Robert Bruce Darling, Ph.D., P.E.

Professor of Electrical Engineering, University of Washington, Seattle
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EE215Laboratory
EE331Laboratory
EE332Laboratory

Laboratory Manuals for Core Class Instructors

The pages below contain the laboratory manuals for several core classes.  These have been developed by the instructors listed below and are provided here as an aid to future instructors of these classes.  These manuals are provided "as-is," with no implied warranty or promises.  The instructors would welcome comments, corrections, or additions to these, but the instructors who wrote these manuals are not set up to provide on-going support.  Revisions to these laboratories take considerable time and will be done only periodically by these instructors.  Thus, if you are teaching one of these classes and find an error, it is up to YOU to fix it.  Do NOT expect the authors of these manuals to immediately come to your rescue and re-write the entire lab manual on your behalf!  

EE-215 Circuit Theory (D. Wilson and R. Christie, revised Spring 2001)

EE-331 Devices and Circuits 1 (R. B. Darling, revised Autumn 2005)

EE-332 Devices and Circuits 2 (R. B. Darling, revised Winter 2005

Courses Taught in the Past

Course Number Credit Hours Title Institution
EE-3726 3 Elementary Electronics Georgia Inst. of Tech.
EE-4023 3 Integrated Circuits and Systems Georgia Inst. of Tech.
EE-4057 3 Integrated Circuit Device Electronics Georgia Inst. of Tech.
EE-231 4 Introduction to Electrical Circuits and Systems Univ. of Washington
EE-233 5 Circuit Theory Univ. of Washington
EE-355 4 Introduction to Digital Electronics Univ. of Washington
EE-356 4 Analog Integrated Circuits Univ. of Washington
EE-383 3 Semiconductor Materials and Devices Univ. of Washington
EE-530 4 Electromagnetic Properties of Materials Univ. of Washington
EE-530 4 Quantum Electronics Univ. of Washington
EE-531 3 Transport Properties of Semiconductors Univ. of Washington
EE-531 3 Semiconductor Devices and Device Modeling Univ. of Washington
EE-533 3 Advanced Semiconductor Devices Univ. of Washington
EE-539 4 Special Topics in Semiconductor Devices
1.  Solid-State Laboratory Techniques
Univ. of Washington
EE-579 4 Special Topics in Electromagnetics, Optics, and Acoustics:  
1.  Integrated Optics
2.  Advanced Semiconductor Theory for Optics
3.  Propagation and Control of Optical Waves
4.  Many Body Techniques in Optoelectronics
Univ. of Washington

Courses Recently Taught

Course Number Credit Hours Title Institution
EE-331 5 Devices and Circuits 1
Master Course Syllabus (ABET Sheet)
Univ. of Washington
EE-332 5 Devices and Circuits 2
Master Course Syllabus (ABET Sheet)
Univ. of Washington
EE-433 5 Electronic Circuit Design
Master Course Syllabus (ABET Sheet)
Univ. of Washington
EE-436 4 Medical Instrumentation
Master Course Syllabus (ABET Sheet)
Univ. of Washington
EE-500M 1 Applied Microtechnology Seminar Univ. of Washington
EE-502 4 Introduction to Microelectromechanical Systems Univ. of Washington
EE-527 4 Solid-State Laboratory Techniques Univ. of Washington
EE-533 4 Photodetectors and Photodetection Univ. of Washington

EE Course Descriptions