ABOUT ME
Hi there. I'm Juni, an Implementation Consultant at Fast Enterprises and a Computer Science and Mathematics graduate from Willamette University in Salem, OR, class of 2023. Welcome to my website! It's an honor to have you here, and I hope you enjoy this showcase of the many things I do. There's a lot here, so please take your time and feel empowered to skim rather than read word-for-word.
Check out my blog to get a deeper dive on my recent projects.
You can also find my interactive master resume on this site. There's so many satisfying buttons to click!
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I participated heavily in the music program, where I worked as an administrative assistant via the work-study program, which included managing department Web pages, in particular
the Student Resources and Forms pages, which I
remodeled from tip to tail (or, as we musicians like to say, da capo al fine) as we transitioned to
paperless forms. You can find a few of my solo performances, in particular my Senior Recital (among other things) on my
YouTube channel.
In Summer 2022, I did a research project with Professor Calvin Deutschbein. This research involved a study of the RISC-V processor, in particular generating register traces that could be parsed for common security weaknesses. The tool I developed to generate these traces, Aphrodite, is available on my GitHub profile. Check out my presentation, delivered at Willamette University's CS/DS Tea, a weekly event featuring guest speakers including students, alumni, and other invited guests. This presentation was also delivered at Willamette University's annual Student Scholarship Recognition Day (SSRD), and at the 2023 NWSA/AAAS-PD joint annual meeting at Western Washington University.
As part of my mathematics degree, I participated in a capstone research project in my senior year, with Professor Josh Laison, Jayden Li, and Lani Southern. Our research combined two types of geometric representations of graphs: Rectangle Visibility Graphs (RVGs) and Rectangle of Influence Graphs (RIGs). Our variation used a notion of sight based on a single eye
vertex of a rectangle, and we called them Corner Restangle Visibility Graphs. A presentation and the full text are available in my blog. This presentation was also given at SSRD, as well as at a weekly Willamette Mathematics Colloquium.
