Wave Properties: Frequency, amplitude, wavelength, phase
Sound Propagation: Transmission, reflection, diffraction, refraction
Room Acoustics: Reverberation, standing waves, modal resonances, absorption
Acoustic Measurement: SPL, frequency response, RT60, waterfall plots
Advanced Measurement Techniques: TEF, MLSSA, impulse response analysis
Resonance & Damping: Mechanical resonant systems, Q factor
Energy Transfer: Acoustic to mechanical to electrical conversion principles
Acoustic Materials: Properties of absorbers, diffusers, and resonators
Sound Fields: Free field, diffuse field, near field, far field
Physical Modeling: Mathematical representation of acoustic phenomena
Acoustic Impedance: Mechanical and acoustic impedance concepts
Wave Equation: Fundamental physics of sound wave propagation
Acoustic Analysis Tools: Modern software and hardware for measurement