Precision Instrumentation and Measurement (Advanced)

This program draws on the history and current expertise of leading research schools at ANU: the Research School of Physics and Engineering, the Research School of Earth Sciences, and the Research School of Astronomy and Astrophysics. Each of these Schools is at the forefront of modern scientific research and also have an outstanding pedigree at the creation of advanced scientific instrumentation. You're going to probably soon be learning from ANU scientists who have done projects involving: the structure and development of instrumentation for the nobel prize winning discovery of gravitational waves that a high-resolution ion microprobe for geological analysisa high resolution xray tomography tool for the analysis of porous and disordered substances, along with also an integral-field spectrograph for a global, next generation, thirty-meter class optical telescope. Within this program, you are able to learn exactly the most advanced techniques for studying the sky, the Earth, and also what inbetween. The interdisciplinary expertise you acquire may likely impact on diverse parts of fundamental scientific research in addition to industrial uses. The application aims to develop graduates with deep insight and creative knowhow to pursue related careers in mathematics, industry, and government, with a focus on innovation, teamwork, and getting results. The level is a mix of course work and projects, including human and group-based research. This Advanced Level application integrates a research project and thesis

A Bachelor degree or international equivalent with a grade point average of 5.5/7 with 8 Classes in the Area of Physics or Engineering.Mathematics at least at the level of MATH2305 (Ordinary Differential Equations and Vector Calculus)