Acoustic Analysis for Speech-Language Pathologists

Understanding the physics of sound is essential for accurate clinical evaluation and objective voice assessment in speech-language pathology. This comprehensive text-based guide bridges the gap between acoustic physics and clinical practice, helping you understand and interpret vocal parameters and spectral measurements with confidence. What you'll learn: - Understand fundamental principles of acoustic physics, including sound waves, frequency, intensity, harmonics, and resonance - Analyze acoustic properties of speech production, including vowel formants and consonant spectral characteristics - Interpret traditional clinical voice parameters such as fundamental frequency, perturbation measures (jitter and shimmer), and harmonics-to-noise ratios - Explore modern acoustic metrics, including cepstral peak prominence and spectral distribution measures - Apply objective acoustic data to clinical reasoning, baseline documentation, and therapy progress evaluation Starting with foundational terminology and the basic physics of sound propagation, the course progressively covers the acoustic theory of speech production, spectrographic reading principles, and practical data interpretation. Designed for practicing speech therapists, audiologists, and students, this course requires no advanced mathematics background. Begin reading today to build a strong scientific foundation in speech acoustics and enhance your clinical assessment skills.