| 1 | <p>Describe the nature of first and second order systems based on the frequency response of the system</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Apply independent and best-evidence research and clinical practice in the field of hearing science to demonstrate an understanding of the role and potential of audiological services within interprofessional health systems and society.</p> </p> |
| 2 | <p>Analyse and describe complex waveforms and the nature of resonance</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p> </p> |
| 3 | <p>Describe the role of each of the components that make up audio systems and explain how they work together to modify sound</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Translate complex theoretical ideas and research findings to promote healthy hearing policies and practices - across diverse groups, levels and settings employing a range of media, formats and language use appropriate to the particular audience/setting.</p> </p> |
| 4 | <p>Quantify sound based on pressure, intensity and power using both linear and logarithmic scales</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Translate complex theoretical ideas and research findings to promote healthy hearing policies and practices - across diverse groups, levels and settings employing a range of media, formats and language use appropriate to the particular audience/setting.</p> </p> |
| 5 | <p>Analyse the nature of sound propagation and implications for room acoustics</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Translate complex theoretical ideas and research findings to promote healthy hearing policies and practices - across diverse groups, levels and settings employing a range of media, formats and language use appropriate to the particular audience/setting.</p> </p> |
| 6 | <p>Calculate noise dose for both occupational and recreation settings and understand the implications of the 'equal energy hypothesis'</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Build a sustainable audiology practice that is environmentally responsible and economically viable.</p><p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Synthesise understandings to be able to contest established knowledge and practices, generating original research and approaches to advocate for, and further, audiology, hearing sciences, and related groups.</p><p>Demonstrate transdisciplinary knowledge that enables the translation of individual and community needs-assessment to audiological solutions.</p> </p> |
| 7 | <p>Describe acoustic features of speech- vowels and consonants in isolation and connected discourse.</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Apply independent and best-evidence research and clinical practice in the field of hearing science to demonstrate an understanding of the role and potential of audiological services within interprofessional health systems and society.</p><p>Identify and analyse complex issues, individual/group needs and current evidence to conduct research and provide sound clinical outcomes and innovations in the hearing sciences within rapidly shifting environments.</p><p>Demonstrate transdisciplinary knowledge that enables the translation of individual and community needs-assessment to audiological solutions.</p> </p> |
| 8 | <p>Describe and explain why speech acoustics are important for signal processing of hearing aids and cochlear implants</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Draw on disciplinary knowledge and a range of theoretical approaches to critique aspects currently driving audiology practice and use relevant research and evidence to enhance future practices in audiology.</p> </p> |
| 9 | <p>Describe the role of sampling, signal averaging and filtering in the digital signal processing of sound.</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Draw on disciplinary knowledge and a range of theoretical approaches to critique aspects currently driving audiology practice and use relevant research and evidence to enhance future practices in audiology.</p> </p> |
| 10 | <p>Demonstrate an understanding of the stimuli used in the acquisition of auditory evoked potentials and methods to improve the signal to noise ratio.</p> | <p>MAud - Master of Audiology - Programme Capabilities <p>Demonstrate in depth knowledge of the range of natural sciences and theoretical principles underpinning the study and practice of clinical audiology and the health systems, settings and social frameworks within which this practice occurs.</p><p>Draw on disciplinary knowledge and a range of theoretical approaches to critique aspects currently driving audiology practice and use relevant research and evidence to enhance future practices in audiology.</p> </p> |