Undergraduate course, UCSB Physics, 2022
FPGA Programming in Verilog. Using Intel Quartus Prime software, design and simulation of digital circuit components. Logic, multiplexers, memory, I/O, RS232 protocol, digital signal processing. Read more
Undergraduate course, UCSB Physics, 2021
This course taught ideas in computer science using python, and emphasized a practical skillset in bash. Topics included optimization, numerical simulation, data visualization, parallel computing, postscript, raster graphics. Read more
Undergraduate course, UCSB Physics, 2021
Millikan Oil Drop Experiment, Cavendish Torsion Balance (Big G), Cloud Chamber, Gamma Ray Spectroscopy, H-D Isotope Shift, Interferometery, Laser Properties, Diode Laser, Spectroscopy, Mössbauer Effect, Muon, Pulsed Nuclear Magnetic Resonance. Read more
Undergraduate course, UCSB Physics, 2021
Topics in computer science using python, and emphasized a practical skillset in bash. Topics included optimization, numerical simulation, data visualization, parallel computing, postscript, raster graphics, and IO using the Raspberry Pi. Read more
Undergraduate course, UCSB Physics, 2020
Kirchoff’s laws, Thevenin equivalents, load resistance, Norton equivalents, current sources, AC signals, decibels, capacitors, hi/low pass filters, complex impedance, transformers, diodes, transistors, amplifiers, current source, Ebers-Moll, differential amplifier, field effect transistors, operational amplifiers, comparators, Schmitt trigger, oscillators, AM radio, non-ideal properties of op-amps, active filters, voltage regulators, noise sources, PCB design Read more