Welcome to my Github page!

I work as a medical physicist and associate professor specializing in magnetic resonance imaging (MRI). Here is a page with more information.

My github repositories include both software and hardware designs (and associated code if applicable) for the following applications. I hope you find them useful.

Phantoms are the test objects used to evaluate the performance of MRI scanners and measure their performance. These are 2 examples that were developed in my lab:

• Modular preclinical MRI phantom
• Large-volume MRI distortion phantom

A connector for transmit/receive RF coils using 3D-printed parts:

• Transmit/Receive RF Coil Connector

An example of using co-simulation to design an RF coil:

• Elliptical Birdcage Coil

Modules used in the RF portions of the scanner:

• 32-Channel RF Signal Amplifier and Attenuator System

Miscellaneous tools and devices that are useful in any radio frequency (RF) electronics lab:

• Shielded RF magnetic field probe
• Dual-Loop RF Magnetic Field Probe

• Hinton Diagram: A simple function to graphically display real and complex matrices in Matlab or Octave
• LinacSimPy: An interactive model of a medical linear accelerator (LINAC) for teaching purposes