Doctoral student (licentiate) in Sound and Vibration
Core
Develop physics-based computational methods for the design, modelling and analysis of tunable architected materials to control sound and vibrations at sub-wavelength scales.
Role type
Doctoral student (licentiate) in Sound and Vibration
Builds
Physics-guided computational models for tunable architected materials
Domain
Acoustics, Structural Dynamics, Metamaterials
Deliverable
research
Required skills
Numerical modelling of coupled acoustic and structural systems, Inverse modelling, Optimisation, Analysis of acoustic materials or metamaterials, Scientific programming
Preferred skills
Python, MATLAB, COMSOL Multiphysics, Acoustics, Vibrations, Structural dynamics, Engineering mechanics, Acoustic metamaterials
Responsibilities
Develop physics-based computational methods, Perform numerical modelling, Conduct inverse modelling and optimisation, Independently pursue research work, Analyze complex issues
Seniority
Doctoral student (Licentiate)