Prof. Joyner is involved in teaching the following courses:

ES3 Introduction to Electrical Engineering
EE103 Introduction to VLSI Systems
EE249 Devices and Circuits for Optical Communications (formerly EE194)

Please contact Prof. Joyner for course notes and information.

EE194 (Spring 2007) Final Projects

A 2.5Gb/s Transimpedance Amplifier with Negative Impedance Compensation
A Low-Power Limiting Amplifier Employing Active Inductors
A Diversity Combiner Circuit for Multi-Channel Optical Receiver Arrays
High-Bandwidth, High Linearity Optical Driver Transmitter Circuit

EE103 (Fall 2007) Final Project Websites

• High-Speed & Low-Power VLSI Implementation of 16-bit Nth Root Circuit (Agarwal, Guo)
• ALU and Register File (Bu, Zhou)
• IEEE 802.11 Receiver MAC Sub-Layer (Zhang, Zhou)
• Prime Factorization Chip (Khan, Komoni)
• 8x8 Modified Booth Encoded Wallace Tree Multiplier (Duggal, Rodrigues)
• Booth-Encoded Wallace Tree Multiplier (Yun, Rahman)
• Square-Root Machine (Morgan, Truhlar, Warren)
• Single Precision Floating Point Adder (Park)
• High-Speed 8-Bit 2's Complement ALU (Kessler, Charles)