I'm a UCONN electrical engineering student, working in two research labs and as a Circuits TA. I also have- lets see... 8 projects in progeess...
I love tackling new challenges (maybe a little too many), but the pursuit of learning always keeps me busy. Have something for me or just looking?
Two labs
What I do
Integrated Photonics and Semiconductor Fabrication, a perfect match.
Prof. Wang · integrated photonics
Microrings that resonate
Microring and microdisk resonators for dense wavelength-division multiplexing. I'm implementing Novick's transfer-matrix model in Python. I am now working towards designing systems in ANSYS Lumerical to address AI power dissipation bottlenecks.
add-drop microring — one channel peeled off by wavelengthProf. Gokirmak · Semiconductor Fabrication
Measuring films by their color
I built a python program to measure SiO₂ thickness on silicon with an OceanOptics HR2000+. Report in progress.
oxide thickness falls out of the fringe spacing
Selected builds
The work
Gokirmak reminds me to focus on finishing things... I'm sure I'll get there eventually.
Complete
Class AB Amplifier
MJL3281A / MJL1302A outputs · ~77% efficiency near peak
A discrete power amp tweaked slightly from Rod Elliot's P217 with thermal analysis and efficiency plots. Push-pull output stage, biased and measured.
18 machines · Live Updates · PrusaLink → Firebase
Full-stack monitoring for a fleet of Bambu and Prusa printers, including a subnet auto-discovery script so new machines announce themselves instead of being added by hand.
An open educational resource for circuit analysis, with assignment attempt-tracking I rebuilt around Firestore transactions after hunting down two interlocking bugs in the deploy pipeline.
A bed-of-nails alternative: probes on a CoreXY motion system measuring impedance point-to-point, so a bare board gets tested without machining a custom fixture for it.
Driving dopant into silicon with a laser to form a working junction using close to hobbyist equipment. Success criterion: one honest rectifying IV curve.
Homemade photolithography: a resin printer repurposed as a UV exposure unit already gave a clean first exposure in dry-film resist. Next up, a UV laser photolithography device built from a gutted MakerBot 3D Printer.
I propose repeatable, intuition building practice sets into shifting the way students learn. I also make videos to guide my students when the patches get rough. All this lives free to the public at circuitspractice.org and YouTube.
Say hello
Let's talk
Research, collaborations, or someone who needs a problem solved.