Spring 2009 ECE Class Schedule

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Course Course Title Instructor Day Time Bldg/Rm
EAS 101 Engineering Problem Solving Wong MW 1400-1550 URBN 204
ECE 171 Digital Circuits Faust RF 1640-1830 EB 103
ECE 201 Electrical Engineering Lab I STAFF R 1500-1750 NA
ECE 202 Electrical Engineering Lab II Jenq M 1300-1550 FAB 60-01
ECE 202 Electrical Engineering Lab II Jenq W 1700-1950 FAB 60-01
ECE 203 Electrical Engineering Lab III Holtzman M 1200-1450 FAB 60-01
ECE 203 Electrical Engineering Lab III Holtzman W 1300-1550 FAB 60-01
ECE 221 Electric Circuits STAFF RF 1840-2030 NA
ECE 222 Signals & Systems Jenq MT 1640-1830 SB2 155
ECE 223 Signals & Systems II Holtzman MW 1000-1150 URBN 204
ECE 271 Digital Systems Perkowski MT 1840-2030 UTS 505
ECE 271L Lab for ECE 271 Perkowski M 1500-1750 FAB 60-01
ECE 271L Lab for ECE 271 Perkowski R 1100-1350 FAB 60-01
ECE 271L Lab for ECE 271 Perkowski R 1700-1950 FAB 60-01
ECE 302 Electrical Engineering Lab V Holtzman W 1600-1850 FAB 60-01
ECE 302 Electrical Engineering Lab V Holtzman F 1500-1750 FAB 60-01
ECE 303 Elecrical Engineering Lab VI Van Halen M 0900-1150 FAB 60-01
ECE 303 Elecrical Engineering Lab VI Van Halen R 1400-1650 FAB 60-01
ECE 322 Electronics II Holtzman RF 1840-2030 EB 103
ECE 323 Electronics III Van Halen TR 1200-1350 URBN 304
ECE 331 Engineering Electromagnetics I Sundberg RF 1640-1830 BHB 222
ECE 332 Engineering Electromagnetics II Zurk MW 1000-1150 FAB 150
ECE 332L Lab for ECE 332 Zurk T 1700-1950 FAB 60-01
ECE 332L Lab for ECE 332 Zurk F 1100-1350 FAB 60-01
ECE 341 Intro to Computer Hardware Taylor MW 1000-1150 URBN 204
ECE 351 Hardware Descriptive Languages & Prototyping Greenwood TR 1000-1150 URBN 304
ECE 372 Microprocessor Interfacing & Embedded Systems Taylor MT 1640-1830 BHB 222
ECE 372L Lab for ECE 372 Taylor T 1300-1550 FAB 60-01
ECE 405/505 R&C: Self-Resetting Logic Sutherland R 1000-1150 EB 510
ECE 413 Senior Project Development II Faust F 0800-0950 EB 103
ECE 416/516 IC Technologies Natter TR 1200-1350 URBN 303
ECE 432/532 Microwave Circuit Design II Campbell TR 1400-1550 URBN 304
ECE 446/546 Power Electronic Systems Design II Tymerski MW 1400-1550 FAB 150
ECE 456/556 AI: Neural Networks II Lendaris MW 1640-1830 URBN 204
ECE 462/562 Communication Systems Design II Li TR 1640-1830 URBN 303
ECE 483/583 Low Power Digital IC Design Song MW 1000-1150 URBN 303
ECE 507 Seminar Jenq F 1400-1550 CH 250
ECE 510 TOP: Electronic Systems with Renewables Albright TR 1840-2030 FAB 40-08
ECE 510 TOP: Applied Reliability Shirley TR 1700-1850 CAP 1306
ECE 510 TOP: Leakage in Nano CMOS Technology Narendra R 1730-2110 CAP 1306
ECE 510 TOP: Microwave Circuit Design III Campbell MW 1700-1850 CAP 1306
ECE 510/610 TOP: Quantum Computing Perkowski MW 1640-1830 FAB 40-09
ECE 527/627 High Performance Digital Design Song MW 1200-1350 URBN 303
ECE 530 Fault Tolerant Systems Greenwood MW 1840-2030 FAB 40-06
ECE 534/634 Acoustics Siderius TR 1000-1150 URBN 303
ECE 568/668 Intro to Image Processing Xiao MW 1900-2050 CAP 1306
ECE 573/673 Control Unit Design Perkowski TR 1640-1830 SB2 139B
ECE 587/687 Advanced Computer Architecture I Alameldeen MW 1840-2030 URBN 204
ECE 594 Applied Optics La Rosa TR 1400-1550 SEH 106
Held at the Capital Center in Beaverton: 18640 NW Walker Rd.

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awarded

Jeff Hoffman & Don Tornquist have been chosen for the 2009-2010 ECE Undergraduate Honors Program. The program enables undergraduates to go beyond their normal studies to work with faculty in the area of their choice: research, entrepreneurship or innovation.

Robert Daasch

Dr. Robert Daasch has won the Semiconductor Research Corporation 2009 Technical Excellence Award. It is the second highest research award in the SRC. The Technical Excellence Award was established as an incentive and recognition program for research of exceptional value to GRC members. Authorized by the Board of Directors in December 1991, the award is intended to complement the Inventor Recognition Award. The Technical Excellence Award is shared among key contributors for innovative technology that significantly enhances the productivity/
competitiveness of the semiconductor industry. To date 25 research efforts have received the award. The 2008 Technical Excellence Award was presented to a team of researchers from Portland State University led by Professor W. Robert Daasch, and supported by students Liwei Ning (PhD 2009), and Amit Nahar (MS 2006) for their research, "Burn-in Reduction: Improving Outlier Screening".