• Communication Sciences-Speech Language Pathology
  • Communication Sciences-Audiology
  • Anatomy, Physiology and Pathology related to Speech-language and Hearing
  • Clinical Psychology
  • Electronics and Acoustics


Objective: After completion of the course students shall have:

  • Understanding of the relationship between Communication, Speech and Language
  • Knowledge of physical, biological, social, psychological and linguistic bases of speech
  • Understanding of normal speech and language development
  • Understanding of causes related to speech and language disorders
  • Knowledge of characteristics of speech and language disorders

Objective: After studying the paper the students are expected to realize the following:

  • Explain the origin of audiology
  • Take case history and explain the importance of case history in clinical diagnosis
  • Explain the physical properties of sound and its psychophysical correlates
  • Explain the pathological conditions that would cause hearing loss
  • Explain the usefulness of tuning fork tests in identification of different type of hearing loss.

Objective: After completion of the course students shall have the understanding of:

  • Anatomy of speech, language and hearing mechanism
  • Physiological system different systems in speech, language and hearing
  • General pathological conditions causing speech, language and hearing disorders

Objective: After completing this course, the student will be able to understand the

  • Scope of clinical psychology and its significance for speech and hearing
  • Concept of normality, abnormality and classification of abnormal behaviour
  • Cognitive, motor, emotional and social development
  • Theories of learning and therapy techniques based on learning principles
  • Neuropsychological assessment and rehabilitation
  • Application of neuropsychology in the field of speech and hearing
  • Basics of counselling

Objective: After completing this course, the student will be able to understand the

  • Concept and types of power supply for biomedical instruments
  • Basic aspects of digital signal processing
  • The theoretical basis of acoustics required for audiologists
  • The functioning of computers and computing systems