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Medical imaging, the creation of innovative computer chips, the advancement of sophisticated robotic control systems, and the development of next-generation wireless communication devices. Electrical engineering forms the foundation of numerous technologies we rely on daily, such as wireless communication, electrical power, consumer electronics, digital computing, computer software, computer networks, automatic controls, medical imaging, remote sensing, and the miniature components that enable these technologies. Electrical engineers participate in nearly every aspect of manufacturing and development. Their responsibilities include tasks like medical imaging, designing new computer chips, building advanced robotic control systems, and engineering new waves of wireless communication devices.
Students must meet the following requirements for admission: completion of academic upper secondary school (generally a total of 12-13 years of primary and secondary education); a corresponding secondary school diploma or leaving certificate; completion of minimum high school course requirements of the following: 4 years of English/language arts; 2 years in a single language of world languages; 3 years including courses in physical science, biology, chemistry, environmental science and physics of natural science; 3 years of social studies; 2 years of algebra; and 1 year of geometry.
English Language Requirements: