Advanced Aerospace Systems Engineer

Honeywell Aerospace•Tempe, AZ

19h•Hybrid

About The Position

As an Advanced Aerospace Systems Engineer at Honeywell Aerospace, you will help develop next-generation flight-critical actuation systems that enable the safe and precise control of aircraft. Working within the Mechanical Systems and Components Organization, you will contribute to technologies that translate electronic commands into precise mechanical motion for demanding aerospace applications. You will collaborate with mechanical, electrical, controls, software, and test engineers on primary and secondary flight control actuation systems and electro-mechanical actuator development. You will contribute throughout the development lifecycle, from concept studies and system architecture through modeling, integration, qualification testing, production support, and product sustainment. The role involves solving multidisciplinary engineering challenges across mechanical systems, controls, electronics, software, and system dynamics. You will report to the Sr Engineering Program Manager and work in Tempe, Arizona, on a hybrid schedule.

Requirements

Bachelor’s degree from an accredited institution in a technical discipline such as science, technology, engineering, or mathematics.
At least 3 years of electro-mechanical systems engineering experience.
Must be a U.S. person, defined as a U.S. citizen, U.S. permanent resident, or an individual with protected status in the U.S. under asylum or refugee status.

Nice To Haves

Advanced degree in Systems Engineering, Controls Engineering, Electrical Engineering, or a related field, or equivalent practical experience.
Background in Electrical Engineering, including exposure to circuit design and motor control systems.
Understanding of system and component development lifecycles.
Experience working in Agile development environments.
Familiarity with requirements management and requirements flow-down processes.
Experience supporting root-cause investigations and corrective-action initiatives.
Exposure to development of motor-driven actuation systems.
Knowledge of control-architecture implementation within electronic-controller applications.
Experience with real-time hardware-in-the-loop (HIL) development and testing.
Understanding of control theory concepts such as system dynamics, frequency response, stability margins, and system interactions.
Proficiency with system modeling and simulation tools such as MATLAB/Simulink, Excel, or similar software.
Familiarity with thermodynamics and fluid dynamics principles.
Experience supporting system verification and validation (V&V) activities.

Responsibilities

Perform system requirements analysis, decomposition, allocation, and traceability for complex aerospace actuation systems.
Develop and integrate electro-mechanical actuation systems used in flight-control applications.
Support architecture development and system-level design trade studies.
Develop physics-based models of actuators, motors, power transmission systems, sensors, and control systems.
Analyze system performance, stability, dynamic response, reliability, and failure modes.
Design and evaluate control architectures for flight-critical applications.
Conduct modeling and simulation using MATLAB/Simulink and related platforms.
Support development and integration of motor controllers, sensors, feedback devices, and embedded control systems.
Define and execute verification and validation activities, including laboratory, subsystem, and system-level testing.
Support Hardware-in-the-Loop (HIL), qualification, environmental, and functional testing.
Lead root-cause investigations and implement corrective actions for complex technical issues.
Interface with aerospace customers on technical requirements, system performance, and development activities.
Provide technical leadership and mentorship across multidisciplinary engineering teams.