Department of Electrical Engineering - PDF Purdue University Bulletin 1991-1993

Professors Dunipace, Renda, Sinha, Yokomoto, Yurtseven (Acting Chair) Associate Professors Dines, Rizkalla

Assistant Professors Buckwalter (Adjunct), Chen, Chien, Madhavan Lecturer O'Loughlin

The Department of Electrical Engineering offers programs at the bachelor's, master's, and doctoral levels. At the baccalaureate level, the department offers programs leading to the Bachelor of Science in Engineering degree (B.5.E.) and the Bachelor of Science in Electrical Engineering (B.S.E.E.). The B.S.E. degree program is interdisciplinary in scope and is designed for students who desire broad flexibility and the opportunity for interdisciplinary study. The program does not have a designated professional curriculum. Additional information about the program can be obtained from the faculty in the Department of Electrical Engineering. The program leading to the B.S.E.E. is described in this section.

Graduate programs in electrical engineering are described in the section entitled "Graduate Engineering Programs."

Electrical engineering programs are designed to prepare students for careers in the commercial, government, and academic sectors where electrical engineering expertise is needed in computers, information processing, circuit and electronic design, control and robotics, communications, energy systems, and manufacturing. Programs in the Department of Electrical Engineering are enhanced by the department's interaction with local industry and with the Indiana University School of Medicine. Students have direct and routine access to full-time faculty, which further enhances and accelerates the learning process. These

advantages and the overall metropolitan environment lead to an application-oriented, practical education that prepares students for success.

The Department of Electrical Engineering regards research as an important catalyst for stimulating excellence in engineering education. Graduate research and undergraduate design projects in the areas of signal processing, image proceSSing, artificial intelligence, control, robotics, manufacturing, and electronics offer opportunities for application and enhancement of expertise.

An undergraduate education in electrical engineering provides a strong foundation in mathematical, physical, and engineering sciences. In the course of acquiring this knowledge, students must also develop problem-solving skills. In addition, the general education courses in the program provide the communication skills and appreciation of human and social issues necessary to translate engineering achievements into advancements for society.

Bachelor of Science in Electrical Engineering

Accredited by the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology, Inc. (ABET)

The B.S.E.E. degree prepares students for career opportunities in the hardware and software aspects of design, development, and operation of electronic systems and components.

Challenging positions are available in government, commercial, and education sectors in the areas of electronics, communication systems, signal and information process:ng, power, automation, robotics and manufacturing, control, and computers. Within these areas, career opportunities include design, development, research, manufacturing, marketing, operation, field testing, maintenance, and engineering management.

Four specialized tracks are available in the B.S.E.E. program: circuits and electronics;

communication and signal processing; computer engineering; and robotics, control, and manufactUring. Within each of these tracks a total of 129 credit hours is required for

graduation. These include the general education requirements for engineering, completion of the freshman engineering program, the sophomore electrical engineering program that follows, and the reqUirements for each track that follow.

NOTE: Humanities and social science electives must be chosen in accordance with departmental guidelines and from an approved list of electives, available in the department.

Sophomore Year

-'---'--'-'---~---.

Third Semester

EE 201 Linear Circuit Analysis I. ... 3 EE 207 Electronic Measurement

Techniques ... 1 MATH 261 Multivariate Calculus ... 4 PHYS 251 Heat, Electricity, and Optics ... 5 Humanities or Social Science Elective ... 3 16

CIRCUITS AND ELECTRONICS

Fourth Semester

EE 202 Linear Circuit Analysis II ... 3 EE 208 Electronic Devices and Design Lab .. 1 EE 255 Introduction to Electronics Analysis

and Design ... 3 ECON E201 Introduction to

Microeconomics ... 3 MATH 262 Linear Algebra and Differential

Equations ... .4 Humanities or Social Science Elective ... 3 17 Students selecting the circuits and electronics track have the opportunity to study circuits for specific applications, as well as computational methods and computer simulations applicable to all circuits. The operational principles of discrete devices (e.g., a transistor) and the design of discrete electronic circuits are studied, along with the design of thin-film integrated circuits such as logic gates, operational amplifiers, and memory and microprocessor chips.

Year

Fifth Semester Sixth Semester

EE 266 Digital Logic Design ... 3 EE 302 Probabilistic Methods in Electrical EE 267 Digital Logic Design Lab ... 1 Engineering ... 3 EE 301 Signals and Systems ... 3 EE 340 Simulation and Instrumentation ... 3 EE 311 Electric and Magnetic Fields ... 3 EE 360 Microprocessor Application Lab ... 1 ME 200 Thermodynamics I ... 3 EE 361 Microcomputer System Design and Humanities or Social Science Elective ... 3 Applications ... 3

16 Humanities or Social Science Elective ... 3 Track Elective ... 3 16 Year

Seventh Semester Eighth Semester

EE 305 Semiconductor Devices ... 3 EE 401 Engineering Ethics and

EE 382 Feedback System Analysis and Professionalism. . . .. . ... 1 Design ... 3 EE 492 Senior Design ... 3 EE 400 Undergraduate Seminar ... 1 EE Elective ... 3 EE 455 Integrated Circuit Engineering ... 3 TCM 360 Communication in Engineering Humanities or Social Science Elective ... 3 Practice. . ... 2 Track Elective ... 3 Technical Elective. .. .. . . .. ... . ... 3 16 Track Elective ... 3 15 Circuits and Electronics Track Electives (Choose 3)

EE 427 Semiconductor Power Electronics .... 3 EE 466 Introduction to the Design of EE 446 Digital Computational Techniques Digital Computers ... , ... , .3

for Electronic Circuits ... 3 EE 495 Topics: Electronic Instrumentation EE 449 Design of Analog and Digital and Control ... 3

Filters ... . ... 3 EE 558 Integrated Circuit Layout and EE 456 Advanced Integrated Circuit Design ... 3

Engineering. . . .. . ... 3 EE 559 MOS VLSI Design ... 3 PHYS 342 Modern Physics ... 3

blectI'lical Engineering Electives (Choose 1) Any track elective from any track ... 3 Graduate EE course (if prerequisites are

EE 483 Sampled Data Control System Analysis and Design ... 3 met) ... 3

EE 321 Principles of Electromechanical

EE 495 Topics: Biomedical Signals and Systems ... 3 Energy Conversion ... 3

EE 359 C and Data Structures.. . ... 3 EE 444 Introduction to Communication

System Analysis ... 3

EE 495 Selected Topics in Electrical

Engineering ... 3 EE 496 Electrical Engineering Projects .... " .3 Technical Electives (Choose 1)

Any track elective from any track. . ... 3 Any EE elective of this track ... 3 CSCI 300 Assembly Language

MATH 520 Boundary Value Problems of Differential Equations ... 3 MATH 525 Introduction to Complex

Programming ... 3 Analysis ... 3

csa

414 Numerical Methods ... 3 MATH 552 Qualitative Theory of

CSCI 461 Introduction to Programming Differential Equations ... , ... 3 Languages ... 3 ME 302 Thermodynamics II. ... 3

csa

482 Discrete Computational

Structures ... 3 MATH 510 Vector Calculus ... 3

PHYS 520 Mathematical Physics ... 3 PHYS 530 Electricity and Magnetism ... 3 PHYS 545 Solid-State Physics ... 3 MATH 511 Linear Analysis ... 3 PHYS 550 Introduction to Quantum

Mechanics ... 3 COMMUNICATION AND SIGNAL PROCESSING

The communication and signal processing track prepares students for career opportunities in the areas of communication systems, signal processing and analysis, image processing, and artificial intelligence. Applications include medical imaging, system deSign, medical signal analysis, medical image processing and display, transmission and processing of satellite communication data, earth resources monitoring and analYSiS, geophysical exploration, digital audio and video information processing, and design of artificially intelligent machines.

Junior Year

Fifth Semester Sixth Semester

16 Humanities or Social Science Elective ... 3 Technical Elective ... 3 16

Seventh Semester Eighth Semester

EE 305 Semiconductor Devices ... 3 EE 401 Engineering Ethics and

EE 382 Feedback System Analysis and Professionalism ... 1 Design ... 3 EE 492 Senior Design ... 3 EE 400 Undergraduate Seminar ... 1 EE 495 TopicS: Digital Signal Processing .... 3 EE 444 Introduction to Communication EE Elective ... 3

System Analysis ... 3 TCM 360 Communication in Engineering Humanities or Social Science Elective ... 3 Practice ... 2 Track Elective. . . .. . ... 3 Track Elective ... 3

16 15

Communication and Signal Processing Track Electives (Choose 2)

EE 449 Design of Analog and Digital EE 495 Topics: Data Communications ... 3 Filters ... 3 EE 495 Topics: Pattern Recognition ... 3 EE 495 Topics: Biomedical Signals and EE 495 Topics: Image Processing ... 3

Systems ... 3

Electrical Engineering Electives (Choose 1) Any required EE course from any track

(300 level or higher). . . .. . ... 3 Any track elective from any track, excluding

PHYS 342 ... 3 Graduate EE courses (if prerequisites are

met)

EE 359 C and Data Structures ... 3 EE 495 Selected Topics in Electrical

Engineering ... 3 EE 496 Electrical Engineering Projects ... 3 CSCI 300 Assembly Language

Programming ... 3 CSCI 330 Computer Science II ... 3 CSCI 414 Numerical Methods ... 3 CSCI 461 Introduction to Programming

Languages ... 3 CSCI 482 Discrete Computational

Structures ... , ... 3 COMPUTER ENGINEERING

MATH 511 Linear Analysis ... 3 MATH 520 Boundary Value Problems of

Differential Equations ... 3 MATH 523 Introduction to Partial

Differential Equations ... 3 MATH 525 Introduction to Complex

Analysis ... 3 MATH 526 Principles of Mathematical

Modeling ... 3 MATH 530 Functions of a Complex

Variable I ... 3 MATH 531 Functions of a Complex

Variable II ... 3 MATH 544 Real Analysis and Measure

Theory ... 3 PHYS 520 Mathematical Physics ... 3 PHYS 530 Electricity and Magnetism ... 3

The computer engineering track teaches design concepts and implementation techniques in the areas of digital hardware, software, and computer architecture. The courses associated with this track emphasize the understanding of the internal operation and external interface of computers, system programming, and computer applications. These courses encourage students to use the concepts learned in other engineering courses in the design and development of computer application projects.

Junior Year Fifth Semester

EE 266 Digital Logic Design ... 3 EE 267 Digital Logic Design Lab ... 1 EE 301 Signals and Systems ... 3 EE 311 Electric and Magnetic Fields ... .3 ME 200 ThermodynamiCS I ... 3 Humanities or Social Science Elective ... 3 16 Senior Year

Seventh Semester

EE 305 Semiconductor Devices ... 3 EE 382 Feedback System Analysis and

Design ... 3 EE 400 Undergraduate Seminar ... 1 EE 466 Introduction to the DeSign of Digital

Computers ... 3 Humanities or Social Science Elective ... 3 Track Elective. . . .. ... . ... 3 16

Sixth Semester

EE 302 Probabilistic Methods in Electrical Engineering. . . .. . ... 3 EE 340 Simulation and Instrumentation .. " .3 EE 359 C and Data Structures ... 3 EE 360 Microprocessor Application Lab ... 1 EE 361 Microcomputer System Design and

Applications ... 3 Humanities or Social Science Elective ... 3 16 Eighth Semester

EE 401 Engineering Ethics and

Professionalism ... 1 EE 492 Senior Design ... 3 EE Elective ... 3 TCM 360 Communication in Engineering

Practice ... , ... 2 Track Electives ... 6 15

Computer Engineering Track Electives (Choose 3)1

EE 468 Introduction to Compilers and CSCl 414 (MATH 414) Numerical

Translation Engineering ... 3 Methods! ... 3 EE 469 Operating Systems Engineering .... 3 CSCI 437 Computer Graphics! ... 3 EE 562 Introduction to Data Management CSCI 440 File Structure and Searching! ... 3

and AI. . . . .. ..3 CSCI 502 Compiling and Programming EE 565 Computer Architecture ... 3 Systems ... 3

CSCI 503 Operating Systems ... .3 Electrical Engineering Electives (Choose 1)

Any required EE course from any track MATH 511 Linear Analysis ... 3 (300 level or higher) ... 3 MATH 520 Boundary Value Problems of Any track elective from any track, excluding Differential Equations ... 3

PHYS 342. . .. . ... 3 MATH 523 Introduction to Partial

Graduate EE courses (if prerequisites are Differential Equations ... 3 met) ... 3 MATH 525 Introduction to Complex

EE 495 Selected Topics in Electrical Analysis ... 3 Engineering ... 3 MATH 526 Principles of Mathematical EE 496 Electrical Engineering Projects. . .. ..3 Modeling ... .3 CSCI 300 Assembly Language MATH 530 Functions of a Complex

Programming ... 3 Variable I ... 3 CSCI 330 Computer Science II ... 3 MATH 531 Functions of a Complex

CSCI 414 Numerical Methods. ... . ... 3 Variable II ... 3 CSCI 461 Introduction to Programming MATH 544 Real Analysis and Measure

Languages ... 3 Theory ... 3 CSCl 482 Discrete Computational PHYS 520 Mathematical Physics ... 3 Structures ... 3 PHYS 530 Electricity and Magnetism ... 3 ROBOTICS, MANUFACTURING, AND CONTROL

The robotics, manufacturing, and control track teaches fundamentals underlying the

application of control theory and robotics in contemporary industrial applications. The courses and electives associated with this track provide the tools to analyze, interpret, and modify the dynamic behavior of a wide variety of systems including robots, electronic devices, and manufacturing processes. Courses encourage students to develop a close link between theoretical and empirical performance by working with analog and digital simulations and with laboratory hardware.

Year

Fifth Semester Sixth Semester

EE 266 Digital Logic Design ... 3 EE 267 Digital Logic Design Lab ... 1 EE 301 Signals and Systems ... 3 EE 311 Electric and Magnetic Fields ... 3 ME 200 Thermodynamics I ... 3 Humanities or Social Science Elective ... 3

EE 302 Probabilistic Methods in Electrical Engineering ... 3 EE 340 Simulation and Instrumentation ... 3 EE 360 Microprocessor Application Lab ... 1 EE 361 Microcomputer System Design and

Applications ... 3 16 Humanities or Social Science Elective ... 3 Track Elective ... .

! Not counted as an engineering design course.

Year Seventh Semester

EE 382 Feedback System Analysis and Design ... 3 EE 400 Undergraduate Seminar . . . .. .1 EE 444 Introduction to Communication

Systems Analysis ... 3 EE Elective ... 3 Humanities or Social Science Elective ... 3 Track Elective ... 3 16

Eighth Semester

EE 401 Engineering Ethics and

Professionalism ... 1 EE 483 Sampled Data Control System

Analysis and Design ... 3 EE 492 Senior Design ... 3 TCM 360 Communication in Engineering

Practice ... 2 Technical Elective ... 3 Track Elective. . .. . ... .

15 Robotics, Manufacturing, and Control Track Electives (Choose 3)

EE 489 Introduction to Robotics ... 3 EE 495 Topics: Introduction to Sensors ... 3 EE 495 Topics: Control Theory II ... 3 EE 580 Optimization Methods for Systems .. 3 EE 495 Topics: Electronics Instrumentation

and Control ... 3 Electrical Engineering Electives (Choose 1)

Any required EE course from any track (300 level or higher) ... 3

Any track elective from any track,

excluding PHYS 342 ... 3

---

Technical Electives (Choose 1) Any required EE course from any track

(300 level or higher) ... 3 Graduate EE courses (if prerequisites are

met) ... 3 Any track elective of any track ... 3 EE 359 C and Data Structures ... 3

MATH 520 Boundary Value Problems of Differential Equations ... 3 MATH 523 Introduction to Partial

Differential Equations ... 3 MATH 525 Introduction to Complex

Analysis ... 3 EE 495 Selected Topics in Electrical

Engineering ... 3 EE 496 Electrical Engineering Projects ... 3 CSCI 300 Assembly Language

Programming ... 3 CSCI 414 Numerical Methods ... 3

MATH 526 Principles of Mathematical Modeling ... .3 MATH 530 Functions of a Complex

Variable I ... 3 MATH 531 Functions of a Complex

Variable II ... 3 CSCI 482 Discrete Computational

Structures ... 3 MATH 511 Linear Analysis ... 3

MATH 544 Real Analysis and Measure Theory ... 3 PHYS 520 Mathematical Physics ... 3 PHYS 530 Electricity and Magnetism ... 3

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