The diversity of major options available in both Music and Science is a strength of the BMus/BSc conjoint. You'll be able to pursue both of your areas of interest and structure a degree that's unique to you. Pushing scientific boundaries requires creative and independent thinking – both of which are fostered by your musical studies – while the discipline and practice of music complements the acute focus necessary for successful scientific research. Understanding data is important for success in the workplace, knowing how to process and display data in ways accessible to a varied audience will be key to taking advantage of the emerging career opportunities in today's data-driven work landscape. The BMus/BSc conjoint offers, for example, the rigour and repetition required for experimentation in the chemical or physical sciences and the analysis of environment that's a feature in Psychology and Musicology. This kind of duality presents the ideal context for you to become a disrupter by encouraging ideation, agile thinking and collaboration – qualities sought after by employers.<br><br>Earth Sciences combines the geoscientific disciplines of geology and physical geography. Earth Science graduates examine how the Earth's surface is shaped by natural and human processes, addressing the complex sustainability challenges that face our planet. Earth Sciences is about understanding how geology and surface processes interact to create the complexity of the Earth system. A holistic understanding of Earth systems allows us to learn from the past, comprehend present-day processes, and influence a sustainable future and a circular economy. The fundamental disciplines drawn from geology and physical geography include: the igneous, metamorphic and sedimentary origins of rocks and mineral-forming processes, volcanology, tectonics and structural deformation, engineering geology, geomorphology, surface processes, environmental change, climate and natural hazards, and the sustainable management of natural resources that are facilitating the global energy transition and ''green'' technology innovations. We strongly emphasise skills development and the application of your knowledge in the real world. This is through practical learning in laboratories as well as fieldwork that includes site visits for field sampling and testing, as well as equipment installation and application. You'll gain an internationally accepted qualification, excellent research skills and the knowledge to work in many exciting fields. The Auckland region provides an impressive natural laboratory, and our array of field equipment and analytical facilities supports research activities on land, in the air, and over water.