B.S. in Electrical Engineering: Undergraduate Telecommunications Curriculum Telecomm/Networking/DSP Track 0 MATH ENGR 00 CHEM 0 ENGR 0 CS Lab cr.. cr. cr. cr. MATH PHYS 0 CHEM 0 ENGR 0 CS ENGL 0,0,0; Calculus Physics Chemistry Freshman Design Lab UNV 0 MATH 00 PHYS 0. cr. BO cr. ENGR 0 cr. CS. cr. cr. cr. cr. ENGR PHYS 0 ENGR 0 ECE 00 ENGR 0,0 cr. cr. ENGR ECEC 0 ECE 0 Dynamic Eng cr. cr. cr. cr. cr. ECEL 0 HST Free Elective Core Elective Core Elective ECE Lab. Technology in Historical Perspective MATH ECEL 0 PHL Core Elective Core Elective ECE Lab. Engineering Ethics cr. cr. ENGR ECEL 0 Stat. of Engr. Core Elective Core Elective ECE Lab. Liberal Elective ECEL 0 Free Elective Core Elective Core Elective ECE Lab. V Liberal Elective ECE Senior Design Liberal Elective Tech Elective Free Elective Track Elective cr. cr. cr. cr. cr. ECE Senior Design Liberal Elective Tech Elective Free Elective Track Elective cr. cr. cr. 0- cr. cr. ECE Senior Design Liberal Elective Tech Elective Track Elective cr. cr. cr.
Notes on the Proposed Track Template: Core Electives are generally 00-level ECE courses. For the Telecomm/Networking/DSP track, some combination of the following courses are recommended (but not all are required): ECEC - ntroduction to Computer Networking ECEE 0 - Electronic Devices ECEE 0 - EM Fields and Waves ECEE - Wireless and Optical Electronics ECES 0 - Transform ECES 0 - ntroduction to Modulation and ECES - ntroduction to DSP ECES - Wireless Communications ECE Tech Electives are 00- or 00-level ECE courses. ECE Track Electives are 00-level ECE courses that are predominantly stand alone lecture or laboratory courses with a diverse range of topics that are continually updated to reflect the current state of the art. To fulfill the Track Elective requirement, some current courses and courses planned for the near future in the Telecomm/Networking/DSP track are listed below. The topics of these courses are intended to be fluid so as to remain up to date. With the exception of ECEE //, all ECE Track Electives need not be taken in sequence. ECEC - nternet Architectures ECEC - Network Architectures ECEC 0 - Network Security ECEC 0/0 - nternet Lab ECEC 0 - Wireless Embedded Networks Lab ECEE - Lightwave Engineering ECEE - RF Components and Techniques ECEE - RF Electronics ECEE - Antennas and Radiating ECES - Applied DSP (Fall 00: Advanced DSP) ECES - Multi-disciplinary DSP (Winter 00: Bioinformatics) ECES - Recent advances in DSP (Spring 00: DSP Hardware Lab) ECES 0 - Special topics in DSP and Telecommunications One liberal elective must be ECON 0 ( cr). Two liberal studies courses must be in the same area (HST, PSY, etc.). Economics courses cannot make a sequence. course may include PHYS 0 Modern Physics, ENGR 0 Thermodynamics, MATH Discrete Math, CHEM 0 Chemistry or a BO/BMES course with Dept approval The number of free elective credits will depend on the individual plan of study. Students who have taken credit EE sequence or technical elective courses will need fewer free elective credits. Those who took credit courses will need more. The total of all credits taken must add to at least for the EE degree.. Program of study description To recognize the increasingly interdisciplinary nature of electrical engineering, the Telecommunications/Networking/DSP track prepares students with a wide breadth of courses in the theory and the technology of the transmission and processing of information-bearing signals such as voice, audio, data, images and video. Students are encouraged to sample from a wide variety of lecture and laboratory courses in classical telecommunications, electromagnetics, networking, and signal processing.
Example templates - Telecommunications () 0 MATH ENGR 00 CHEM 0 ENGR 0 CS Lab cr.. cr. cr. cr. MATH PHYS 0 CHEM 0 ENGR 0 CS ENGL 0,0,0; Calculus Physics Chemistry Freshman Design Lab UNV 0 MATH 00 PHYS 0. cr. BO cr. ENGR 0 cr. CS. cr. cr. cr. cr. ENGR PHYS 0 ENGR 0 ECE 00 ENGR 0,0 cr. cr. ENGR ECEC 0 ECE 0 Dynamic Eng cr. cr. cr. cr. cr. ECES 0 ECEC ECEL 0 HST Free Elective Transform ntro. Computer ECE Lab. Technology in Historical Perspective Network- ing MATH ECEL 0 PHL Core Elective Core Elective ECE Lab. Engineering Ethics cr. cr. ENGR ECES ECES 0 ECEL 0 Stat. of Engr. ntro. DSP Modulation and ECE Lab. Liberal Elective ECES ECEL 0 Free Elective Wireless Communications Core Elective ECE Lab. V Liberal Elective ECE ECEC 0 Senior Design Liberal Elective Tech Elective Free Elective Wireless Embedded Networks Lab cr. cr. cr. cr. cr. ECE ECEC 0 Senior Design Liberal Elective Tech Elective Free Elective nternet Lab cr. cr. cr. 0- cr. cr. ECE ECES Senior Design Liberal Elective Tech Elective DSP Hardware mplementations cr. cr. cr. The table above illustrates one possible plan of study for a student with an interest in the networking protocol stack view of Telecommunications.
Example templates - Telecommunications () 0 MATH ENGR 00 CHEM 0 ENGR 0 CS Lab cr.. cr. cr. cr. MATH PHYS 0 CHEM 0 ENGR 0 CS ENGL 0,0,0; Calculus Physics Chemistry Freshman Design Lab UNV 0 MATH 00 PHYS 0. cr. BO cr. ENGR 0 cr. CS. cr. cr. cr. cr. ENGR PHYS 0 ENGR 0 ECE 00 ENGR 0,0 cr. cr. ENGR ECEC 0 ECE 0 Dynamic Eng cr. cr. cr. cr. cr. ECES 0 ECEE 0 ECEL 0 HST Free Elective Transform Electronic Devices ECE Lab. Technology in Historical Perspective MATH ECEE ECEL 0 PHL Analog Elec- Core Elective ECE Lab. Engineering Ethics tronics cr. cr. ENGR ECES ECES 0 ECEL 0 Stat. of Engr. EM Fields and Modulation and ECE Lab. Liberal Elective Waves ECES ECEE ECEL 0 Free Elective Wireless Communications Wireless and ECE Lab. V Liberal Elective Optical Elec- tronics ECE ECEE Senior Design Liberal Elective Tech Elective Free Elective RF Components and Techniques cr. cr. cr. cr. ECE ECEE Senior Design Liberal Elective Tech Elective Free Elective RF Electronics cr. cr. cr. 0- cr. ECE ECEE Senior Design Liberal Elective Tech Elective Antennas and Radiating cr. cr. The table above illustrates one possible plan of study for a student with an interest in more of the device and electromagnetic propagation aspects of Telecommunications.
Example templates - Signal Processing 0 MATH ENGR 00 CHEM 0 ENGR 0 CS Lab cr.. cr. cr. cr. MATH PHYS 0 CHEM 0 ENGR 0 CS ENGL 0,0,0; Calculus Physics Chemistry Freshman Design Lab UNV 0 MATH 00 PHYS 0. cr. BO cr. ENGR 0 cr. CS. cr. cr. cr. cr. ENGR PHYS 0 ENGR 0 ECE 00 ENGR 0,0 cr. cr. ENGR ECEC 0 ECE 0 Dynamic Eng cr. cr. cr. cr. cr. ECES 0 ECEE 0 ECEL 0 HST Free Elective Transform Electronic Devices ECE Lab. Technology in Historical Perspective MATH ECEL 0 PHL Core Elective Core Elective ECE Lab. Engineering Ethics cr. cr. ENGR ECES ECES 0 ECEL 0 Stat. of Engr. ntroduction to Modulation and ECE Lab. Liberal Elective DSP ECEL 0 Free Elective Core Elective Core Elective ECE Lab. V Liberal Elective ECE Senior Design Liberal Elective Tech Elective Free Elective cr. cr. cr. cr. ECE ECE Track Electives Senior Design Liberal Elective Tech Elective Free Elective DSP and telecommunications cr. cr. cr. 0- cr. applications and special topics ECE Senior Design Liberal Elective Tech Elective cr. cr. cr. each The table above illustrates one possible plan of study for a student with an interest in Signal Processing.