
An op-amp circuit, on paper.
A KiCad schematic that opens up the design for a closer look at its op-amp stages and component connections.
Explore the design ↗I’m Tanner Carlson. This is where I share my work across audio, electronics, and systems—and the thinking behind it.

Designs, concepts, and practical experience. Explore the context, then go deeper.

A KiCad schematic that opens up the design for a closer look at its op-amp stages and component connections.
Explore the design ↗A battery-powered RF mixer/interface concept exploring wireless audio, portability, and accessible recording.
Explore the concept ↗A presentation on electrical checks, device communication, and functional testing—and feeding discoveries back into procedures.
Explore the case study ↗Original music, the instruments behind it, and the places where it took shape.

My music and engineering meet on tracks like “Hell’s Kitchen,” which features the synthesizer I created at Columbia University.
An instrument I made became part of the music I released—a connection between building a sound and writing a song.
Listen to December Get December on my store12 tracks · Downloadable WAV audio + cover artwork

I recorded part of this EP in Columbia Studio A in Nashville. It’s another piece of my work as a musician, connecting original songs with time in the recording studio.
Explore the EP and hear another side of my work in audio.
Listen to Stuck Get Stuck on my store5 tracks · Downloadable WAV audio + cover artwork
Performance highlights from New York and Nashville.
I performed my original song “Poorest Man Alive” at Ashford & Simpson’s Sugar Bar.
Original song · Live performanceI also sang at Tootsie’s Orchid Lounge in Nashville.
Vocals · Live performanceSchematics and presentations, with the original detail intact.
KiCad 10.0.6 · August 2026 · PDF
Concept presentation · Fall 2025 · PDF
Professional experience · Interview presentation · PDF
My background connects audio engineering with electrical engineering and hands-on systems work. I’m interested in how things function, how they fail, and how a design can become more useful.
This site brings my projects and technical resources together so you can see the work—and learn something along the way.
I studied audio engineering at Belmont University and electrical engineering at Columbia University.
Find my professional profiles and more of my work.