How about undergraduate electrical engineering at California Institute of Technology? What do you study in American atmospheric science?

How about undergraduate electrical engineering at California Institute of Technology? According to the ranking of American engineering colleges by US.news, the engineering specialty of California Institute of Technology ranks fourth in the United States, among which the Department of Electrical Engineering was founded in the early days of 19, which was the first school to offer undergraduate courses in electrical engineering, with obvious influence in the United States. According to US.news' ranking of the best undergraduate major in Electrical Engineering University, the undergraduate electrical engineering technology major of California Institute of Technology ranks third in the United States and becomes the top electrical engineering college in the United States.

Shaping purpose: The purpose of this plan is to maintain the stability among teaching lectures, laboratories and development experience, and to emphasize the professional skills of problem formulation, control system design and handling, which is very important for any engineering discipline, so that students can fully prepare for postgraduate training, self-employment or research and development in national or industrial production laboratories. It encourages them to engage in vocational and professional apprenticeships and provides opportunities to solve the urgent project needs of social development.

Course content: Students who choose this option generally choose to attend the seminar of "EE2 format of tour guide words" as an elective course for freshmen. The formal study of electrical engineering has been gradually carried out since the sophomore year. The courses include: deterministic research of system and power supply circuit, EE44 electrical engineering mathematics course, EE55 digital logic and embedded operating system EE/CS 10ab electrical engineering physics introduction, EE40 digital integrated circuit theory and laboratory practice activities, and EE45 is followed by feedback control system course, EE 1 13 or.

Junior year: signal and system software theory foundation digital image processing, ee111; Random variables and stochastic processes, ACM/EE/IDS116; Electromagnetic induction project ee151; Analog electronic laboratory. In the classification of atmospheric science, meteorology studies atmospheric organic chemistry and atmospheric physics, focusing on weather forecast. Climatology studies atmospheric changes, involving long-term and short-term changes, the regularity of temperature events for many years to thousands of years, and the long-term temperature mean model related to atmospheric standards.

Climatologists study local or regional or global natural climate, natural and human factors that cause climate change. Upper atmospheric physics mainly studies the upper atmosphere, including dissociation and hydrolysis.

What do you study in American atmospheric science? Atmospheric physics is the application of physics in atmospheric research. Atmospheric scientists try to simulate the atmosphere of the earth and other planets by using fluid flow equation, organic chemical entity model, radiation source balance and the whole process of energy transfer between the atmosphere and the deep sea. Atmospheric physics is closely related to astronomy and climatology, including the design and construction of instruments and equipment for studying the atmosphere.

The study of atmospheric organic chemistry includes smog, photochemical pollution, global warming and many other problems. Through theoretical understanding of this problem, it is easy to carry out experiments and have a possible solution. Students majoring in atmospheric science should learn basic courses such as mathematics, physics and organic chemistry, especially a large number of mathematics courses, to meet the minimum requirements. In the first few years of the undergraduate course, there were math classes every semester, physics classes in 2 semesters and organic chemistry classes in 2 semesters.

In some universities, students will be exposed to a small number of astronomy courses in the first three academic years, but in most schools, students will not be exposed to astronomy courses until they have completed every math and science course. In the second two years of undergraduate course, students majoring in atmospheric science may apply the basic knowledge of mathematics, physics and organic chemistry to solve some climate problems.

Although many courses of atmospheric science are taught by classroom experts, many courses involve laboratory projects. Similar to other science and engineering majors, the experimental class of atmospheric science major lasts nearly 20 hours a week. In the early stage of teaching, many students may not adapt to a large number of math and chemistry courses, especially those with relatively insufficient environment. But perhaps one of the biggest difficulties faced by all students is computational physics.

If you have a certain grasp of the professional knowledge of these basic courses, most students can study astronomy courses smoothly in the future. The courses of atmospheric science in some universities are more inclined to temperature research and weather forecast, while the courses in some universities are more inclined to comprehensive study of the atmosphere. Therefore, in postgraduate courses, we should choose different institutions according to our hobbies.