AERO Systems Engineering Capabilities

Maximizing your resources and delivering long-term performance

AERO Systems Engineering’s (ASE) primary objective is strengthening our client relationships. With unmatched experience in the aviation engineering industry, we have attracted and retained clients by providing superior customer value.

Our airside engineering and planning capabilities deliver long-term performance and safety in a cost-effective manner. This maximizes your resources and keeps you competitive in today’s challenging market.

AERO Systems Engineering Delivers 100% Client Satisfaction

ASE’s capabilities for fixed ground-support gate systems have gained the firm national recognition.
  • Unmatched experience in airside gate-system engineering
  • Multiple project delivery methods including engineer led project delivery
  • Incomparable engineering talent
  • Core business concentrated on aviation fixed ground-support systems
  • Maintain long-term client relationships
  • Coast-to-coast work coverage
  • Projects at over 14,000 airport terminal gates across North America
  • Work performed at nearly all U.S. airports
  • Proprietary engineering and construction technology
  • Single gate to large-scale, multi-airport projects
  • New and existing gate-system experience

ASE Projects

Delta Air Lines
Fleet Integration–80+ Domestic Airport Facilities

ASE performed airside planning, design, fleet mix/flight schedule analysis, aircraft parking layouts, passenger boarding bridge and related fixed ground-support system engineering for the integration of the NWA fleet into the Delta Air Lines fleet mix and Boeing fleet winglet.

San Francisco International Airport
Boarding Area A Gate Enhancements

ASE provided airside planning, engineering, and design for this 12 gate, 24 passenger boarding bridge project. The primary focus was to increase the ADG-V and ADV-VI capacity at the international terminal to accommodate the airlines’ larger aircraft and plan for future aircraft, such as the B777-9X.

Dane County Regional Airport
Passenger Boarding Bridge Replacement and Refurbishment

ASE provided a design that met complex budgetary and schedule constraints for DCRA and the City of Madison, as well as, design and construction. ASE provided design and construction administration services for the replacement of all PBBs, GPUs, and PCAs, electrical infrastructure upgrades, airside design, and baggage valets.

Dallas-Fort Worth International Airport
Fixed Ground Support Equipment Professional Services

ASE is deeply involved with multiple airside projects at DFW, including PBB replacements and refurbishments, central and point of use PCA upgrades, gate reconfigurations including aircraft fleet mix upsizing, and central chiller plant evaluations. In addition, ASE provided ongoing assistance to the owner in developing an equipment replacement plan for the next few years due to aging airside infrastructure.

United Airlines
Multi-City

This fast-track project provided aircraft parking designs for restriping United’s gates at over 100 airports throughout the U.S. to meet United’s latest ramp standards. This project involved initial surveys of all airports to gather existing conditions and development of new aircraft parking plans and striping layouts to meet the latest striping standards and specific airport fleet requirements.

Toronto International Airport
Terminal 3, Gate C30 PBB Modification Project

ASE was chosen to perform the complete airside design of Terminal 3 to allow for dual PBB servicing of A380s at Gates C30 and C31. The project included the installation of two new PBBs, fixed walkways, new foundations, GPUs, AHUs, Boom-Air hose retrieval systems, electrical, structural and mechanical infrastructure, VDGS relocations, and ramp striping modifications.

American Airlines
Multi-City

ASE was contracted to survey existing conditions at 40+ airports across the U.S. and create plans for the newly combined US Airways/American fleet. As-built drawings were utilized to create new aircraft parking plans for each airport, maximize the needs of the new fleet while also implementing AA’s safety standards and striping specifications.