A computer engineering curriculum includes general education, math and science courses, and engineering courses. Students can take elective courses, and a final requirement is usually an internship, thesis, or final project. The curriculum teaches about computer hardware, software, and network engineering.
A computer engineering curriculum prepares students for various positions in computer hardware design, software design, and network engineering. The curriculum typically involves clusters of courses that focus on general education classes, advanced math and science courses, and electrical and computer engineering courses. Most schools have some sort of final requirement which usually comes in the form of an internship, thesis or final project. The student will also be able to take various elective courses that interest him, but they do not have to relate to computer engineering.
The first part of a computer engineering curriculum involves general education and elective courses. Each school sets a specific requirement for the number and type of general education courses you must take. Some of these courses prepare a student for more advanced math and science courses, but advanced math and science courses can also be part of the general teaching requirements. Other classes include languages, social sciences, writing, computer classes, philosophy, and other science courses. The student will also need to take elective courses of their choice and may take additional courses in general education areas or an unrelated professional field.
Math and science courses form the foundation of a computer engineering curriculum and typically include physics, calculus, discrete structures, chemistry, and differential equations. The math portion of the degree is critical to understanding and doing well in technical courses involved with engineering, so the curriculum often requires more than one course in each area. Advanced science courses often require lab work so that the student can gain hands-on experience in the field.
Engineering courses make up a large part of the computer engineering curriculum and cover electrical circuits, logic design, digital electronics, computer design, systems theory, computer programming, and operating systems. The various courses educate the student in computer science, hardware design, and network design and teach the student about how a computer’s internal structures work together. Many of the courses involve a significant amount of lab work and projects, and some theory courses may require a separate lab course. After the student takes all the electrical and computer engineering courses, he usually does an internship or a final project that can be an individual work or a group project. Some schools require an internship and final project to graduate from the program.
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