Autonomous Systems Modeling & Simulation Engineer (Hybrid)

Integer Technologies; Gulfport (MS); Hybrid; USD 120,000 - 160,000; Full time

Benefits offered by this job

Base salary above market averages

Year-end bonuses

401(k) with employer matching

Health, dental, vision insurance for员工

Relocation assistance

Paid vacation and holidays

Hybrid schedule

Direct access to leadership

Startup culture with stability

Job summary

Integer Technologies is seeking an Autonomous Systems Modeling and Simulation Engineer to develop modular, physics-based models for surface and subsea vehicles, aircraft, and robotic platforms. You will lead numerical methods, CFD-informed coefficients, and digital twin development to support performance prediction and controls design.

Join a research-driven team delivering hospital-grade reliability and cutting-edge AI-assisted development, with collaboration across marine, energy, and cyber

Qualifications

• PhD/MS/BS in a relevant engineering or applied science field may be required or beneficial.
• Bachelor’s degree in naval architecture, marine engineering, aerospace engineering, mechanical engineering, robotics, machine learning, software engineering.

Responsibilities

• Develop, maintain, and tune multi-degree-of-freedom models of complex vehicle systems for performance prediction and controls development.
• Collaborate across disciplines to connect marine craft dynamics models with other domains like power and energy, comms, and cyber models.
• Take models through full design lifecycle: planning, implementation, validation, data processing, and integration.

Skills

Python

MATLAB/Simulink

C++

Rust

Git/ADO

CI/CD

Data analysis

CFD

Modeling & simulation

Multi-model simulations

Education

Bachelor's degree in naval architecture, marine engineering, aerospace engineering, mechanical engineering, robotics, machine learning, software engineering

Tools

NumPy

SciPy

Xarray

MATLAB

Job description

Integer Technologies is seeking an Autonomous Systems Modeling and Simulation Engineer to develop modular, physics-based models for surface and subsea vehicles, aircraft, and robotic platforms. You will lead numerical methods, CFD-informed coefficients, and digital twin development to support performance prediction and controls design.

Join a research-driven team delivering hospital-grade reliability and cutting-edge AI-assisted development, with collaboration across marine, energy, and cyber