Electromagnetic waves are what pull me in — the way they radiate, guide, and interfere. I chase them across the spectrum: microwave circuits and antennas on one side, photonics on the other. Same physics, different wavelengths.
EE undergraduate at the University of Tehran; my thesis aims those waves at non-invasive deep brain stimulation. The details live in the CV — the instruments run live in the Lab.
Instruments I've built. They aren't screenshots — everything here runs live, in this page, offline-capable, no frameworks.
A full interactive Smith chart with a built-in tutor. Drag the reflection point and watch Z, Γ, SWR and return loss stay in sync; rotate along a transmission line; flip impedance/admittance grids — then work through seven guided lessons, from “what is this chart” to L-network matching.
NEXT INSTRUMENT
On the bench. This slot is reserved — the lab is never finished.
DOC. HK-CV · REV 2026.07 · SHEET 1 OF 1
Faculty of Electrical & Computer Engineering · Ranked #1 in Iran, QS World University Rankings 2026
GPA 18.05 / 20 · ranked 13th of 128 — top 10% of cohort
Thesis: Improving Spatial Focality in Temporal Interference Deep Brain Stimulation via Phase Modulation — supervised by Prof. Hoda Ameri
In progress: Antenna I · Wireless Communications · Communication Circuits · EMC
Undergraduate research intern · Profs. R. Faraji-Dana, H. Ameri & A. Mataji-Kojouri
| Electromagnetics | Prof. Hoda Ameri | University of Tehran | Fall 2025 |
| Electromagnetics | Prof. Asghar Keshtkar | Imam Khomeini Int. University | Fall 2025 |
| Electric Circuits I | Prof. Moein Abedini | University of Tehran | Fall 2024 |
Three ports, all matched — your message won't reflect back.
