At PGAL, we specialize in designing airport terminals that elevate the travelers’ experience while meeting the operational demands of today’s aviation landscape. Our team of aviation specialists understands the complex challenges airports and airlines face, from enhancing customer service and improving flow, to navigating evolving security protocols and accommodating future growth.

PGAL team looking at plans

With more than 25 million square feet of terminal space designed across 60+ airports worldwide, PGAL brings deep experience in both ground-up and renovation projects. We collaborate closely with aviation clients to implement solutions that are not only compelling and highly functional, but fiscally responsible and operationally sound.

airport terminal

Airport design is increasingly focused on flexibility, passenger experience, and operational efficiency, driven by rising traveler expectations, sustainability goals, and rapid advances in digital technology. At PGAL, our expert designers approach each project with a focus on creating adaptable, human-centered environments that respond to evolving airline operations while enhancing comfort, wayfinding, and revenue opportunities.

Flexible, modular layouts allow airports to accommodate fluctuating passenger volumes and evolving airline needs over time. These strategies support long-term adaptability, minimize disruption in active environments, and help protect initial investments.

Terminal B Rendering

Technology integration and sustainability are embedded in PGAL’s design approach. Touchless, biometric, and data-driven systems improve throughput and safety, while high-performance building envelopes and renewable energy strategies reduce lifecycle costs and support long-term return on investment. Throughout the process, our teams carefully balance capital and operating costs to align performance goals with project budgets.

airport terminal

From major hubs to regional terminals, PGAL’s aviation experts deliver resilient, scalable designs that reflect the unique identity of each community while improving throughput, sustainability, and long-term performance.