本课程重点强调应用程序，因此您将在本科教学实验室中花费大量时间。在每个单元中，理论将得到实验工作的支持，在您的最后一年中，您将进行研究，并通过实验物理单元进入研究实验室。您也可以申请“假期研究经验计划”，以获取从事研究项目的经验。QUT的许多讲师已经在工业界工作，并且QUT通过咨询和研究项目与工业界紧密合作，因此您可以确定该课程是最新的并且与现实世界相关。<br> <br>物理学家是参与寻找解决我们世界面临的挑战的解决方案，包括开发用于环境监测的仪器，用于气候变化预测的计算机模型以及开发太阳能和可再生能源
The course has a strong applied emphasis so you will spend a significant amount of time in the undergraduate teaching laboratories. In each unit the theory will be supported by experimental work and in your final year, you will undertake research and gain exposure to the research laboratories through the experimental physics unit.You can also apply for the Vacation Research Experience Scheme to gain experience working on a research project. Many of the lecturers at QUT have worked in industry and QUT works closely with industry through consultancy and research projects, so you can be sure that the course will be up to date and relevant to the real world. Physicists are involved in finding solutions to challenges facing our world, including developing instruments for environmental monitoring, computer models for climate change prediction, and developing solar and renewable energy systems. Physicists are also attempting to address the world’s ever-increasing appetite for information and information processing by undertaking research into quantum computers, nanotechnology, lasers and photonics.Physics deals with the natural laws and processes, and the states and properties of matter, energy, space and time. Physics also underlies many of the recent advances in information technology, medicine and biotechnology. Areas of specialisation include mechanics, electromagnetism, lasers and optics, medical physics, computational physics, nuclear and radiation physics, astronomy and astrophysics, thermodynamics, quantum mechanics and relativity.