BSc (Science) - Physics in Bentley Australia | Curtin University

Bachelor's degree programs equip students with comprehensive knowledge and skills in a specific discipline, aligning with AQF level 7 qualifications for professional careers and advanced studies. These programs allow students to explore scientific interests by selecting at least one major from the Faculty of Science and Engineering. Students may opt for a double major during their studies, with extension specializations available for each major. Additional science specializations are offered alongside chosen majors, requiring first-year prerequisite studies. Students can also complement their science education with minor studies that don't have first-year prerequisites.

Physics explores matter and energy across all scales - from the motion of vehicles to stellar nuclear reactions, from our solar system to distant galaxies. This program teaches problem-solving through empirical observation, precise measurement, and theoretical modeling. You'll master fundamental physics principles while gaining hands-on experience with advanced instrumentation, including supercomputing technologies. Specialization options include:

Applied Physics
This specialization focuses on matter and energy interactions within Earth's systems: atmospheric, aquatic, terrestrial, and biological environments. You'll investigate modern challenges like eco-friendly material development and radioactive waste management. The curriculum includes field instrumentation techniques and data analysis from both ground-based and satellite observations. Unique opportunities include applied acoustics research with Curtin's Marine Science and Technology Center and underwater optics studies with the Remote Sensing and Satellite Research Group.

Astrophysics
Ideal for radio astronomy enthusiasts, this specialization addresses fundamental cosmic questions about universal origins and dark matter phenomena. Curtin's partnership with the International Centre for Radio Astronomy Research and involvement in the Square Kilometre Array project provides access to revolutionary telescope data.

Materials Science
This specialization examines material structure-property relationships, processing effects, and practical applications. You'll analyze diverse materials including metals, semiconductors, ceramics, and polymers while learning characterization techniques using advanced analytical instruments and radiation methods.

Mathematical Physics
This specialization applies mathematical modeling to natural phenomena, enabling predictions about climate evolution, fluid dynamics in reservoirs, and novel material development. Graduates gain qualifications for careers in both physics and mathematics disciplines.