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Graduates holding a Bachelor of Science in Electrical/Electronic Engineering are prepared for professional roles or advanced studies in various specializations such as autonomous control systems, power engineering, machine learning, and wired, wireless, and optical communications. Beyond core science and mathematics, the program establishes a strong foundation in analog and digital electronics, microprocessors, and digital signal processing. The curriculum allows electrical/electronic engineering students the flexibility to choose their focus, whether they wish to explore
the development of sophisticated analog electronics or control systems,
communication systems or electromagnetics and antenna design,
the use of machine learning in bioimaging or image processing,
advanced digital electronics utilizing field-programmable gate arrays (FPGAs) or the creation of very large-scale integration (VLSI) digital circuits, and
the design and management of electric generators and motors or the planning of systems to deliver electricity from power plants to residences.
Students must have a completion of a university-preparatory secondary/high school program with a 3.0 (B in the U.S. system) or "Very Good" GPA.
University-preparatory mathematics courses include beginning algebra, geometry, and intermediate algebra. All must have passing grades (C or better, or the equivalent)
English Proficiency:
TOEFL (iBT) Tests: 61
TOEFL Essentials Test: 7.0
IELTS Tests: 6.0
Pearson PTE: 47