Strategic Student Program: Simulation Engineering Internship (Spring 2027, SIM)

Siemens•Costa Mesa, CA

7d•$18 - $50•Remote

About The Position

Siemens Digital Industries Software is recruiting interns and co-op students for its Spring 2027 Strategic Student Program. The position supports development and validation of analytical and semi-analytical modeling strategies for structural dynamics and vibro-acoustic applications, with emphasis on complex built-up structures such as multilayer composite and laminate visco-elastic panels and integration with Statistical Energy Analysis (SEA) methodologies. The intern will use finite element and boundary element analysis tools to validate methodologies and simulation strategies. Work includes vibro-acoustic modeling, fluid-structure interaction studies, and analysis of acoustic performance metrics such as transmission loss and near-field acoustic prediction. The role provides hands-on experience in structural dynamics, vibro-acoustics, numerical simulation, and engineering software development, and involves collaboration on research and development activities related to finite element modeling, dynamic response analysis, and validation of new simulation approaches. The role is remote within the United States. The position is listed as part-time, temporary, and fixed term. Hourly pay is $18–$50, based on projected graduation year and other factors. Interns are eligible to contribute to Siemens’ 401(k) program.

Requirements

Currently pursuing a bachelor's degree in Mechanical Engineering, Aerospace Engineering, Applied Mechanics, Engineering Physics, or a related field; undergraduate and graduate students are welcome.
Currently enrolled as an undergraduate student at an accredited university.
Legally authorized to work in the United States without current or future company sponsorship.
Minimum 3.0 GPA.
Strong background in structural dynamics, vibrations, or Statistical Energy Analysis.
Familiarity with finite element simulation workflows and CAE tools such as Nastran, OptiStruct, Simcenter Femap, HyperMesh, or similar software.
Understanding of modal analysis, dynamic response analysis, vibro-acoustic simulation concepts, and fluid-structure interaction fundamentals.
Programming experience in one or more of Python, C++, FORTRAN, Compose, MATLAB, or similar scripting environments.
Strong analytical and problem-solving skills.
Ability to work independently and collaboratively in a research and development environment.
Good written and verbal communication skills.
Comfort working in a fully remote environment in the United States.

Nice To Haves

Exposure to Statistical Energy Analysis (SEA) or vibro-acoustic analysis methods.
Experience interpreting and validating structural dynamic and vibro-acoustic simulation results.
Experience with programming, scripting, and simulation automation.

Responsibilities

Develop and evaluate modeling strategies for structural dynamics applications relevant to Statistical Energy Analysis (SEA).
Build, modify, and analyze finite element models using commercial solvers such as Nastran or OptiStruct.
Create and refine pre-processing and meshing workflows using tools such as Femap or HyperMesh.
Perform modal, frequency response, and vibro-acoustic simulations.
Validate methodologies through finite element and boundary element simulations and comparison of numerical results.
Support automation of simulation workflows and data processing using programming and scripting tools.
Collaborate on custom simulation utilities and computational tools using Python, C++, FORTRAN, or Compose.
Document methodologies, simulation procedures, and technical findings clearly and professionally.
Contribute to research and development involving finite element modeling, dynamic response analysis, and validation of new modeling and simulation approaches.

Benefits

Employee discounts at top customer sites
Networking with global leaders
Mentorship from senior employees
Individual career development planning
Professional and technical workshops
Paid volunteer time off
Energetic student community
Leadership opportunities
Potential for full-time offers after university graduation and program completion
Eligible to contribute to the company's 401(k) program