DrThiago Mathias de Oliveira

Computational sensory science; vibroacoustics and acoustic–mechanical systems; mechanosensory systems (human and bio-inspired, including chordotonal organs); sensory biomechanics; neuroacoustic modelling; environmental noise and auditory health; environmental exposure–response modelling; Environmental Auditory Risk Index (EARI); forensic acoustics; sensory neuroscience; neural encoding and signal transduction; neurocomputational modelling; mechanical–neural coupling; neuromorphic modelling; neuroplasticity and sensory adaptation; ODE/PDE-based biophysical modelling; numerical methods for complex systems; finite-difference methods (FDTD); computational physics and simulation; multiscale modelling frameworks; signal processing and time–frequency analysis; physics-informed modelling; computational biomarker development; environmental health modelling; sustainability and acoustic ecology; quantitative risk assessment; translational environmental science; cochlear and non-cochlear mechanotransduction systems; neurological rehabilitation; clinical neuroacoustics; auditory processing; evidence-based speech-language therapy; data-driven clinical decision-making; computational medicine; bioengineering of sensory systems; interdisciplinary integration (engineering, neuroscience, and clinical science); psychoacoustics; music and auditory perception.