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From the underground metro networks to the high-definition screens in our homes and the mobile devices we carry, electrical engineering advancements influence every facet of contemporary living. Yet this journey of innovation is ongoing, with fresh opportunities awaiting the electrical engineers of the future.
Enrollees in the Bachelor of Science in Electrical Engineering program prepare to join this new wave of professionals. The syllabus progresses from core math and science classes to instruction in electrical engineering analysis and design. This education frequently involves practical learning in cutting-edge lab settings. Furthermore, the array of specialized topics available via elective studies — spanning local networks to wireless communications and restructured energy grids — offers a highly adaptable education tailored to individual passions. The Bachelor of Science in Electrical Engineering holds accreditation from ABET's Engineering Accreditation Commission.
Acknowledging the importance of versatile engineers, the program also focuses on cultivating effective communication and teamwork abilities. Students enhance these competencies both through mandatory humanities and social science courses and via collaborative initiatives in design courses. Sponsored research and partnership opportunities enable students to gain insights from professors well-versed in present-day challenges.
Graduated with a GED or high school diploma equivalency test and have not enrolled in a degree-seeking program.
Don’t have minimum score requirements, but competitive applicants will receive:
100 and above on the TOEFL iBT
130 and above on the Duolingo English Test
7.5 and above on the IELTS Academic
70 and above on the PTE Academic
191 and above on the Cambridge English Scale
4.5 and above on the iTEP
Application deadline: Early Decision I - November 1; Early Decision II: January 1; Regular Decision - January 5