Today’s major airport programs are being delivered under conditions that would have been unthinkable even a decade ago. As we advance complex construction operations, it is critical we understand it is an Airport first and a construction site second, and enabling effective airport operations is paramount. Stakeholders range from airlines and airport authorities to federal agencies, concession partners and the traveling public. Schedules are compressed, funding structures are layered and public visibility is constant.
Against that backdrop, digital delivery and advanced project controls have become essential. From integrated scheduling and cost forecasting to 4D modeling and unified project management information systems (PMIS), these tools are reshaping how teams plan, coordinate and execute large-scale aviation projects.
At STV, project controls and digital delivery strategies are helping teams manage some of the country’s most complex airport programs, including work at LaGuardia Airport, Los Angeles International Airport, and George Bush Intercontinental Airport. We sat down with Brady Babbitt, vice president and project controls manager, to talk about how digital tools are changing the way aviation programs are delivered – and why integration matters more than ever.
1. Why has digital delivery become so crucial for today’s aviation programs?
Aviation projects are inherently complex, but what’s changed is the scale and concurrency of today’s programs. We’re no longer managing a single terminal project in isolation – we’re coordinating multiple sub-projects, phased construction, live airport operations and evolving stakeholder requirements, all at the same time.
Unified Digital Platforms gives teams a shared source of truth. When scheduling, cost, document control, and modeling tools are integrated, everyone – from the owner to the contractor – can see the same data and understand how decisions ripple across the program. In an occupied airport, that shared visibility turns complexity into confidence—ensuring time, space, and capital are managed with intent.
2. How do project controls tools support better decision-making at the program level?
Project controls are really about predictability. Tools like Primavera P6 allow us to build and manage highly detailed schedules that reflect real-world phasing and operational constraints. When those schedules are tied to cost systems and forecasting tools, we can quickly identify trends, risks or opportunities before they become issues.
The real value comes from integration. Instead of reacting to problems after they show up in the field, teams can test scenarios, adjust sequencing and align resources proactively. That’s especially important on aviation programs where maintaining operations isn’t just a goal – it’s a requirement.
3. How does 4D modeling and BIM enhance coordination on complex airport projects?
4D modeling allows teams to visualize construction sequencing in ways that traditional schedules can’t. When schedule data is linked to BIM models, stakeholders can literally see how a project will be sequenced and built over time – how a concourse is phased, interdependencies between adjacent projects or how work interfaces with active passenger areas.
That visual clarity is powerful. It improves coordination between designers, contractors and operations teams, and it helps non-technical stakeholders understand what’s happening and why. On aviation programs, where safety, logistics and passenger experience are all intertwined, that shared understanding reduces risk and improves outcomes.
4. PMIS platforms are often mentioned as game-changers. What makes them effective in aviation environments?
A unified Project Management Information System (PMIS) platform brings together cost management, scheduling, document control and reporting in one environment. That’s critical on aviation programs where funding sources, approval processes and reporting requirements can vary widely across stakeholders.
When everyone uses the same system, data becomes more reliable and easier to track over time. It also supports consistency across large programs, whether you’re overseeing a rolling annual CIP with multiple projects advancing at different stages of delivery or executing a major capital program with multiple workstreams advancing simultaneously.
. The result is better accountability, faster decision-making and fewer surprises.
5. How do these digital tools improve collaboration across large, multi-partner teams?
Collaboration improves when information is accessible and aligned. Digital platforms reduce silos by giving all team members access to the same schedules, cost data, and documentation. That shared foundation strengthens stakeholder alignment and shifts conversations toward decisions rather than data validation.
On large aviation programs, collaboration isn’t just internal – it extends to airport authorities, airlines, regulators and contractors. Digital delivery creates a common language that helps those groups work together more effectively, even when priorities differ.
6. Looking ahead, how do you see digital delivery continuing to evolve in aviation?
We’re moving toward even greater integration and real-time insight. Digital twins, advanced analytics and automated reporting are making it easier to understand how projects are performing at any given moment – not just at monthly checkpoints.
The goal isn’t technology for technology’s sake. It’s about giving project teams the tools they need to manage complexity, reduce risk and deliver facilities that meet both operational and passenger expectations. As aviation programs continue to grow in scale, digital delivery will only become more central to how we succeed.
