Aerospace Multi-Domain Modeling & Simulation Engineer

V2X Inc; Indianapolis (IN); On-site; USD 110,000 - 150,000; Full time

Job summary

V2X Inc. is seeking a Modeling and Simulation Engineer (Multi-Domain Physics) to develop actuator models and system-level simulations for aerospace research. You will build and validate multi-domain models using MATLAB/Simulink/Simscape and guide cross-functional teams.

The role emphasizes collaboration, leadership, and the delivery of traceable verification artifacts, with opportunities to influence model-based engineering practices across programs.

Qualifications

• Six+ years of hands-on modeling mechanical, thermal-fluid, pneumatic, and actuator systems.
• Experience with aerospace system modeling and validation.

Responsibilities

• Develop multi-domain physics-based plant models and multi-body dynamic simulations for aerospace systems.
• Validate models using lab data, application testing, and HIL setups.
• Support controls integration with system-level simulations for closed-loop verification.
• Analyze actuator-structure interactions and transient responses with multi-domain coupling.
• Refine and update models based on experimental results to improve accuracy.
• Collaborate with global teams to define objectives, assumptions, and expected results.
• Document analysis processes and produce traceable verification artifacts.
• Mentor junior engineers and champion modeling best practices.

Skills

Cross-functional collaboration

Mentoring junior engineers

Systems engineering

Technical data analysis

Communication skills

Education

Bachelor's in mechanical or aerospace engineering

MS or PhD preferred

Tools

MATLAB/Simulink/Simscape

Simscape Fluids

HIL testbeds

CAD/FEA

Siemens Amesim

Job description

V2X Inc. is seeking a Modeling and Simulation Engineer (Multi-Domain Physics) to develop actuator models and system-level simulations for aerospace research. You will build and validate multi-domain models using MATLAB/Simulink/Simscape and guide cross-functional teams.

The role emphasizes collaboration, leadership, and the delivery of traceable verification artifacts, with opportunities to influence model-based engineering practices across programs.