Teaching
Courses and Mentoring
ECE 3030
Physical Foundations of Computer Engineering
A Georgia Tech ECE course on the physical realization of computing systems, from semiconductor physics to circuit behavior.
Topics include MOSFETs, CMOS inverters, interconnects, memory technologies, performance, energy, and robustness.
L2 - Physics of Resistors [Youtube link]
L3 - Physics of Semiconductors: Bond Model [Youtube link]
L4 - Physics of Semiconductors: Band Model [Youtube link]
L5 - Carrier Statistics I [Youtube link]
L6 - Carrier Statistics II [Youtube link]
L7 - Transistors [Youtube link]
L8 - MOS Electrostatics I [Youtube link]
L9 - MOS Electrostatics II [Youtube link]
L10 - MOSFET Transport [Youtube link]
L11 - MOSFET Current-Voltage Characteristics [Youtube link]
L12 - pn Junctions I [Youtube link]
L13 - pn Junctions II [Youtube link]
L14 - pn Junctions III [Youtube link]
L15 - pn Junctions IV [Youtube link]
L16 - MOSFET Scaling I [Youtube link]
L17 - MOSFET Scaling II [Youtube link]
L18 - MOSFET Scaling III [Youtube link]
L19 - The CMOS Inverter I [Youtube link]
L20 - The CMOS Inverter II: Delay [Youtube link]
L21 - The CMOS Inverter III: Power and Energy [Youtube link]
L22 - CMOS Inverter [Youtube link]
L23 - Dennard Scaling [Youtube link]
L25 - The CMOS Inverter III: Noise Margin [Youtube link]
L26 - Interconnects I [Youtube link]
L27 - Interconnects II: Elmore Delay and Buffering [Youtube link]
L28 - Noise in Logic Circuits [Youtube link]
L29 - Sequential Machines [Youtube link]
L30 - Clocking and Metastability [Youtube link]
L32 - Memory II: SRAM [Youtube link]
L33 - Memory III: DRAM [Youtube link]
L34 - Memory IV: DRAM [Youtube link]
L35 - Memory V: Flash Memory and Storage [Youtube link]
L36 - Thermal Aspects of Computing [Youtube link]