Bachelor of Science

Overview：
Explore the endless possibilities of science with this degree as you can choose to study everything from astronomy to neuroscience. So whether your interests are broad or unique, the Bachelor of Science allows you to follow or find your passion.
You’ll have the flexibility to explore all of your interests, tailoring a program to take you in whichever direction of science interests you most. And when you study at Australia's most reputable science university, you will gain access to state-of-the-art laboratories while being mentored by leading scientists. You'll also benefit from studying in Canberra, a science city which gives you unparalleled access to parliament, CSIRO, government departments, Geoscience Australia and many other national and international science organisations. 探索科学的无限可能与这个学位，因为你可以选择学习从天文学到神经科学的一切。因此，无论你的兴趣是广泛的还是独特的，理学学士学位都能让你追随或找到你的激情。
你可以灵活地探索你所有的兴趣爱好，定制一个程序，把你带到你最感兴趣的科学方向。当你在澳大利亚最负盛名的科学大学学习时，你可以在顶尖科学家的指导下进入最先进的实验室。您还将受益于在堪培拉学习，一个科学城市，让您无与伦比的访问议会，CSIRO，政府部门，地球科学澳大利亚和许多其他国家和国际科学组织。
Employment Opportunities就业机会
High quality scientists are in demand, accordingly many of our graduates proceed to further studies (such as at the Honours, Masters and Doctoral level) in order to retain a competitive edge in their chosen scientific field.

Graduates of this degree can find work within administrative, ecological and technological arenas. Graduates can also undertake specific graduate-level training in areas such as teaching, patent assessment or science communication to further equip themselves for these professions.
我们需要高素质的科学家，因此，我们的许多毕业生继续深造(如在荣誉，硕士和博士水平)，以保持在他们选择的科学领域的竞争优势。
该学位的毕业生可以在行政、生态和技术领域找到工作。毕业生也可以在教学、专利评估或科学传播等领域接受特定的研究生水平的培训，以进一步适应这些职业。
Physics物理
Overview：
Description:

The Physics major introduces physics with the opportunity for in depth study of selected areas. It aims to provide a balance of knowledge and skills. Central areas of knowledge include: mechanics, electromagnetism, quantum mechanics, and thermal and statistical physics. Mathematical, computational and experimental skills include: problem solving, data gathering, data analysis, and experiment design.

The major will prepare students for a variety of careers in areas in which the physical sciences are important, including: research, teaching, and industry.
物理专业介绍物理，有机会深入研究选定的领域。它旨在提供知识和技能的平衡。核心领域的知识包括:力学、电磁学、量子力学、热学和统计物理学。数学、计算和实验技能包括:问题解决、数据收集、数据分析和实验设计。
该专业将为学生在物理科学重要领域的各种职业做准备，包括:研究、教学和工业。
Learning Goals: 学习目标:

Students who complete the Physics major will be able to:

Describe and explain the fundamental principles of physics, including those of: mechanics, electromagnetism, quantum mechanics, and thermal and statistical physics.
Apply the fundamental principles of physics to solve problems, including those likely to be encountered in future careers. Such problems may involve ambiguity and uncertainty and require the application of multiple principles.
Integrate the fundamental principles of physics to describe and explain specialised areas of physics.
Describe and explain specific examples of how physics is applied to benefit people.
Describe critical experiments in the history of physics and explain how they led to revisions of our theoretical descriptions of nature.
Use mathematical, computational and experimental skills to solve conceptual and quantitative problems in physics.
Demonstrate skills including: equipment familiarity, data gathering, record keeping, data analysis, dealing with uncertainty, experiment design, and comparison with theory.
Analyse unfamiliar physical systems and provide order-of-magnitude estimates of quantities. This includes a knowledge of basic physical constants and key equations.
Be both creative and rigorous in the design and construction of scientific investigations of physical systems.
Effectively communicate physics based analyses to expert and non-expert audiences.
Constructively criticise evidence, arguments and conclusions wherever they are encountered.

完成物理专业的学生将能够:
描述和解释物理学的基本原理，包括:力学、电磁学、量子力学、热学和统计物理学。
运用物理学的基本原理来解决问题，包括那些在未来职业生涯中可能遇到的问题。这些问题可能涉及模糊性和不确定性，需要应用多种原则。
整合物理学的基本原理来描述和解释物理学的专业领域。
描述并解释物理学如何应用于造福人类的具体例子。
描述物理学历史上的重要实验，并解释它们如何导致我们对自然的理论描述的修正。
运用数学、计算和实验技巧解决物理中的概念和定量问题。
演示技能包括:熟悉设备、数据收集、记录、数据分析、处理不确定性、实验设计以及与理论的比较。
分析不熟悉的物理系统，并提供数量的数量级估计。这包括基本物理常数和关键方程的知识。
在物理系统的科学研究的设计和构建上，既要有创造性，又要严谨。
有效地向专家和非专家听众传达基于物理的分析。
建设性地批评证据、论点和结论。