| 1 | <p>Describe and explain the basic processes of image formation by refraction and reflection, and the sources of optical aberrations</p> | <p>BOptom - Bachelor of Optometry - Programme Capabilities <p>Demonstrate broad specialist knowledge of optometry and vision science as practiced in New Zealand and Australia. </p><p>Apply holistic, evidence-based optometry knowledge and capabilities and apply transdisciplinary perspectives for the benefit of the patient.</p><p>Analyse, critically evaluate and draw logical inferences from the literature and apply it to optometry practice. </p><p>Engage in evidence-based, original reflective unbiased practice.</p> </p> |
| 2 | <p>Demonstrate ability to problem solve using these concepts applied to key optical systems such as the simple magnifier, telescope and the eye </p> | <p>BOptom - Bachelor of Optometry - Programme Capabilities <p>Demonstrate broad specialist knowledge of optometry and vision science as practiced in New Zealand and Australia. </p><p>Apply holistic, evidence-based optometry knowledge and capabilities and apply transdisciplinary perspectives for the benefit of the patient.</p><p>Analyse, critically evaluate and draw logical inferences from the literature and apply it to optometry practice. </p><p>Engage in evidence-based, original reflective unbiased practice.</p><p>Employ specialist optometry skills and knowledge to identify and analyse patient signs and symptoms as a basis for management and advice to patients.</p><p>Undertake research, develop methodologies, collect data, seek novel solutions and investigate their validity in the areas of vision science and clinical optometry whilst demonstrating an entrepreneurial approach to clinical practice.</p><p>Collaborate and build rapport (through authentic communication) with patients, their whānau, communities, co-workers and other health care professionals.</p><p>Engage in interdisciplinary practice.</p> </p> |
| 3 | <p>Describe and explain the wave nature of light (polarisation, coherence, superposition, diffraction and interference)</p> | <p>BOptom - Bachelor of Optometry - Programme Capabilities <p>Demonstrate broad specialist knowledge of optometry and vision science as practiced in New Zealand and Australia. </p><p>Apply holistic, evidence-based optometry knowledge and capabilities and apply transdisciplinary perspectives for the benefit of the patient.</p><p>Analyse, critically evaluate and draw logical inferences from the literature and apply it to optometry practice. </p><p>Engage in evidence-based, original reflective unbiased practice.</p> </p> |
| 4 | <p>Demonstrate the ability to problem solve using these concepts applied to explain, for example, diffraction phenomena in the eye, and instruments such as lasers</p> | <p>BOptom - Bachelor of Optometry - Programme Capabilities <p>Demonstrate broad specialist knowledge of optometry and vision science as practiced in New Zealand and Australia. </p><p>Apply holistic, evidence-based optometry knowledge and capabilities and apply transdisciplinary perspectives for the benefit of the patient.</p><p>Analyse, critically evaluate and draw logical inferences from the literature and apply it to optometry practice. </p><p>Engage in evidence-based, original reflective unbiased practice.</p><p>Employ specialist optometry skills and knowledge to identify and analyse patient signs and symptoms as a basis for management and advice to patients.</p><p>Undertake research, develop methodologies, collect data, seek novel solutions and investigate their validity in the areas of vision science and clinical optometry whilst demonstrating an entrepreneurial approach to clinical practice.</p><p>Collaborate and build rapport (through authentic communication) with patients, their whānau, communities, co-workers and other health care professionals.</p><p>Engage in interdisciplinary practice.</p> </p> |
| 5 | <p>Describe and explain methods and principles used to understand images and imaging systems, including for example, the eye</p> | <p>BOptom - Bachelor of Optometry - Programme Capabilities <p>Demonstrate broad specialist knowledge of optometry and vision science as practiced in New Zealand and Australia. </p><p>Apply holistic, evidence-based optometry knowledge and capabilities and apply transdisciplinary perspectives for the benefit of the patient.</p><p>Analyse, critically evaluate and draw logical inferences from the literature and apply it to optometry practice. </p><p>Engage in evidence-based, original reflective unbiased practice.</p> </p> |
| 6 | <p>Demonstrate the ability to problem solve using these concepts applied to the eye, and other optical systems such as digital cameras</p> | <p>BOptom - Bachelor of Optometry - Programme Capabilities <p>Demonstrate broad specialist knowledge of optometry and vision science as practiced in New Zealand and Australia. </p><p>Apply holistic, evidence-based optometry knowledge and capabilities and apply transdisciplinary perspectives for the benefit of the patient.</p><p>Analyse, critically evaluate and draw logical inferences from the literature and apply it to optometry practice. </p><p>Engage in evidence-based, original reflective unbiased practice.</p><p>Employ specialist optometry skills and knowledge to identify and analyse patient signs and symptoms as a basis for management and advice to patients.</p><p>Undertake research, develop methodologies, collect data, seek novel solutions and investigate their validity in the areas of vision science and clinical optometry whilst demonstrating an entrepreneurial approach to clinical practice.</p><p>Collaborate and build rapport (through authentic communication) with patients, their whānau, communities, co-workers and other health care professionals.</p><p>Engage in interdisciplinary practice.</p> </p> |