Table 2 Electrical and Computer Engineering Concentrations Select One Concentration Area or No Concentration Completed Concentration will be Appear on Transcript and Diploma The sub-fields of Communications and Signal Processing, Computers and Microelectronics, Control and Power, and Electromagnetics and Photonics are significant areas within the broader field of electrical engineering. This concentration give students the opportunity to specialize by a suitable choice of junior/senior elective courses. The goal is to enhance prospects for employment and/or graduate study. Communications and Signal Processing (14 credits) Required (4 cr each): EE 395 Introduction to Digital Signal Processing (Will add laboratory) EE 496 Introduction to Communications Systems Choose two such that at least one has EE prefix (3 cr each): EE 446 Digital Image Processing EE 447 Neural Signal Processing EE 460 Space System Design, Analysis EE 469 Communications Networks EE 497 Digital Communication Systems I C S 343 Algorithm Design & Implementation C S 372 Data Structures and Algorithms (4 cr) C S 453 Python Programming I C S 475 Artificial Intelligence I C S 476 Computer Graphics I C S 477 Digital Game Design C S 478 Computer Security C S 483 Introduction to Robotics C S 486 Bioinformatics MATH 471 Complex Variables MATH 472 Fourier Series, Boundary Value Prob MATH 473 Calculus of Variations, Optimal MATH 480 Matrix Theory, Appl. Lin. Algebra MATH 481 Advanced Linear Algebra MATH 491 Introduction to Real Analysis I STAT 470 Probability: Theory & Applications Computers and Microelectronics (14 credits) Required (4 cr each): EE 363 Computer Systems Architecture (to be numbered EE 462) EE 480 Introduction to Analog and Digital VLSI Choose two such that at one has EE prefix (3 cr each): EE 425 Introduction to Semiconductor Devices EE 443 Mobile Application Development EE 469 Communications Networks EE 482 Electronics II EE 485 Analog VLSI Design EE 486 Digital VLSI Design CHME 467 Nanoscience and Nanotechnology C S 343 Algorithm Design & Implementation C S 370 Compilers and Automata Theory (4 cr) C S 371 Software Development (4 cr) C S 372 Data Structures and Algorithms (4 cr) C S 453 Python Programming I C S 474 Operating Systems I C S 478 Computer Security C S 480 Linux System Administration C S 481 Visual Programming C S 482 Database Management Systems I C S 491 Parallel Programming Table 2 continues on next page.
E E 230 AC Circuit Analysis & to Power Sys. E E 280 DC & AC Circuits AND E E 391 Intro to Electric Power Engineering E E 240 Multivariate and Vector Calculus Apps E E 310 Engineering Analysis II E E 300 Cornerstone Design E E 418 Capstone Design I E E 317 Semiconductor Devices and Electronics E E 380 Electronics I E E 320 Signals & Systems I E E 312 Signals & Systems I E E 325 Signals & Systems II E E 314 Signals & Systems II E E 340 Fields and Waves E E 351 App. Electromagnetics E E 402 Capstone Design E E 419 Capstone Design II BSEE Sample Degree Plan (120 – 123 Credits) FRESHMAN-FIRST YEAR FALL SEMESTER SPRING SEMESTER Course # CR Course # CR EE 100 Intro Electrical & Comp. Engin. 4 CHEM 111 General Chemistry I 4 ENG 100 Freshman Experience 3 EE 112 Embedded Systems 4 ENGL 111G Rhetoric & Composition 4 MATH 192 Calculus II 4 MATH 191 Calculus I 4 General Edu Req (I,IV,V or VWW) 3 15 15 SOPHOMORE-SECOND YEAR FALL SEMESTER SPRING SEMESTER Course # CR Course # CR EE 212 Intro Comp Arch & Org 4 MATH 392 Differential Equations 3 EE 200 Linear Alg, Prob & Stat Apps 4 EE 230 AC Circuits & Intro Power Sys. 4 PHYS 215 + 215L Physics I 4 EE 240 Multivariate & Vector Calc Apps 3 General Edu Req (I,IV,V or VWW) 3 PHYS 216 + 216L Physics II 4 15 14 JUNIOR-THIRD YEAR FALL SEMESTER SPRING SEMESTER Course # CR Course # CR EE 300 Cornerstone Design 2 EE 317 Semicond. & Electronics 4 EE 320 Signals & Systems I 3 EE 325 Signals & Systems II 4 EE 340 Fields & Waves 4 EE Concentration Required 4 General Edu Req (I,IV,V or VWW) 3 General Edu Req (I,IV,V or VWW) 3 General Edu Req (I,IV,V or VWW) 3 15 15