systems work together. Decisions made in one area can either enable or limit future change in another.

The reality is that no one can predict exactly how research will evolve. What integrated teams can do is create environments that are easier to adapt as equipment, technologies, and scientific priorities change. In that sense, future-proofing is less about designing for a specific future and more about designing for the ability to evolve.

Q5: For organizations evaluating architecture and construction partners today, what are some indicators that a project team is truly equipped to deliver integrated solutions successfully?

The best way to evaluate an integrated team is to look beyond the proposal and examine the outcomes they have delivered. Is their work not only beautiful, but highly functional for the people who use it every day? Talk to clients, operators, researchers, clinicians, and facilities teams. They’ll tell you whether the solutions truly work.

It’s also important to observe how the team engages. Do they approach challenges as a unified group focused on the client’s goals, or as separate disciplines working in parallel? Integrated teams ask broader questions, consider impacts across multiple systems, and solve problems collaboratively rather than defending individual viewpoints.

Ultimately, you’re not just hiring a firm. You’re hiring people. You’re hiring a team. The strongest teams combine technical expertise with humility, curiosity, and a genuine commitment to understanding the client’s mission. Those qualities are often the clearest indicators that integrated solutions will be delivered successfully.