Both our Electrical Engineering and Biomedical Engineering curricula are designed to provide a solid foundation so that you will be able apply mathematics, science, and core engineering approaches to solve real problems for the benefit of society. We have also designed our curricula to allow students to target specific interests through numerous electives that can be taken in their Junior and Senior years. In addition to the courses listed in these pages, both degrees offer special topics courses that coincide with student and faculty interests.
Electrical Engineering
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Biomedical Engineering
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Helpful Information
Example Syllabi for Electrical Engineering
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- EE 2125 (EE 020) – Circuits I (PDF)
- EE 2135 (EE 021) – Circuits II (PDF)
- EE 2145 (EE 101)– Digital Control with Embedded Systems (PDF)
- EE 2145 (EE 101) – Digital Control with Embedded Systems Laboratory (PDF)
- EE 3315 (EE 113) – Electric Energy Systems (PDF)
- EE 3410 (EE 121) – Electronics II (PDF)
- EE 3610 (EE 174) – Communication Systems (PDF)
- EE 3000 (EE 180) – Engineering Ethics and Leadership (PDF)
- EE 3415 (EE 184) – Electronic Design Project (PDF)
- EE 2990 (EE 195) – Virtual Instrument Engineering (PDF)
- EE 5530 (EE 210) – Modern Control Systems (PDF)
- EE 3990 (EE 295) – Advanced Circuit Design (PDF)
- EE 3990 (EE 295) – Power Distribution Systems Engineering and Analysis (PDF)
- EE 6530 (EE 371) – Estimation Theory (PDF)
Example Syllabi for Biomedical Engineering
Tutoring Support
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Fall and Spring semesters. Free for all ÈÕº«ÎÞÂë undergraduate students.