Master of Science (Advanced) in Precision Instrumentation and Measurement

COURSE CURRICULUM

The Master of Science (Advanced) in Precision Instrumentation and Measurement at ANU is a 96-unit, research-intensive program designed to train students in the design, development, and application of advanced scientific instruments used across physics, astronomy, Earth sciences, and engineering. The degree combines extensive coursework with a substantial research project, ensuring students gain both theoretical knowledge and practical engineering skills. Core compulsory courses cover essential areas such as electronics and data analysis, applied optics, rapid prototyping, noise and measurement fundamentals, systems integration, and advanced imaging methods. These subjects build a strong foundation in how precision instruments are conceived, constructed, and used to generate reliable scientific data. Students further specialise through coursework in measurement and instrumentation, alongside computing subjects such as scientific programming and computational modelling, which are essential for modern experimental science. The program also includes science and society courses that develop communication, innovation, and leadership skills, helping students understand the broader impact of technological development. A defining feature is the 24-unit research project, completed under academic supervision, where students design and execute an original investigation, often involving hands-on instrumentation development. Entry into this stage requires strong academic performance and supervisor approval. Overall, the program prepares graduates for careers in scientific research, high-tech industry, instrumentation engineering, and advanced doctoral study.