| CARVIEW |
Hi everyone!
My name is Tijana Minić, and I am a PhD student at the Paul G. Allen Center
for Computer Science & Engineering at the University of Washington,
working with Dr. Michael Ernst and Dr. R. Benjamin Shapiro.
I completed my undergraduate degree at Seton Hall University, where
I double-majored in Psychology and Computer Science.
My research at Seton Hall, advised by Marco T. Morazán, focused on
developing visualization tools for FSM, a DSL embedded in Racket for
the Formal Languages and Automata Theory classroom.
The little stickers you see in the header represent things I'm passionate
about and can talk about for days. Computer Science, obviously. I fight
imposter syndrome by learning from the incredible people I meet.
I also love trying new food (and wine). Oysters and crème brûlée are the two
that I love that came to mind first. I visit a lot of cool restaurants
wherever I go, so if you want my recommendations, look here.
I don't update this as much as I should, but I'm hoping to fix that in the future.
I am also a niche perfume enthusiast, and I have a deep appreciation for scents. My signature perfume is Nudiflorum by Nasomatto (I'm on my third bottle!). I try to avoid becoming a full-blown perfume collector, especially now that I'm preparing to live on a PhD salary for the next half-decade or so.
Deer are my favorite animals, though I've yet to visit a deer farm. I'm also well-traveled, and have lived interchangeably between Serbia, the US, and Dubai.
On this page you'll find all of my publications!
Visualizing a Nondeterministic to Deterministic Finite-State Machine Transformation
SCHEME 2023 • October 2023
PDFNondeterministic to Deterministic Fininite-State Machine Visualization
ITiCSE 2024 • June 2024
ACM DLVisualizing Construction Algorithms for Closure Properties of Regular Languages
ITiCSE 2025 • June 2025
ACM DLVisual Execution and Validation of Finite-State Machines and Pushdown Automata
TFPiE 2025 • August 2025
PDFExploring Female and Male Student Perceptions in a Functional-Programming-Based Automata Theory Course
TFP 2025 • October 2025
Springer