(Source)

Please note that the content and emphasis of Engineering Sciences 154 has been changed significantly over the last two years.   In its new format  Engineering Sciences 154 presents a basic introduction to physical models of the operation of semiconductor devices and examines the design and operation of important circuits that utilize these devices. The primary aim is to provide a solid foundation for students who intend to continue in electrical engineering in the areas of circuit and device design.  Laboratory work in the course emphasizes measurements on actual electronic circuits as well as the utilization of a standard computer circuit simulation program called SPICE.

• Complete and revised course syllabus

 
• Tentative schedule of lectures and laboratory assignments

 
• Problem and reading assignments

 
• Laboratory assignments

 
• Special lecture supplements:
 
Lecture notes: A Review of Basics
Lecture notes: on Amplifier Characteristics
Lecture notes: on Insulation, Conduction and Semiconduction
Lecture notes: on Bipolar Transistors
Lecture notes: on Unipolar Transistors
Lecture notes: on Transistor Dynamics
Lecture notes: on Multistage Amplifiers
Lecture notes: An Introduction to Digital Logic Familities

 
• A sample Final Examination

Solutions of selected problems from the sample Final Examination
 
• Laplace transform resources:
 
Table of Laplace transform properties
Table of Laplace transform pairs
Table of Laplace transforms of common wave forms
Table of Laplace transforms of basic functions
Table of Laplace transforms of trigonometric functions

 
• Links to recommended electronics tutorials

 
• Links to useful electronics information

 
• ES 154 picture gallery: Links to miscellaneous graphics used in class

 
• Note on laboratory notebooks and report formats

 
•  The PSpice page: Links to downloadable software and documentation

 
•  The MATLAB page: Resources and documentation

 
• Profile of instructor