Modeling & Simulation Engineer II – Missile Systems (Tucson)

RTX; Los Angeles (CA); Presencial; USD 69.000 - 131.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Relocation Eligibility

Descripción de la vacante

RTX is seeking an Entry Level Modeling, Simulation and Analysis Systems Engineer II in Tucson, AZ to build high fidelity simulations for missile design and flight test support. You will develop modeling solutions, run trade studies, and collaborate with Guidance, Navigation & Control and Signal Processing teams to meet program goals.

You will document findings, verify requirements, and communicate results to leadership while growing technical skills in a dynamic aerospace environment.

Formación

• Master's degree in STEM obtained by start date.
• Experience applying object‑oriented software design in C++/C and MATLAB and Python for data evaluation.
• Experience developing or simulating physical systems.
• Experience in modeling, simulation, statistics, or analysis for engineering solutions.

Responsabilidades

• Create high fidelity simulations and models for missile design and flight test support.
• Develop and implement modeling solutions and conduct trade studies.
• Collaborate with interdisciplinary teams to perform simulation activities per program schedule.
• Produce documentation, verify requirements, and communicate results to leadership.

Conocimientos

C++ / C

MATLAB

Python

Modeling / Simulation

Educación

Master's degree in STEM

Herramientas

UNIX/Linux

Software Configuration Management

Descripción del empleo

RTX is seeking an Entry Level Modeling, Simulation and Analysis Systems Engineer II in Tucson, AZ to build high fidelity simulations for missile design and flight test support. You will develop modeling solutions, run trade studies, and collaborate with Guidance, Navigation & Control and Signal Processing teams to meet program goals.

You will document findings, verify requirements, and communicate results to leadership while growing technical skills in a dynamic aerospace environment.