Software Engineer - Simulation - Hybrid - Relocation Assistance Available

Insitu Inc•Bingen, WA

1d•Hybrid

About The Position

As a member of the Software Engineering Department on the Simulation team, you will contribute to the design, development, and testing of simulation software using modern programming languages and software engineering best practices. You will assist in developing modular simulation physics components, such as models for aerodynamics, actuators, payloads, and environmental effects, with guidance from senior engineers. You will collaborate with systems engineers, simulation developers, and airframe designers to align software implementations with aircraft and system requirements. You will implement, test, and refine simulations of physical, digital, or hybrid systems based on project needs and engineering specifications. You will learn to use AI tools and basic machine learning techniques to improve simulation fidelity, support modeling workflows, or analyze simulation outputs—initially under mentorship. You will work closely with domain experts, engineers, data scientists, and other stakeholders to integrate simulations (including AI-enhanced features) into engineering workflows or customer-facing solutions. You will write clear code comments and contribute to technical documentation, user guides, and the maintenance of code repositories. You will stay informed about developments in simulation technologies and tools, and share ideas for improvements with the team.

Requirements

Coursework, projects, or internship experience in simulation development or modeling using MathWorks tools (e.g., MATLAB, Simulink).
Familiarity with modular design principles and object-oriented programming in a language such as C++ or C#.
Solid foundation in mathematics and physics (e.g., dynamics, control, numerical methods) or systems modeling gained through education or projects.
Interest in and basic understanding of fixed-wing and/or rotorcraft aerodynamics (coursework, personal projects, or on-the-job training).
Good software development and debugging skills; able to learn and apply new tools and techniques with guidance.
Experience with version control systems (e.g., Git) from coursework, personal projects, or internships.
Strong problem-solving skills and attention to detail.
Effective communication and teamwork skills; comfortable asking questions and seeking feedback.

Nice To Haves

Academic, project, or internship experience involving safety-critical or real-time systems.
Exposure to Simulink Coder, Simulink Real-Time, or similar code-generation and real-time simulation tools.
Experience working on multidisciplinary engineering projects (capstone, research, or internships).

Responsibilities

Contribute to the design, development, and testing of simulation software using modern programming languages and software engineering best practices.
Assist in developing modular simulation physics components, such as models for aerodynamics, actuators, payloads, and environmental effects, with guidance from senior engineers.
Collaborate with systems engineers, simulation developers, and airframe designers to help align software implementations with aircraft and system requirements.
Implement, test, and refine simulations of physical, digital, or hybrid systems based on project needs and engineering specifications.
Learn to use AI tools and basic machine learning techniques to improve simulation fidelity, support modeling workflows, or analyze simulation outputs—initially under mentorship.
Work closely with domain experts, engineers, data scientists, and other stakeholders to integrate simulations (including AI-enhanced features) into engineering workflows or customer-facing solutions.
Write clear code comments and contribute to technical documentation, user guides, and the maintenance of code repositories.
Stay informed about developments in simulation technologies and tools, and share ideas for improvements with the team.