Students who major in Earth and Planetary Sciences spend the first two years taking courses that are foundational to all fields of the discipline. Basic science courses are taught in the first year, and introductory courses in earth and planetary sciences, laboratory courses, mathematics, physics, and chemistry courses are taught in the second.
From the third year, students get to study a range of courses that provides a well-balanced education in more specialized subjects. There are also laboratory courses that help develop their practical skills.
Fields covered by this discipline are diverse and interrelated, making it possible for students to build a broad perspective whilst pursuing their interests in depth.
First year courses in mathematics, physics, chemistry, and life sciences go beyond the level taught at high school and provide the foundation for specialized courses that follow in the second and third years. There are also introductory courses in earth and planetary sciences, given in the form of lectures, laboratory work, and field studies, which cover areas such as geophysics, earth materials, and astronomy.
The solid education offered in the first year enables students with no previous background in the discipline to progress to advanced studies with a firm footing.
There are also Earth and Planetary Science Seminars and stargazing events for students who seek further intellectual stimulus.
Second- and third-year studies in the Earth and Planetary Sciences major may be viewed as being constructed from three disciplinary components that form a multi-dimensional framework. Advanced courses in mathematics, physics, and chemistry form the x axis; laboratory, field study, and numerical analysis courses form the y axis; and lecture courses related to the study of the earth, planets, universe, and life form the z axis. As students progress through their studies, it is expected they will discover their place in this framework.
When students advance to their fourth year, they join a laboratory that matches their interests and begin their research. Depending on their research theme, this may involve conducting experiments, field studies, observations, theoretical work, numerical simulations, and data analysis. Seminars are held at laboratories where students have the opportunity to hold discussions with faculty and graduate-level students. Their individual research findings are then written up as a graduation thesis and presented at open presentations.
* The timeline depicts a standard case where students complete their bachelor's degree program in four years.
Students need to pass an entrance exam to advance from a bachelor's to master's program. To advance from a master's to a doctoral program, students must pass an advancement assessment.
Students who complete the Earth and Planetary Sciences Undergraduate Major may continue to study the discipline in more depth by taking the Earth and Planetary Sciences Graduate Major.