UVa Class Schedules (Unofficial, Lou's List v2.10)   New Features
Complete Schedule for the Electrical and Computer Engineering Department - Spring 2022
These data were not obtained from SIS in real time and may be slightly out of date. MouseOver the enrollment to see Last Update Time
Class Schedules Index Course Catalogs Index Class Search Page
These pages present data mined from the University of Virginia's student information system (SIS). — Lou Bloomfield, Department of Physics

The shape-memory silicone technology I invented here at UVA is finally available as EarJellies Earplugs at earjellies.com! UVA 20% Discount Code: GOHOOS -- Lou
 
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Computer Engineering
 CPE 7993Independent Study
20946 001IND (1 - 3 Units)Open0 / 30Barry JohnsonTBATBA
21234 002IND (1 - 3 Units)Permission0 / 1Tariq IqbalTBATBA
 CPE 9999Non-Topical Research, Doctoral Dissertation
16120 001IND (1 - 12 Units)Open0 / 30Laura BarnesTBATBA
16561 002IND (1 - 12 Units)Open0 / 30Nicola BezzoTBATBA
16571 003IND (1 - 12 Units)Open0 / 30Yuan TianTBATBA
16879 004IND (1 - 12 Units)Open0 / 30Clint MillerTBATBA
Electrical and Computer Engineering
 ECE 1501Special Topics in Electrical & Computer Engineering
 Frontiers in Electrical & Computer Engineering
21015 001Lecture (1 Units)Open 13 / 24Xu YiTh 4:00pm - 4:50pmRice Hall 011
 This is a faculty-led, student-taught course for first-year SEAS students. This course will feature weekly seminars by ECE guest speakers and student-led discussions on cutting-edge electrical and computer engineering research themes, including: IoT; artificial intelligence & machine learning; health & medical applications; modern devices (nanoelectronics, photonics, renewable energy); applications for astronomy; and emerging quantum technology. No prerequisite, no homework, no exam, and students will be evaluated by class participation.
 Electrical & Computer Engineers First-Year Seminar
21033 002SEM (1 Units)Open 2 / 24Keith Williams+1Fr 12:00pm - 12:50pmThornton Hall E304
 Rossum's Universal Robots (R.U.R.)
21309 003Lecture (1 Units)Open 1 / 24Keith WilliamsTBATBA
 This course, led by students, will examine Karel Čapek's 1920 science fiction play, "Rossum's Universal Robots" or "R.U.R." This seminal drama, first performed in 1921, gave us the word "robot" …and many related concepts and concerns. Students will revisit early perceptions of robotic technology and refresh the key ideas underlying Čapek's drama, in light of recent developments, e.g. artificial intelligence, machine learning, and autonomy.
 ECE 2066Science of Information
15443 001Lecture (3 Units)Open 0 / 10 (110 / 120)Farzad HassanzadehTuTh 9:30am - 10:45amOlsson Hall 120
 ECE 2330Digital Logic Design
16284 001Lecture (3 Units)Wait List (8 / 199) 168 / 168Barry JohnsonMoWeFr 11:00am - 11:50amRice Hall 130
16099 101STO (0 Units)Wait List (4 / 199)35 / 35Barry JohnsonMo 3:30pm - 4:45pmThornton Hall D223
16100 102STO (0 Units)Wait List (0 / 199)35 / 35Barry JohnsonMo 5:00pm - 6:15pmRice Hall 032
16101 103STO (0 Units)Wait List (5 / 199)35 / 35Barry JohnsonTu 3:30pm - 4:45pmThornton Hall E303
16102 104STO (0 Units)Wait List (0 / 199)35 / 35Barry JohnsonTu 5:00pm - 6:15pmRice Hall 032
16103 105STO (0 Units)Open28 / 35Barry JohnsonTu 6:30pm - 7:45pmRice Hall 032
 ECE 2630ECE Fundamentals I
21058 001IND (4 Units)Permission5 / 12Keith WilliamsTBATBA
 ECE 2660ECE Fundamentals II
16020 001STO (4 Units)Open60 / 72Steven BowersTuTh 11:00am - 1:45pmThornton Hall A120
 ECE 3250Electromagnetic Energy Conversion
15444 001Lecture (3 Units)Open 19 / 32Harry PowellMoWeFr 10:00am - 10:50amThornton Hall E304
 ECE 3251Electromagnetic Energy Conversion Lab
15856 001Laboratory (1.5 Units)Open 9 / 14Harry PowellFr 11:00am - 1:45pmThornton Hall Room B114
16557 002Laboratory (1.5 Units)Open 5 / 14Harry PowellWe 1:00pm - 4:00pmThornton Hall Room B114
20902 003Laboratory (1.5 Units)Open 2 / 14Harry PowellTBATBA
 ECE 3430Introduction to Embedded Computer Systems
15930 001STO (4 Units)Wait List (9 / 199) 40 / 40Adam BarnesMoWe 2:00pm - 5:00pmThornton Hall A120
 ECE 3501Special Topics in Electrical and Computer Engineering
 Embedded Computing & Robotics I
Syllabus  19664 001Lecture (3 Units)Closed 19 / 20 (63 / 62)Joanne DuganMoWeFr 11:00am - 12:15pmOlsson Hall 018
 Prerequisites are DLD and CS 111x (or equivalent). To see the robot kit that we will use, visit university.ti.com/programs/RSLK/ You will build a mobile robot and write the device drivers for interfacing with the physical world, as well as the control software for autonomous "driving." Each student gets their own kit; the enrollment limit depends on the number of available kits.
 ECE 3502Special Topics in Electrical and Computer Engineering
 Foundations of Data Analysis
16670 001Lecture (3 Units)Closed19 / 20 (94 / 94)Tom FletcherTuTh 11:00am - 12:15pmThornton Hall E303
 Embedded Computing & Robotics II
20937 002STO (4 Units)Open16 / 30Todd DelongMoWeFr 9:00am - 10:50amThornton Hall A120
 Note that Embedded & Computing Robotics I (ECE3501) is a pre-requisite for Embedded Computing & Robotics II (ECE3502). As such, you should not enroll in both in the same semester.
 ECE 3750ECE Fundamentals III
16093 001STO (4 Units)Open 20 / 55Harry PowellTuTh 2:00pm - 4:45pmThornton Hall A120
 ECE 4103Solid State Devices for Renewable Energy Conversion
16713 001Lecture (3 Units)Open13 / 20 (15 / 35)Mona ZebarjadiMoWe 11:00am - 12:15pmThornton Hall E304
 ECE 4140Fundamentals of Nanoelectronics
15863 001Lecture (3 Units)Closed20 / 20 (23 / 35)Avik GhoshWe 5:00pm - 7:30pmThornton Hall E304
 ECE 4265Microwave Engineering Laboratory
19922 001Laboratory (1.5 Units)Open2 / 9 (2 / 18)Robert WeikleWe 9:00am - 10:50amThornton Hall E225
19977 002Laboratory (1.5 Units)Open4 / 9 (4 / 18)Robert WeikleTh 9:00am - 10:50amThornton Hall E225
 ECE 4332Introduction to VLSI Design
16199 001Lecture (4.5 Units)Open 23 / 25 (35 / 39)Mircea StanTuTh 11:00am - 12:15pmMechanical Engr Bldg 213
 ECE 4434Dependable Computing Systems
20873 001Lecture (3 Units)Open7 / 12 (37 / 38)Homa AlemzadehMoWe 2:00pm - 3:15pmRice Hall 340
 ECE 4435Computer Architecture & Design
15931 001Lecture (4.5 Units)Open58 / 61 (66 / 81)Todd DelongMoWe 11:00am - 1:50pmThornton Hall A120
 ECE 4457Computer Networks
16029 001Lecture (3 Units)Closed34 / 34 (94 / 94)Brad CampbellTuTh 3:30pm - 4:45pmThornton Hall E316
 ECE 4501Special Topics in Electrical and Computer Engineering
 Optical Quantum Electronics
Website  16654 001Lecture (3 Units)Open8 / 10 (8 / 30)Xu YiMoWe 11:00am - 12:15pmRice Hall 032
 Prerequisites: ECE 3209-Electromagnetic field
 Optical Communication Devices
16658 002Lecture (3 Units)Open11 / 15 (11 / 35)Andreas BelingTuTh 3:30pm - 4:45pmThornton Hall E304
 Matrix Analysis in Engineering and Science
Syllabus  19672 003Lecture (3 Units)Open6 / 12 (14 / 25)Gang TaoTuTh 2:00pm - 3:15pmThornton Hall E304
 Self Powered Systems Design for the IoT
Website  20959 004Lecture (3 Units)Open7 / 9 (18 / 30)Benton CalhounTuTh 9:30am - 10:45amMechanical Engr Bldg 215
 This course will cover the convergence of a hierarchy of topics related to the emerging field of self-powered, energy harvesting wireless sensing systems. These topics include low power IC design, embedded hardware, embedded software, networks, energy harvesting, security, system modeling and simulation, data, and cyber physical systems (CPS) considerations. The course follows a project-centric format as it explores the emerging area of self-powered, batteryless system design.
 ECE 4502Special Topics in Electrical and Computer Engineering
 Hardware for Modern Day Computing
16645 001Lecture (3 Units)Closed15 / 15 (30 / 30)Nikhil ShuklaMoWe 3:30pm - 4:45pmThornton Hall E304
 Electrical & Computer Engineers Undergrad Seminar
21034 002SEM (1 Units)Open 1 / 12 (3 / 94)Cong Shen+2Fr 2:00pm - 3:15pmThornton Hall E316
 ECE 4550Applied Research and Design Lab
 FPGA Design
16130 001Laboratory (1.5 Units)Open 21 / 30Mircea StanTh 12:30pm - 1:45pmRice Hall 240
 ASIC/SOC Design
16203 002Laboratory (1.5 Units)Open 15 / 30Mircea StanTu 12:30pm - 1:45pmRice Hall 240
 ECE 4784Wireless Communications
16289 001Lecture (3 Units)Open5 / 20 (7 / 40)Prof. Cong ShenTuTh 3:30pm - 4:45pmThornton Hall D223
 Prerequisites: An undergraduate-level understanding of probability (APMA 3100) and linear algebra (APMA 3080) is assumed. Signals and systems, digital communications (ECE 4710), and stochastic process (ECE6711) are preferred but not required. Students are also expected to have working knowledge of at least one of the common programming languages (Matlab, Python, C/C++, etc).
 ECE 5260Microwave Engineering I
19674 001Lecture (3 Units)Open8 / 25Robert WeikleTuTh 2:00pm - 3:15pmThornton Hall D115
20645 600Lecture (3 Units)Open3 / 30Robert WeikleTBATBA
 ECE 6140Fundamentals of Nanoelectronics
15862 001Lecture (3 Units)Open 3 / 10 (23 / 35)Avik GhoshWe 5:00pm - 7:30pmThornton Hall E304
20648 600Lecture (3 Units)Open 0 / 30Avik GhoshTBATBA
 ECE 6265Microwave Engineering Laboratory
19923 001Laboratory (1.5 Units)Open0 / 9 (2 / 18)Robert WeikleWe 9:00am - 10:50amThornton Hall E225
19979 002Laboratory (1.5 Units)Open0 / 9 (4 / 18)Robert WeikleTh 9:00am - 10:50amThornton Hall E225
20649 600Laboratory (1.5 Units)Open0 / 30Robert WeikleTBATBA
 ECE 6332VLSI Design
16200 001Lecture (3 Units)Closed 12 / 12 (35 / 39)Mircea StanTuTh 11:00am - 12:15pmMechanical Engr Bldg 213
20650 600Lecture (3 Units)Open0 / 30Mircea StanTBATBA
 ECE 6434Dependable Computing Systems
20874 001Lecture (3 Units)Open6 / 12 (37 / 38)Homa AlemzadehMoWe 2:00pm - 3:15pmRice Hall 340
20877 600Lecture (3 Units)Open3 / 30Homa AlemzadehTBATBA
 ECE 6435Computer Architecture and Design
16178 001Lecture (3 Units)Open8 / 20 (66 / 81)Todd DelongMoWe 11:00am - 1:50pmThornton Hall A120
20651 600Lecture (3 Units)Open3 / 30Todd DelongTBATBA
 ECE 6501Topics in Electrical and Computer Engineering
 Optical Quantum Electronics
Website  16655 001Lecture (3 Units)Open0 / 20 (8 / 30)Xu YiMoWe 11:00am - 12:15pmRice Hall 032
 Optical Communication Devices
16659 002Lecture (3 Units)Open0 / 20 (11 / 35)Andreas BelingTuTh 3:30pm - 4:45pmThornton Hall E304
 Matrix Analysis in Engineering and Science
Syllabus  19675 003Lecture (3 Units)Open8 / 12 (14 / 25)Gang TaoTuTh 2:00pm - 3:15pmThornton Hall E304
 Self Powered Systems Design for the IoT
Website  20960 004Lecture (3 Units)Open11 / 21 (18 / 30)Benton CalhounTuTh 9:30am - 10:45amMechanical Engr Bldg 215
 This course will cover the convergence of a hierarchy of topics related to the emerging field of self-powered, energy harvesting wireless sensing systems. These topics include low power IC design, embedded hardware, embedded software, networks, energy harvesting, security, system modeling and simulation, data, and cyber physical systems (CPS) considerations. The course follows a project-centric format as it explores the emerging area of self-powered, batteryless system design.
 Optical Quantum Electronics
20652 600Lecture (3 Units)Open0 / 30Xu YiTBATBA
 Optical Communication Devices
20653 601Lecture (3 Units)Open0 / 30Andreas BelingTBATBA
 Matrix Analysis in Engineering and Science
Syllabus  20654 602Lecture (3 Units)Open1 / 30Gang TaoTBATBA
 TBD
20961 603Lecture (3 Units)Open0 / 30Benton CalhounTBATBA
 ECE 6502Special Topics in Electrical and Computer Engineering
 Hardware for Modern Day Computing
16646 001Lecture (3 Units)Closed15 / 15 (30 / 30)Nikhil ShuklaMoWe 3:30pm - 4:45pmThornton Hall E304
 Advanced Digital Design Laboratory
16204 002Laboratory (3 Units)Open7 / 10Mircea StanTuTh 12:30pm - 1:45pmContact Department
 Electrical, Magnetic & Optical Properties of Matls
16756 003Lecture (3 Units)Open4 / 5 (7 / 25)Petra ReinkeMoWe 2:00pm - 3:15pmJesser Hall 171
 Tensors for Data Science and Machine Learning
20975 004Lecture (3 Units)Open6 / 25Nikolaos SidiropoulosMoWe 4:00pm - 5:15pmJesser Hall 171
 Network Security and Privacy
21008 005Lecture (3 Units)Open13 / 15 (68 / 80)Yixin SunTuTh 3:30pm - 4:45pmOlsson Hall 009
 Hardware for Modern Day Computing
20655 600Lecture (3 Units)Open2 / 30Nikhil ShuklaTBATBA
 Advanced Digital Design Laboratory
20656 601Laboratory (3 Units)Open0 / 30Mircea StanTBATBA
 Electrical, Magnetic & Optical Properties of Matls
20657 602Lecture (3 Units)Open0 / 30Petra ReinkeTBATBA
 Tensors for Data Science and Machine Learning
20976 603Lecture (3 Units)Open2 / 30Nikolaos SidiropoulosTBATBA
 Network Security and Privacy
21009 604Lecture (3 Units)Open1 / 30Yixin SunTBATBA
 ECE 6505Electrical and Computer Engineering Seminar
21032 001SEM (1 Units)Open2 / 82 (3 / 94)Cong Shen+2Fr 2:00pm - 3:15pmThornton Hall E316
 ECE 6642Optoelectronic Devices
16317 001Lecture (3 Units)Open 2 / 25Joe CampbellTuTh 9:30am - 10:45amThornton Hall D115
20658 600Lecture (3 Units)Open 2 / 30Joe CampbellTBATBA
 ECE 6784Wireless Communications
16290 001Lecture (3 Units)Open2 / 20 (7 / 40)Cong ShenTuTh 3:30pm - 4:45pmThornton Hall D223
 Prerequisites: An undergraduate-level understanding of probability (APMA 3100) and linear algebra (APMA 3080) is assumed. Signals and systems, digital communications (ECE 4710), and stochastic process (ECE6711) are preferred but not required. Students are also expected to have working knowledge of at least one of the common programming languages (Matlab, Python, C/C++, etc).
20660 600Lecture (3 Units)Open3 / 30Cong ShenTBATBA
 Prerequisites: An undergraduate-level understanding of probability (APMA 3100) and linear algebra (APMA 3080) is assumed. Signals and systems, digital communications (ECE 4710), and stochastic process (ECE6711) are preferred but not required. Students are also expected to have working knowledge of at least one of the common programming languages (Matlab, Python, C/C++, etc).
 ECE 6850Introduction to Control Systems
16651 001Lecture (3 Units)Open 14 / 30Zongli LinTuTh 11:00am - 12:15pmThornton Hall E304
 This course has been developed for general graduate students and advanced undergraduate students in engineering. Assuming only basic knowledge of matrix operations, differential equations and electric circuits, the course aims to introduce, through numerous examples, fundamental concepts and tools for the analysis and design of control systems.
16652 600Lecture (3 Units)Open 1 / 30Zongli LinTBATBA
 This course has been developed for general graduate students and advanced undergraduate students in engineering. Assuming only basic knowledge of matrix operations, differential equations and electric circuits, the course aims to introduce, through numerous examples, fundamental concepts and tools for the analysis and design of control systems.
 ECE 6993Independent Study
21222 001IND (1 - 3 Units)Permission0 / 30Benton CalhounTBATBA
 ECE 6995Supervised Project Research
21277 001IND (3 - 6 Units)Permission1 / 30Todd DelongTBATBA
 ECE 6996Supervised Graduate Teaching Experience
16039 001IND (3 Units)Permission 0 / 30Zongli LinTBATBA
 ECE 8897Graduate Teaching Instruction
16038 001IND (1 - 12 Units)Open 0 / 30Zongli LinTBATBA
16911 002IND (1 - 12 Units)Open0 / 30Mona ZebarjadiTBATBA
16912 003IND (1 - 12 Units)Open0 / 30Ronald WilliamsTBATBA
16913 004IND (1 - 12 Units)Open 0 / 30Harry PowellTBATBA
16914 005IND (1 - 12 Units)Open 0 / 30Mircea StanTBATBA
16915 006IND (1 - 12 Units)Open0 / 30Jundong LiTBATBA
16916 007IND (1 - 12 Units)Open0 / 30Mool GuptaTBATBA
16917 008IND (1 - 12 Units)Open0 / 30Adam BarnesTBATBA
16918 009IND (1 - 12 Units)Open 0 / 30Gang TaoTBATBA
16920 010IND (1 - 12 Units)Open0 / 30Nathan SwamiTBATBA
16919 011IND (1 - 12 Units)Open0 / 30Daniel WellerTBATBA
16921 012IND (1 - 12 Units)Open0 / 30Kyusang LeeTBATBA
16922 013IND (1 - 12 Units)Open0 / 30Nikolaos SidiropoulosTBATBA
16923 014IND (1 - 12 Units)Open0 / 30Avik GhoshTBATBA
16924 015IND (1 - 12 Units)Open 0 / 30Farzad HassanzadehTBATBA
16925 016IND (1 - 12 Units)Open0 / 30Steven BowersTBATBA
16926 017IND (1 - 12 Units)Open0 / 30Andreas BelingTBATBA
16927 018IND (1 - 12 Units)Open0 / 30Miaomiao ZhangTBATBA
 ECE 8999Thesis
15447 001IND (1 - 12 Units)Open 0 / 30Scott ActonTBATBA
15571 002IND (1 - 12 Units)Open 1 / 30Steven BowersTBATBA
16376 003IND (1 - 12 Units)Open0 / 30Homa AlemzadehTBATBA
15572 004IND (1 - 12 Units)Open 0 / 30Maite Brandt-PearceTBATBA
15573 005IND (1 - 12 Units)Open 0 / 30Benton CalhounTBATBA
15574 006IND (1 - 12 Units)Open 0 / 30Joanne DuganTBATBA
16134 007IND (1 - 12 Units)Open0 / 30N. BarkerTBATBA
15982 008IND (1 - 12 Units)Open0 / 30Stephen WilsonTBATBA
15575 009IND (1 - 12 Units)Open 0 / 30Mool GuptaTBATBA
15576 010IND (1 - 12 Units)Open 0 / 30John LachTBATBA
15577 011IND (1 - 12 Units)Open 0 / 30Arthur LichtenbergerTBATBA
15578 012IND (1 - 12 Units)Open 0 / 30Zongli LinTBATBA
15957 013IND (1 - 12 Units)Open0 / 30Andreas BelingTBATBA
15579 014IND (1 - 12 Units)Open 0 / 30Gang TaoTBATBA
16773 015IND (1 - 12 Units)Open0 / 30Daniel QuinnTBATBA
15581 016IND (1 - 12 Units)Open 0 / 30Robert WeikleTBATBA
15582 017IND (1 - 12 Units)Open 0 / 30Ronald WilliamsTBATBA
15811 018IND (1 - 12 Units)Open 0 / 30Mircea StanTBATBA
15902 019IND (1 - 12 Units)Open0 / 30Joe CampbellTBATBA
15870 020IND (1 - 12 Units)Open 0 / 30Nathan SwamiTBATBA
16772 021IND (1 - 12 Units)Open0 / 30Gustavo RohdeTBATBA
 ECE 9999Dissertation
15448 001IND (1 - 12 Units)Open 0 / 30Scott ActonTBATBA
15583 002IND (1 - 12 Units)Open 0 / 30N. BarkerTBATBA
16324 003IND (1 - 12 Units)Open0 / 30Homa AlemzadehTBATBA
15584 004IND (1 - 12 Units)Open 0 / 30Tom FletcherTBATBA
16343 005IND (1 - 12 Units)Open1 / 30Kyusang LeeTBATBA
15585 006IND (1 - 12 Units)Open 0 / 30Richard BradleyTBATBA
15586 007IND (1 - 12 Units)Open 0 / 30Maite Brandt-PearceTBATBA
15587 008IND (1 - 12 Units)Open 4 / 30Benton CalhounTBATBA
15588 009IND (1 - 12 Units)Open 3 / 30Joe CampbellTBATBA
15589 010IND (1 - 12 Units)Open 0 / 30Joanne DuganTBATBA
15590 011IND (1 - 12 Units)Open 3 / 30Avik GhoshTBATBA
16365 012IND (1 - 12 Units)Open0 / 30Farzad HassanzadehTBATBA
16379 013IND (1 - 12 Units)Open1 / 30Gustavo RohdeTBATBA
15591 014IND (1 - 12 Units)Open 0 / 30Mool GuptaTBATBA
16501 015IND (1 - 12 Units)Open0 / 30Xu YiTBATBA
16525 016IND (1 - 12 Units)Open0 / 30Nikolaos SidiropoulosTBATBA
15592 017IND (1 - 12 Units)Open 0 / 30John LachTBATBA
15593 018IND (1 - 12 Units)Open 0 / 30Arthur LichtenbergerTBATBA
15594 019IND (1 - 12 Units)Open 0 / 30Zongli LinTBATBA
16341 020IND (1 - 12 Units)Open1 / 30Nicola BezzoTBATBA
16233 021IND (1 - 12 Units)Open2 / 30Mona ZebarjadiTBATBA
15595 022IND (1 - 12 Units)Open 2 / 30Mircea StanTBATBA
15596 023IND (1 - 12 Units)Open 0 / 30Nathan SwamiTBATBA
15597 024IND (1 - 12 Units)Open 0 / 30Gang TaoTBATBA
15599 026IND (1 - 12 Units)Open 0 / 30Robert WeikleTBATBA
15600 027IND (1 - 12 Units)Open 0 / 30Ronald WilliamsTBATBA
16495 028IND (1 - 12 Units)Open0 / 30Nikhil ShuklaTBATBA
16036 029IND (1 - 12 Units)Open 0 / 30Andreas BelingTBATBA
16060 031IND (1 - 12 Units)Open 1 / 30Steven BowersTBATBA
16760 032IND (1 - 12 Units)Open3 / 30Cong ShenTBATBA
16771 033IND (1 - 12 Units)Open1 / 30Jundong LiTBATBA
16840 034IND (1 - 12 Units)Open0 / 30Tomonari FurukawaTBATBA
16880 035IND (1 - 12 Units)Open0 / 30Miaomiao ZhangTBATBA