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| REQUIRED COURSES:MATHEMATICSMATH20100Calculus I3 cr.RMATH20200Calculus II3 cr.RMATH20300Calculus III4 cr.RMATH39100Diff. Equations3 cr.RMATH39200Linear Algebra and Vector Analysis3 cr.RSCIENCESCHEM10301General Chemistry I4 cr.RCSC10200Intro to Computing3 cr.RPHYS20701General Physics I4 cr.RPHYS20801General Physics II4 cr.RPHYS32300Quantum Mechanics for Engineers3 cr.RENGINEERINGENGR10100Engineering Design I1 cr.RENGR10300Analysis Tools for Engineers2 cr.RENGR20400Electrical Circuits3 cr.RENGR27600Engineering Economics3 cr.RELECTRICAL ENGINEERINGEE20500Linear Systems I3 cr.REE21000Switching Systems3 cr.REE22100EE Lab I1 cr.REE24100Electronics I3 cr.REE25900Programming for EE4 cr.REE30600Linear Systems II3 cr.REE31100Probability and Statistics3 cr.REE31200Communication Theory3 cr.REE32200EE Lab II1 cr.REE33000Electromagnetics3 cr.REE33900Semiconductor Materials and Devices3 cr.REE34400Digital Computer Systems3 cr.REE42500Digital Computer Lab1 cr.REE59866Senior Design I3 cr.REE59867Senior Design II3 cr.RENGLISHENGL 11000 Freshman Composition 3 cr.RENGL21007 Writing for Engineers3 cr.RSub-Total Required Courses: 89 cr. –ELECTIVE COURSES: | ||
| All Electrical Engineering major students must complete the credit requirements from the A, B, and C Electives lists: | ||
| A. Lecture Electives | ||
| All EE students, in consultation with their faculty advisor, must select 6 courses of Lecture Electives, at least 3 courses of which must be Electrical Engineering courses. | ||
| Electrical Engineering | ||
| EE 33300: Antennas & Fiber-Optics | 3 cr. | E |
| EE 34200: Electronics II | 3 cr. | E |
| EE 35700: Electric Power Engineering | 3 cr. | E |
| EE 37100: Control & Feedback Systems | 3 cr. | E |
| EE 43800: Management Concepts for Engineering | 3 cr. | E |
| EE 44100: Solid State Devices | 3 cr. | E |
| EE 45000: Microwave Networks | 3 cr. | E |
| EE 45100: Communication Electronics | 3 cr. | E |
| EE 45200: Fiber Optic Communications | 3 cr. | E |
| EE 45300: Digital Signal Processing | 3 cr. | E |
| EE 45400: Physical Electronics | 3 cr. | E |
| EE 45500: Elements of Power Systems | 3 cr. | E |
| EE 45600: Elements of Control Theory | 3 cr. | E |
| EE 45700: Digital Integrated Circuits | 3 cr. | E |
| EE 45800: Introduction to Lasers | 3 cr. | E |
| EE 45900: Microprocessors | 3 cr. | E |
| EE 46000: Computer Communication Systems | 3 cr. | E |
| EE 46200: Photonic Engineering | 3 cr. | E |
| EE 46300: Wireless Communications | 3 cr. | E |
| EE 46400: VLSI Design | 3 cr. | E |
| EE 47100: Introduction to Digital Image Processing | 3 cr. | E |
| EE 51000: Independent Study (departmental approval required) | 3 cr. | E |
| Computer Science | ||
| CSc 31800: Internet Programming | 3 cr. | E |
| CSc 34200: Computer Organization | 3 cr. | E |
| Mathematics | ||
| Math 32800: Numerical Analysis** | 3 cr. | E |
| Physics | ||
| Phys 45200: Optics | 3 cr. | E |
| Engineering | ||
| ENGR I0600: Applied Algebra (GPA 2.75 or better required) | 3 cr. | E |
| ENGR I1100: Engineering Analysis (GPA 2.75 or better required) | 3 cr. | E |
| ENGR I1200: Complex Variables (GPA 2.75 or better required) | 3 cr. | E |
| ENGR 23000: Thermodynamics | 3 cr. | E |
| ENGR 30000: Social Impact of Biomedical Technology | 3 cr. | E |
| ENGR 30100: Introduction to Satellite Remote Sensing & Imaging | 3 cr. | E |
| Biomedical Engineering | ||
| BME 50100: Cell and Tissue Mechanics | 3 cr. | E |
| BME 50200: Cell and Tissue Transport | 3 cr. | E |
| BME 50300: Cell and Tissue Biomaterial Interactions | 3 cr. | E |
| BME 50500 Image and Signal Processing in Biomedicine | 3 cr. | E |
| Chemistry | ||
| Chem 10401: General Chemistry II (minimum grade of C required) | 4 cr. | E |
| ** Credit can not be received for both Math 32800 and CSc 44000. | ||
| Sub-Total Lecture Elective Credits: 18 – | 19 cr. | – |
| B. Advanced Laboratory Electives | ||
| Two of the following courses: | ||
| EE 32300: Lab III | 1 cr. | E |
| EE 42100: Local Area Network Laboratory | 1 cr. | E |
| EE 42200: Analog Communication Laboratory | 1 cr. | E |
| EE 42300: Microwave Laboratory | 1 cr. | E |
| EE 42600: Control Laboratory | 1 cr. | E |
| EE 42700: Digital Systems Laboratory | 1 cr. | E |
| EE 42800: Photonics Engineering Laboratory | 1 cr. | E |
| EE 42900: Solid State | 1 cr. | E |
| CSc 34300: Computer Systems Design | 1 cr. | E |
| Sub-Total Advanced Laboratory Electives Credits: | 2 cr. | – |
| Note for Transfer Students: Any transfer student exempted from taking Engr 101 must have an additional Advanced Laboratory Elective credit. | ||
| C. Restricted Electives | ||
| Please note: Although the following courses may be selected for Lecture Elective credits, they cannot be selected as both Lecture Electives credits and Restricted Electives credits at the same time. | ||
| Two of the following courses:EE 33300: Antennas & Fiber Optics3 cr.EEE 34200: Electronics II3 cr.EEE 37100: Control & Feedback Systems3 cr.EEE 44100: Solid State Devices3 cr.ESub-Total Restricted Electives Credits:6 cr. –LIBERAL ARTS REQUIREMENTSEE Students must take five approved liberal arts courses:LIBERAL ARTS PER PATHWAYS SCHEDULE LA100-LEVELCreative Expression 3 cr.RLA100-LEVELWorld Cultures and Global Issues3 cr.RLA100-LEVELIndividual and Society3 cr.RLA100-LEVELUS Experience in Its Diversity3 cr.RLA200-LEVELSee List of Approved Classes3 cr.RSub-Total Liberal Arts Credits: 15 cr. –GRAND TOTAL CREDITS FOR EE MAJOR: 130 Credits | ||
| R – Required course E – Elective course |
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