BSEE REQUIREMENTS

Transcription

1 College of Engineering The Klipsch School of Electrical and Computer Engineering BSEE REQUIREMENTS This document presents a summary of the requirements for earning a Bachelor of Science degree in Electrical Engineering (BSEE) from New Mexico State University (NMSU). It is intended as a guide, and is in no way meant to replace or amend the Undergraduate Catalog. Catalog Selection: The requirements outlined below are specific to the catalog and may be different from those of other catalogs. The requirements set forth in the catalog are in effect from the beginning of the 201 summer term until the end of the 2019 spring term. Students graduating after their catalog of matriculation has expired may meet the requirements of any catalog in effect at the time of graduation. Note, however, that changing catalogs may render classes already taken inapplicable toward graduation. Always check with an advisor before deciding to change catalogs. Departmental Responsibilities: The Klipsch School is responsible for: 1. Providing current lists of approved elective courses for each category. The lists of approved electives are subject to change at any time. To ensure proper course selection, when registering be sure to use an up-to-date list, or check with an advisor. Lists of currently acceptable electives are also available at ece.nmsu.edu 2. Assisting students in curriculum planning, selection of electives, and scheduling. a. The ECE department maintains an Open Door policy. All faculty members are available for consultation. b. Each semester, before registering for classes, all undergraduate students must be advised. The department office maintains a list of advisor assignments. Student Responsibilities: It is the responsibility of each student to ensure that all the requirements for graduation have been met. In general, each student is responsible for: 1. Following all university regulations, as listed in the NMSU Catalog. The catalog is the ultimate authority when it comes to regulations, this BSEE REQUIREMENTS handout is merely a summary of the information specific to Electrical Engineering students. 2. Following all college requirements, as listed in the NMSU catalog.. Following all departmental requirements, as listed in the NMSU catalog. In particular, be aware that elective choices must be made such that: a. The selected course is a currently approved elective in the desired category. b. A minimum of 10 credits is completed, of which 5 must be numbered Page 1 March 16, 201

2 . Taking courses in the proper sequence. Most courses have co- and/or prerequisites. These are listed in the course descriptions of the NMSU catalog. A prerequisite must have been completed (with a grade of `C`, or better) prior to enrolling in the class, while a co-requisite may be taken either at the same time, or prior to, the class. Enrolling in a class without the proper preparation is grounds for administrative removal from the course, potentially impacting on full-time status, financial aid eligibility, and/or graduation plans. A summary of the co- and prerequisites for Electrical Engineering classes is included as Table 5. Co- and prerequisites for a class may change in the future, so check the current catalog, or ask the course instructor, for the latest requirements. Note also that some prerequisites apply universally and are not listed for individual classes. For example: the university has made ENGL 111 a prerequisite to all courses numbered The college has made MATH 192 a co-requisite to all engineering courses numbered The department has made EE 161 a prerequisite to all EE classes numbered Monitoring their official NMSU account. Each student is issued an address in domain. This address is used for official communication and students are responsible for all messages sent to that address. Transfer Credit: Credit earned at other institutions is generally accepted, however: Engineering credit must be earned at an ABET accredited school. Physics must be calculus-based. If the NMSU requirement includes a laboratory, the transfer credit must include a lab. A grade of C, or better, must have been earned. Capstone Design (EE 18 & EE 19) and EE Electives may not be transferred. Page 2 March 16, 201

3 Table 1 BSEE Degree Requirements General Education Requirements ( credits) State of New Mexico General Education Common Core (7 credits)... Credits Area I: Written Communication Two courses Oral Communication One course 1... Area II: Mathematics Calculus I (MATH 191)... Area III: Natural Science General Chemistry I 2 (CHEM 111)... Engineering Physics I 2 (PHYS 215)... Area IV: Social & Behavioral Sciences Two or Three classes 1, Area V: Humanities & Fine Arts Two or Three classes 1, NMSU General Education Requirements (6 credits) Viewing a Wider World Electives Two courses Program Specific Requirements (87 credits) Mathematics & Natural Science (21 credits) MATH 192 Calculus II... MATH 291 Calculus III... MATH 92 Differential Equations... EE 210 Engineering Analysis I... EE 10 Engineering Analysis II... PHYS 216 Engineering Physics II 2... Engineering (65 credits) EE 161 Computer Aided Problem Solving 2... EE 162 Digital Circuit Design 2... EE 260 Embedded Systems 2... EE 280 DC and AC Circuits 2... EE 12 Signals & Systems I... EE 1 Signals & Systems II 2... EE 51 Applied Electromagnetics 2... EE 80 Electronics I 2... EE 91 Introduction to Electric Power Engineering 2... EE 18 Capstone Design I... EE 19 Capstone Design II... EE 61 Systems Engineering & Project Management... EE Electives Four courses from Table Engineering Electives One course from Table... Technical Electives Six credits from Table... 6 Notes: Total See the Undergraduate Catalog for course lists and details. 2. Including laboratory.. Students must complete 15 total credits from these two areas, with at least 6 credits from each area.. Transfer credit not accepted. Page March 16, 201

4 Table 2 EE Electives Select Four Courses (12 Credits Minimum) from Three Areas Communications EE 96 Communications Systems... EE 97 Digital Communications Systems I... Computers EE 6 Computer Systems Architecture... EE 69 Communications Networks... Controls EE 75 Control Systems II... EE 76 Computer Control Systems... Digital Signal Processing EE 95 Introduction to DSP... EE 2 Real-Time DSP... EE 6 Digital Image Processing... Electromagnetics EE 52 Introduction to Radar... EE 5 Microwave Engineering... EE 5 Antennas and Radiation... Micro-Electronics/VLSI EE 25 Intro to Semiconductor Devices... EE 80 Introduction to VLSI... EE 82 Electronics II... EE 8 RF Microelectronics... EE 85 Analog VLSI Design... EE 86 Digital VLSI Design... Photonics EE 70 Geometrical Optics... EE 70 Physical Optics... EE 71 Modern Experimental Optics... 2 EE 7 Introduction to Optics... EE 77 Fiber Optics Systems... EE 78 Optical Sources & Detectors... EE 79 Lasers and Applications... Power Systems EE 1 Power Systems II... EE 2 Power Electronics... EE 9 Power Systems III... EE 9 Distribution Systems... Space Systems EE 60 Space System Mission Design... Page March 16, 201

5 Table Engineering Electives Select One Course C E 2 Mechanics-Statics... C E 01 Mechanics of Materials... I E 65 Quality Control... I E 11 Occupational Safety... I E 1 Operations Research I... I E 15 Stochastic Processes Modeling... I E 2 Operations Research II... I E 60 Evaluation of Engineering Data... I E 66 Reliability... I E 67 Simulation Modeling... M E 2 Mechanics-Dynamics... M E 26 Engineering Mechanics I... M E 27 Engineering Mechanics II... M E 20 Thermodynamics... Any A E course numbered Any CH E course numbered except: CH E 11, 0, 91, 95V, 98, 0, 51, and 90 Any M E course numbered except: M E 0, 5, 00, 01, 05, 0, and 9 Table Technical Electives Select Two Courses ASTR 01 Modern Astrophysics... C S 71 Software Development... C S 70 Functional Programming... C S 71 Language Structure I... C S 72 Logic Programming... C S 7 Operating Systems I... C S 75 Artificial Intelligence I... C S 76 Computer Graphics I... C S 80 Linux System Administration... C S 82 Database Management I... C S 85 User Interface Design... C S 91 Parallel Programming... CHEM 1 Organic Chemistry I... CHEM 1 Organic Chemistry II... E T 77 1 Computer Networking... MATH 1 Modern Algebra... MATH 2 Intro to Analysis... MATH 77 Numerical Methods... MATH 1 Algebraic Coding... MATH 71 Complex Variables... MATH 72 Fourier Series Problems... MATH 7 Calculus of Variations... MATH 80 Matrix & Linear Algebra... MATH 81 Advanced Linear Algebra... PHYS 15 Modern Physics... STAT 70 Probability... STAT 80 Statistics... WERC 81 1 Renewable Energy... WERC 82 1 Solar Energy... WERC 8 1 Wind and Water Energy... Any course from Tables 2or Any EE course numbered Any Physics course numbered Any Chemistry course numbered 00-99, except CHEM 2 Notes: 1. Only one of these courses allowed. Page 5 March 16, 201

6 Table 5 Co- and Pre-requisites Course Title Pre-requisites 1 Co-requisites E E 161 Computer Aided Problem Solving MATH 190 E E 162 Digital Circuit Design MATH 190 and E E 161 E E 210 Engineering Analysis I MATH 192 and E E 161 E E 260 Embedded Systems E E 162 E E 280 DC & AC Circuits MATH 192 and PHYS 216 E E 10 Engineering Analysis II MATH 291 and E E 210 E E 12 Signals & Systems I E E 210, E E 280 and MATH 92 E E 1 Signals & Systems II E E 12 E E 51 Applied Electromagnetics E E 280 and E E 10 E E 6 Computer Systems Architecture I E E 260 E E 70 Geometrical Optics MATH 191 E E 80 Electronics I E E 162, E E 280, and CHEM 111 E E 91 Introduction to Electric Power Engineering E E 280 E E 95 Introduction to Digital Signal Processing E E 1 E E 01 Research Topics in Electrical Engineering E E 18 E E 18 Capstone Design I E E 260, 1, 51, 80 and 91 E E 61 E E 19 Capstone Design II E E 18 E E 25 Introduction to Semiconductor Devices E E 51 and E E 80 E E 1 Power Systems II E E 91 E E 2 Power Electronics E E 80 and E E 91 E E 1 E E 2 Real-Time Digital Signal Processing E E 95 E E 6 Digital Image Processing E E 95 E E 52 Introduction to Radar E E 51 E E 96 E E 5 Microwave Engineering E E 51 E E 5 Antennas and Radiation E E 51 E E 60 Satellite Design Junior Standing E E 61 Program Management Junior Standing E E 69 Digital Communications Networks E E 162 and E E 210 E E 70 Physical Optics E E 70 and PHYS 216 E E 71 Modern Experimental Optics E E 70 E E 7 Introduction to Optics PHYS 216 E E 75 Control Systems II E E 1 E E 76 Computer Control Systems E E 1 E E 77 Fiber Optic Communication Systems E E 51 E E 78 Optical Sources, Detectors, and Radiometry E E 70 and PHYS 216 E E 79 Lasers and Applications E E 51 E E 80 Introduction to VLSI E E 260 and E E 80 E E 82 Electronics II E E 80 E E 8 RF Microelectronics E E 51 and E E 80 E E 85 Analog VLSI Design E E 12 and E E 80 E E 86 Digital VLSI Design E E 80 E E 90 Selected Topics Consent of Instructor E E 9 Power Systems III E E 91 E E 9 Distribution Systems E E 1 E E 9 E E 96 Introduction to Communications Systems E E 1 E E 97 Digital Communications Systems I E E 1 Notes: 1. A grade of C, or better, is required in all prerequisite classes. Page 6 March 16, 201

7 ECE Core Curriculum ( ) Deficiency courses Placement by exam MATH 120 Intermediate Algebra CHEM 111 Chemistry I E E 260 Embeded Systems E E 61 Project Management E E 01 Research Topics 1 MATH 121 College Algebra E E 161 C Programming E E 162 Digital Design E E 80 Electronics I MATH 190 Pre-Calc MATH 191 Calculus I PHYS 215 Physics I MATH 192 Calculus II PHYS 216 Physics II E E 210 Analysis I MATH 291 Calculus III E E 280 AC/DC Circuits MATH 92 Differential Equations E E 10 Analysis II E E 12 Signals & Systems I E E 51 Electro- Magnetism E E 1 Signals & Systems II E E 91 Power E E 18 Capstone I E E 19 Capstone II Pre-requisite Co-requisite Page 7 August 7, 201