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

Siemens Digital Industries Software

Strategic Student Program (SSP)

Discover your career with us at Siemens Digital Industries Software! 

We are a leading global software company dedicated to the world of computer aided design, 3D modeling and simulation— helping innovative global manufacturers design better products, faster! With the resources of a large company, and the energy of a software start-up, we have fun together while creating a world class software portfolio. Our culture encourages creativity, welcomes fresh thinking and focuses on growth, so our people, our business, and our customers can achieve their full potential.

We’re currently recruiting co-ops and interns for our Spring 2027 Strategic Student Program . Our opportunities will allow you to find a career path that most inspires you. Here, you will apply your education to solve real-world problems and turn theory into practice. At Siemens, our goal is to empower our students to become the next leaders of our company.

Baseline Program Requirements:

• Currently enrolled as an undergraduate student at an accredited university
• Legally authorized to work in the United States without the need for current or future sponsorship by the company
• A minimum 3.0 GPA

Perks:

• Employee discounts at our top customer sites
• Networking with our 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 completion of the program

Position Overview:

We are seeking a motivated Structural Dynamics & Vibro-Acoustic Simulation Engineering Intern / Co-op student currently pursuing a degree in Mechanical Engineering, Aerospace Engineering, Applied Mechanics, or a related field to support the development of advanced modeling strategies for structural dynamics applications and their integration with Statistical Energy Analysis (SEA) methodologies.

The selected candidate will work on the 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. The candidate will perform validation of the developed methodologies and simulation strategies using finite element and boundary element analysis (FEA/BEA) tools. The role includes vibro-acoustic modeling, fluid-structure interaction studies, and analysis of acoustic performance metrics such as transmission loss and near-field acoustic prediction using concepts related to panel directivity and acoustic radiation behavior. The position offers hands-on experience in structural dynamics, vibro-acoustics, numerical simulation, and engineering software development.

The candidate will collaborate closely on research and development activities involving finite element modeling, dynamic response analysis, and the validation of new simulation and modeling approaches.

Key Responsibilities:

Structural Dynamics & Simulation Focus

• Develop and evaluate modeling strategies for structural dynamics applications with relevance 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 dynamic analyses including modal, frequency response, and vibro-acoustic simulations.
• Validate developed methodologies through finite element and boundary element simulations and comparison of numerical results.
• Support the automation of simulation workflows and data processing using programming and scripting tools.
• Collaborate on the development of custom simulation utilities and computational tools using languages such as Python, C++, FORTRAN, or Compose.
• Document methodologies, simulation procedures, and technical findings clearly and professionally.

Requirements:

• Currently pursuing a Bachelor's degree in Mechanical Engineering, Aerospace Engineering, Applied Mechanics, Engineering Physics, or a related field. Open to undergraduate and graduate students. 
• Comfortable working in a fully remote environment in the US. 
• 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 the following languages:
• 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.
• Preferred Qualifications:
• 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.

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