| 1 | <p>Demonstrate a broad and in-depth understanding of cardiovascular physiology, and apply this advanced knowledge to real-world applications.</p> | <p>MBiomedSc - Master of Biomedical Science - Programme Capabilities <p>Present an expert and integrated understanding of advanced scientific concepts, principles, practices and recent research innovations in biomedical science across different knowledge systems. </p><p>Demonstrate ways in which biomedical science can be used to achieve developments in clinical and translational research, and how transdisciplinary approaches can be used to address complex biomedical problems. </p><p>Graduates can locate, synthesise, critique and evaluate information and research from local and global sources, different knowledge systems and across transdisciplinary boundaries. </p><p>Apply independently apply advanced problem solving skills, disciplinary knowledge and robust scientific reasoning processes to critically analyse data, problems and issues. </p><p>Draw on expertise in hypothesis-driven biomedical sciences research to work effectively independently and in collaboration, to explore solutions to biomedical science research questions. </p><p>Are able to design and implement innovative research projects to deepen understanding of the biomedical aspects of human health and wellbeing. </p><p>Demonstrate intellectual openness and curiosity to explore contemporary issues that can be addressed through biomedical sciences research, considering innovative and entrepreneurial approaches. </p> </p> |
| 2 | <p>Apply knowledge of important disease mechanisms and identify new research questions</p> | <p>MBiomedSc - Master of Biomedical Science - Programme Capabilities <p>Present an expert and integrated understanding of advanced scientific concepts, principles, practices and recent research innovations in biomedical science across different knowledge systems. </p><p>Demonstrate ways in which biomedical science can be used to achieve developments in clinical and translational research, and how transdisciplinary approaches can be used to address complex biomedical problems. </p><p>Graduates can locate, synthesise, critique and evaluate information and research from local and global sources, different knowledge systems and across transdisciplinary boundaries. </p><p>Apply independently apply advanced problem solving skills, disciplinary knowledge and robust scientific reasoning processes to critically analyse data, problems and issues. </p><p>Draw on expertise in hypothesis-driven biomedical sciences research to work effectively independently and in collaboration, to explore solutions to biomedical science research questions. </p><p>Are able to design and implement innovative research projects to deepen understanding of the biomedical aspects of human health and wellbeing. </p><p>Demonstrate intellectual openness and curiosity to explore contemporary issues that can be addressed through biomedical sciences research, considering innovative and entrepreneurial approaches. </p><p>Communicate the significance of research findings and their interpretation both formally, in the context of the relevant scientific literature for scientific communities, and less formally for public and community audiences. </p><p>Graduates are able to demonstrate openness to challenging and alternative world views with respectful listening. </p><p>Demonstrate expert information literacy capabilities, including oral and written communication skills and the ability to use information in a range of contexts, modes and technologies. </p><p>Are able collaborate and serve within the biomedical sciences, wider science community, the health sector and communities of Te Moananui-a-Kiwa. </p><p>Be able to form reciprocal and meaningful relationships with partners and key stakeholders in the co-creation and/ or the production of research in the biomedical sciences. </p> </p> |
| 3 | <p>Develop and demonstrate advanced skills in sourcing research literature</p> | <p>MBiomedSc - Master of Biomedical Science - Programme Capabilities <p>Actively incorporate mātauranga Māori to the advancement of the the biomedical sciences in Aotearoa. </p><p>Demonstrate an understanding of the role and responsibility of the biomedical sciences in reducing health inequities and improving health outcomes in Aotearoa. </p><p>Design, conduct and advocate for research that encompasses the principles of Te Tiriti o Waitangi and cultural contexts of Aotearoa and the Pacific. </p><p>Present an expert and integrated understanding of advanced scientific concepts, principles, practices and recent research innovations in biomedical science across different knowledge systems. </p><p>Demonstrate ways in which biomedical science can be used to achieve developments in clinical and translational research, and how transdisciplinary approaches can be used to address complex biomedical problems. </p><p>Graduates can locate, synthesise, critique and evaluate information and research from local and global sources, different knowledge systems and across transdisciplinary boundaries. </p><p>Apply independently apply advanced problem solving skills, disciplinary knowledge and robust scientific reasoning processes to critically analyse data, problems and issues. </p><p>Communicate the significance of research findings and their interpretation both formally, in the context of the relevant scientific literature for scientific communities, and less formally for public and community audiences. </p><p>Graduates are able to demonstrate openness to challenging and alternative world views with respectful listening. </p><p>Demonstrate expert information literacy capabilities, including oral and written communication skills and the ability to use information in a range of contexts, modes and technologies. </p><p>Are able to demonstrate manaakitanga towards others and care for their own well-being. </p><p>Make ethically sound and principled decisions in academic research and community spheres showing resilience, the ability to apply sound independent judgement, and to apply academic integrity through lifelong learning. </p> </p> |
| 4 | <p>Develop and demonstrate advanced written and oral science communication skills</p> | <p>MBiomedSc - Master of Biomedical Science - Programme Capabilities <p>Actively incorporate mātauranga Māori to the advancement of the the biomedical sciences in Aotearoa. </p><p>Demonstrate an understanding of the role and responsibility of the biomedical sciences in reducing health inequities and improving health outcomes in Aotearoa. </p><p>Design, conduct and advocate for research that encompasses the principles of Te Tiriti o Waitangi and cultural contexts of Aotearoa and the Pacific. </p><p>Present an expert and integrated understanding of advanced scientific concepts, principles, practices and recent research innovations in biomedical science across different knowledge systems. </p><p>Demonstrate ways in which biomedical science can be used to achieve developments in clinical and translational research, and how transdisciplinary approaches can be used to address complex biomedical problems. </p><p>Graduates can locate, synthesise, critique and evaluate information and research from local and global sources, different knowledge systems and across transdisciplinary boundaries. </p><p>Apply independently apply advanced problem solving skills, disciplinary knowledge and robust scientific reasoning processes to critically analyse data, problems and issues. </p><p>Draw on expertise in hypothesis-driven biomedical sciences research to work effectively independently and in collaboration, to explore solutions to biomedical science research questions. </p><p>Are able to design and implement innovative research projects to deepen understanding of the biomedical aspects of human health and wellbeing. </p><p>Demonstrate intellectual openness and curiosity to explore contemporary issues that can be addressed through biomedical sciences research, considering innovative and entrepreneurial approaches. </p><p>Communicate the significance of research findings and their interpretation both formally, in the context of the relevant scientific literature for scientific communities, and less formally for public and community audiences. </p><p>Graduates are able to demonstrate openness to challenging and alternative world views with respectful listening. </p><p>Demonstrate expert information literacy capabilities, including oral and written communication skills and the ability to use information in a range of contexts, modes and technologies. </p><p>Are able collaborate and serve within the biomedical sciences, wider science community, the health sector and communities of Te Moananui-a-Kiwa. </p><p>Be able to form reciprocal and meaningful relationships with partners and key stakeholders in the co-creation and/ or the production of research in the biomedical sciences. </p><p>Are able to demonstrate manaakitanga towards others and care for their own well-being. </p><p>Make ethically sound and principled decisions in academic research and community spheres showing resilience, the ability to apply sound independent judgement, and to apply academic integrity through lifelong learning. </p> </p> |
| 5 | <p>Critically analyse the research literature in the relevant field</p> | <p>MBiomedSc - Master of Biomedical Science - Programme Capabilities <p>Present an expert and integrated understanding of advanced scientific concepts, principles, practices and recent research innovations in biomedical science across different knowledge systems. </p><p>Demonstrate ways in which biomedical science can be used to achieve developments in clinical and translational research, and how transdisciplinary approaches can be used to address complex biomedical problems. </p><p>Graduates can locate, synthesise, critique and evaluate information and research from local and global sources, different knowledge systems and across transdisciplinary boundaries. </p><p>Apply independently apply advanced problem solving skills, disciplinary knowledge and robust scientific reasoning processes to critically analyse data, problems and issues. </p><p>Draw on expertise in hypothesis-driven biomedical sciences research to work effectively independently and in collaboration, to explore solutions to biomedical science research questions. </p><p>Are able to design and implement innovative research projects to deepen understanding of the biomedical aspects of human health and wellbeing. </p><p>Demonstrate intellectual openness and curiosity to explore contemporary issues that can be addressed through biomedical sciences research, considering innovative and entrepreneurial approaches. </p> </p> |