ucf electrical engineering

Ucf Electrical Engineering

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Ucf Electrical Engineering

The Electrical Engineering program is accredited by the Accreditation Board for Engineering and Technology (ABET), which is a specialized accrediting board recognized by the Council on Postsecondary Accreditation (COPA) and the U.S. Department of Education.

The following Academic Program information is gathered from the UCF catalog, the Undergraduate Policies and Procedures Manual and the program procedures in ECE. This web site should not be considered a legal document, is not necessarily exhaustive and is subject to change without notice.

All UCF students must fulfill a 36-hour General Education Program (GEP) requirement. The GEP is automatically satisfied by students with a prior B.S. from an accredited institution or an A.A. degree from a Florida community college. Please consult the UCF catalog for specific details. Students must complete 128 semester hours of course work and satisfy all University and Electrical Engineering program requirements to earn a B.S. in Electrical Engineering.

Any student wishing to receive a BS – MS (5-year degree), to be a double-major or to seek a second Bachelor’s degree in EE should consult the UCF catalog and the EE coordinator, located in the Department of Electrical and Computer Engineering. A student must be an official EE major to earn the BS Electrical Engineering degree or the BS – MS accelerated degree in EE.

ucf electrical engineering ranking

The bachelor’s program at UCF was ranked #112 on College Factual’s Best Schools for EE list. It is also ranked #3 in Florida.

ucf electrical engineering requirements

Grade Requirements

Courses in engineering core require a grade of C (2.0) or better. A minimum GPA of 2.25 is required in the electrical engineering track(s) courses.

Departmental Residency Requirement: At least 32 hours of electrical engineering coursework must be completed in the ECE Department at UCF.

EE Transfer of Credit: Courses with a common course number taken at any Florida State University System (SUS) institution or Florida community college are automatically transferable. Students with a Bachelor of Science from an accredited institution or an Associate of Arts degree from a Florida SUS institution or Florida community college automatically satisfy the GEP. Substitutions for GEP must be approved through Academic Services, Millican Hall (MH) 210.

Substitutions for electrical engineering requirements are on a course-by-course basis and MUST be approved by the EE Undergraduate Coordinator. Instructions for this process are in the ECE undergraduate suite in Harris Corporation Engineering Center (HEC 345). The decision is typically based on the degree of similarity of the two courses both in content and level of presentation. Regardless of transfer credit, the University and Division residency requirements must be satisfied.

ucf electrical engineering curriculum

ELECTRICAL ENGINEERING – 4 TRACK OPTIONS

• COMPREHENSIVE TRACK
  The Electrical Engineering Comprehensive Track covers fundamental electrical engineering concepts. The student is exposed to key areas in the discipline, including communications and signal processing, controls, power and energy systems, electromagnetics, microelectronics, electronics, embedded systems and software, etc. The technical electives can be selected to provide more depth in one or more areas of electrical engineering. Graduates find employment in companies such as Lockheed-Martin, Siemens, Intel, Apple, TI, Harris, Power utility companies, as well as many other regional, national, or international companies. Also, opportunities exist for employment in State and Federal Government agencies.

• COMMUNICATIONS AND SIGNAL PROCESSING TRACK
  In the Communications and Signal Processing Track students will be trained to develop and apply theory and algorithms in the broad fields of communications, networked systems, and signal processing. Students have a wide range of technical electives to choose from including wireless communication, satellite communication, communication networks, smart grid networks, image processing. Students will graduate with more depth of knowledge in the area of Communications and Signal Processing. After graduation, they can decide to pursue a graduate degree or can find employment in companies such as Harris, Lockheed Martin, Qualcomm, Raytheon, L3 Communications, Texas Instrument, as well as many other regional, national, or international companies. Also, opportunities exist for employment in State and Federal Government agencies.
• RF AND MICROWAVES TRACK
  The RF and Microwave Track provides students an opportunity to take technical elective courses covering a wide range of topics in applied electromagnetics such as antennas, computational electromagnetics, high-speed circuits and systems, bio-electromagnetics, radar, remote sensing and wireless sensors. Students will graduate with more depth of knowledge in the high frequency RF and Microwave field. After graduation, they can decide to pursue a graduate degree or can find employment in companies such as Harris, Qualcomm, Raytheon, Qorvo, Keysight, Skyworks, as well as many other regional, national, or international companies. Also, opportunities exist for employment in State and Federal Government agencies.
• POWER AND RENEWABLE ENERGY TRACK
  Power and Renewable Energy Track will provide students the fundamental knowledge in power system operation and control, renewable energy integration, machines, microgrid design and operation, power markets and data analytics. They will have an opportunity for hands-on training in smart grid technologies. Students can select from a large number of technical electives covering the areas of power and renewable energy. After graduation, they can decide to pursue a graduate degree or can find employment in companies such as Duke Energy, OUC, FPL, Siemens, ABB, Leidos, as well as many other regional, national, or international companies. Also, opportunities exist for employment in State and Federal Government agencies.