Contribute to the technological and methodological level up in the field of Tire Noise, both Air-Borne and Structure Borne
Job Summary
Contribute to the technological and methodological level up in the field of Tire Noise, both Air-Borne and Structure Borne.
Leveraging on FEM Full Pattern Tire and Pattern Element Simulations and on deep experimental analyses, contribute to ideation of design insights for improving tire noise of new products.
Design, introduce, enhance and support introduction of new test methods and numerical/analytical tools for tire and vehicle noise.
Matching Summary
Contribute to the technological and methodological level up in the field of Tire Noise, both Air-Borne and Structure Borne.
Skills & Requirements
Must-have
advanced tire design
NVH (Noise and Vibrations)
Air-Borne and Structure Borne noise
FEM Full Pattern Tire simulations
experimental analyses
new test methods for tire noise
numerical/analytical tools for noise
Nice-to-have
strong engineering fundamentals
latest technologies
cross functional teams
goal-oriented
adaptability
proactiveness
open mind and creativity
thoroughness and curiosity
logic and lean thinking
Key Requirements
Master’s degree in mechanical engineering
PhD is an appreciated added value
Master Thesis in automotive/tire engineering
Basic knowledge tire design and development
Strong foundation in acoustics and vibrations
Proven track record of engineering problem-solving
Ability to develop research and engineering roadmaps
Background in experimental and physical NVH methods