Prof. Jean-Pierre Leburton (Sec. D)
(217) 333-6813
1258 Micro and Nanotechnology Lab (MNTL)
jleburto@illinois.edu
Office Hours: 1258 MNTL Wed 2-3 PM

Prof. John Dallesasse (Sec. A)
(217) 333-8416
2114 Micro and Nanotechnology Lab (MNTL)
jdallesa@illinois.edu
Office Hours: 2114 MNTL Wed 1-2 PM

Prof. Kyekyoon Kim (Sec. B)
(217) 333-7612
2048 Electrical and Computer Engineering Building
kevinkim@illinois.edu
Office Hours: 1258 MNTL Wed 3-4 PM

Office hours held as listed in the given locations. Please contact an instructor to arrange a meeting at non-scheduled times.

Hsiao-Lun Wang
hwang256@illinois.edu
Office Hours: Thu 11-12 PM (Location: ECEB 4036)

Patrick Su
psu8@illinois.edu
Office Hours: Thu 1-2 PM (Location: ECEB 4036)

Yu-Ting Peng
ypeng14@illinois.edu
Office Hours: Thu 2-3 PM (Location: ECEB 4036)

Yue Li
yueli7@illinois.edu
Office Hours: Thu 3-4 PM (Location: ECEB 4036)

Junyi Qiu
qiu12@illinois.edu
Office Hours: Thu 5-6 PM (Location: ECEB 4036)

Welcome to ECE 340 Fall 2018!

Course Announcements

Course Information

• Syllabus
• Course Gradebook on Compass

Course Notes

Related course notes will be posted here periodically.

Homework

Homework will be posted here every Friday. Solutions will also be posted once all assignments have been graded and returned.

References

• Desai et. al. "Electrical Resistivity of Selected Elements", 1984
• Illinois Solid State Electronic Devices Classes Tools (nanoHub.org)
• PN junction band diagrams - Java applet
• Transistorized (PBS)
• Principles of Semiconductor Devices
• Streetman Text (Solid State Electronic Devices) Errata
• Book Resources

Related Courses

• ECE 441 - Physics and Modeling of Semiconductor Devices
• ECE 442 - Electronic Circuits
• ECE 444 - Theory and Fabrication of Integrated Circuits
• ECE 482 - Large Scale Integrated Circuit Design
• EECS 105 - Microelectronic Devices and Circuits (UC Berkeley)
• EECS 130 - Integrated Circuit Devices (UC Berkeley)
• EE 216 - Principles and Models of Semiconductor Devices (Stanford)
• EE 228 - Basic Physics for Solid State Electronics (Stanford)
• 6.012 - Microelectronic Devices and Circuits (MIT)