Sandro Salgueiro Email & Phone Number

Austin, TX, US

Austin, Texas, United States

Lead developer of SkyGrid’s concept of operations for providing third-party services to support the airspace integration of Advanced Air Mobility.

Cambridge, Massachusetts, United States

• Postdoc at the MIT International Center for Air Transportation (ICAT). Research projects supported included:
• System-level evaluation of ATC Decision Support Tools (DST) for enabling advanced low-noise flight procedures, sponsored by the FAA Office of Environment and Energy.
• Evaluation of flight crew response to aircraft system malfunctions in transport category aircraft, sponsored by the FAA Flight Deck Human Factors group.

San Jose, California And Toulouse, France

• Member of a new team at Airbus responsible for scouting for new R&D directions through fast conceptual design studies.
• Conducted studies of next-generation green commercial aircraft that included modeling of aircraft performance, identification of market opportunities, and assessment of technology readiness. This study eventually.
• Developed a simulation toolkit to support ongoing development of the Zephyr solar-powered aircraft. This tool enabled the Zephyr team to project how their vehicle performance (e.g., endurance, maximum operational.

Seattle, Washington, United States

• Developed software for fast, medium-fidelity performance analysis of aircraft propellers based on point cloud model of actual laser-scanned propellers.
• Software performed automated fitting of airfoil shapes to a 3D point cloud model of a propeller blade, and output files that could be imported into aerodynamics analysis tools such as STAR-CCM, XROTOR, and qPROP.

Savannah, Georgia, United States

• Supported flight test efforts of the Gulfstream G500 by developing and executing test procedures on a ground-based simulator to verify the functionality of integrated avionics in the Gulfstream Symmetry Flight Deck.
• Developed a script to translate data from flight test aircraft to ground-based simulators, allowing system issues to be readily replicated on the ground following a flight test.
• Developed a training course titled "Aircraft Systems 101", which was taught to ~100 company employees and focused on basics of aircraft avionics and flight controls.

Cedar Rapids, Iowa, United States

• Supported the development of the Pro Line Fusion integrated flight deck for Embraer's KC-390 aircraft by developing and executing test procedures to verify functionality of specific avionics systems (Attitude and.
• Performed verification of system requirements in a ground-based simulator of the aircraft's flight deck.

Ann Arbor, Michigan, United States

• Led a team of 10 engineering students in the design and construction of a high-altitude balloon platform for testing of satellite hardware in near-space conditions.
• Designed embedded system for collection of atmospheric and inertial data.
• Worked with the Federal Aviation Administration (FAA) to obtain clearances for balloon launches from controlled airspaces.
• Developed checklists for launch day operations.

Phd, Air Transportation Systems

My Doctoral research focused on the study of opportunities to reevaluate legacy constraints of the air traffic system to offer greater.

Master’S Degree, Aeronautics And Astronautics

My Master's research focused on the evaluation of safety benefits associated with instrument flight procedures that rely on.

Bachelor’S Degree, Aerospace Engineering, Electrical Engineering (Minor), Honors Program

Activities and Societies: American Institute of Aeronautics and Astronautics (AIAA), Michigan Aviators, Student Space Systems Fabrication.