Deepen your knowledge and skills through advanced coursework and industry application to advance your career or pursue further research. The Monash Master of Science is an expert master's course that prepares you for professional employment or for PhD studies. An advanced program for science graduates with an undergraduate degree in a related discipline, depending on your interests, you will be able to choose from the following disciplines that leads to a specialist award: Astrophysics, Atmospheric science, Earth science and Physics. Reflecting the breadth and depth of our research expertise and industry connections, you can undertake a range of subject areas across the four disciplines that will empower you to build upon your science training and knowledge to influence the future and make new discoveries. From computational astrophysics to dynamical meteorology, geochemistry to x-ray optics, the Master of Science provides ample opportunities for you to develop a passion and determination for original thought, new perspectives and make connections with people in both academia and industry. For example, the specialisations in Atmospheric and Earth Sciences are delivered in cooperation with the Victorian Institute of Earth and Planetary Sciences (VIEPS) – offering you unparalleled access to the academic expertise of, collaboration and industry engagement opportunities with VIEPS members.<br><br>In this specialisation students will advance their knowledge of Atmospheric science through advanced coursework. They will also have the option to undertake elective coursework in other subject areas relevant to Atmospheric science, some of which are offered through the Victorian Institute of Earth and Planetary Sciences (VIEPS). Studies will be chosen from a variety of topics including Statistics for climate dynamics, Dynamical meteorology, the General circulation, Atmospheric modelling, Atmospheric boundary layers, and Ocean circulation and dynamics. In addition to coursework studies, students will complete research projects in theoretical, computational or observation-based Atmospheric science.