NVH Materials Testing Intern

About Wolverine Advanced Materials

Wolverine Advanced Materials produces and sells performance-critical, specialty elastomer-coated metals used in gaskets for automotive & industrial applications; automotive brake noise insulators and NVH (noise, vibration & harshness) damping solutions for automotive.

Wolverine employs approximately 600 people worldwide and has manufacturing operations in Virginia, Florida, Germany, and China, as well as sales & technical offices in Michigan, Germany, Japan, China, Brazil, and India.

Wolverine Advanced Materials, an entity of Center Rock Capital, is a leading developer and manufacturer of high-performance materials. Our core competency is in performance-critical, specialty elastomer–coated metals that offer damping and seal-ability solutions in the automotive and gasket industries.

Center Rock Capital is a company where they see potential where others may not look; and as a team we can find the right solution to the right challenge.

For more information, visit or .

• Department:
  Research & Development
• Position Type:
  Summer Internship
• Duration: 10–12 Weeks (June – August)
• Location:
  
  On-site
• Reports To:
  
  R&D Manager / NVH Lead Engineer
• Education:
  
  Pursuing BS/MS in Mechanical, Materials, or Acoustic Engineering

POSITION SUMMARY

We are seeking a motivated and detail-oriented Summer Intern to join our Research & Development team, focusing on the characterization of materials used in Noise, Vibration, and Harshness (NVH) applications. The intern will work alongside experienced engineers and researchers to support testing, data collection, analysis, and documentation of material properties critical to NVH performance. This is a hands-on opportunity to gain real-world R&D experience in a fast-paced engineering environment.

• Assist in the preparation, handling, and testing of materials (foams, composites, damping materials, polymers) for NVH characterization.
• Conduct laboratory experiments to measure acoustic, mechanical, and vibrational properties of materials, including dynamic mechanical analysis (DMA), impedance tube testing, and transmission loss measurements.
• Collect, organize, and analyze experimental data using software tools such as MATLAB, Python, or equivalent.
• Support the development and validation of material models used in NVH simulations and finite element analysis (FEA).
• Maintain accurate lab notebooks, test records, and contribute to technical reports summarizing findings.
• Collaborate with cross-functional engineering teams to understand NVH performance targets and material requirements.
• Research and review relevant literature on advanced materials and NVH characterization methodologies.
• Follow all laboratory safety protocols and contribute to a culture of safety and quality.

• Currently enrolled in a BS or MS program in Mechanical Engineering, Materials Science, Acoustical Engineering, or a closely related field.
• Completion of coursework in dynamics, vibrations, materials science, or acoustics.
• Basic proficiency in data analysis tools (MATLAB, Python, or equivalent).
• Strong attention to detail and ability to follow structured testing procedures.
• Excellent written and verbal communication skills.
• Ability to work both independently and collaboratively in a team environment.

• Prior laboratory experience or coursework in acoustics, vibrations, or material testing.
• Familiarity with NVH concepts such as sound absorption, insertion loss, damping, and structural resonance.
• Experience with measurement hardware and data acquisition systems (e.g., National Instruments, LMS, or similar).
• Exposure to CAE/FEA tools (ANSYS, Abaqus, or equivalent).
• Experience with impedance tube or reverberation room testing methods.

• Hands-on experience in a professional R&D laboratory environment.
• Exposure to industry-standard NVH testing and characterization methodologies.
• Mentorship from experienced engineers and researchers.
• Opportunity to contribute to real projects with direct impact on product development.
• Potential pathways to full-time employment upon graduation.

Note:

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