Austin-Bergstrom International Airport (AUS) Terminal and FIS Expansion

At the concourse level, a new 10-lane Security Screening Checkpoint (SSCP) in a high-volume, daylit space streamlines passenger flow. The reconfigured east ticketing lobby features a common use passenger processing system with digital signage and additional self-service kiosks.

On the baggage claim level, the project introduces a new facility operated by U.S. Customs and Border Protection (CBP), increasing international arrivals processing from 100 to 600 passengers per hour, along with new domestic baggage carousels.

Designed for LEED Silver certification, AUS continues to prioritize efficiency and sustainability while offering a seamless, comfortable, and high-quality passenger experience.

Baggage handling at Austin’s airport is now faster and more efficient. As part of the TEIP project, strategic upgrades optimize performance while ensuring uninterrupted operations.

A new infeed belt and claim device in the international arrivals hall expand processing capacity from 100 to 600 passengers per hour, dramatically improving efficiency for international travelers. Three new baggage carousels—including a common-use carousel—enhance outbound baggage handling, while modifications to the default run-out system streamline apron operations for departing flights. The former international claim area was repurposed exclusively for domestic arrivals, and a new claim device offers increased presentation length to accommodate larger flights. Existing baggage claim areas were also refurbished to improve reliability and performance. A phased construction approach ensured continuous baggage operations throughout the project.

Austin’s airport is pioneering sustainability with innovative solutions that balance environmental impact and occupant well-being. Its high ceilings and natural light foster a welcoming, stress-reducing atmosphere while saving energy.

The building’s design optimizes energy efficiency with strategic massing, orientation, and solar shading. Its oval shape aligns longer faces north/south and shorter faces east/west to reduce heat gain. Vertical structural piers provide sun control, while high-performance low-e glass with ceramic frit minimizes heat gain. A centralized ice-storage facility balances peak energy demands, cutting electricity use by 25%. The airport campus runs entirely on renewable wind energy through Austin Energy GreenChoice.

Sustainability extends to water management, with a strategy to capture and reuse 100% of rainwater through regional ponds and rain gardens. Reclaimed water saves the campus over 17 million gallons of drinking water annually. A combination of design strategies and reclaimed sources reduces potable water consumption for irrigation by 70% and indoor use by 37%.

By integrating energy-efficient design, renewable energy, and water conservation, Austin’s airport sets a new benchmark for sustainable infrastructure, proving that large-scale projects can be high-performing and environmentally responsible.