I just converted an empty office space in San Francisco into a full video studio, and I documented every step from the first layout sketch to the finished room. The goal was to build a space that handles two completely different formats in one room: a podcast setup and a talking head setup for dev content and courses. Here is how the whole build came together.
https://www.youtube.com/watch?v=sPXLSAyfzNg
Starting With the Layout
Everything started on paper. My first version was a simple podcast room idea: two seats, two cameras, and a TV, with the measurements mapped out so the seating and gear lined up cleanly.
The moment I added a second requirement, recording dev content and courses, the design got more interesting. I needed one space to flex between a podcast scenario and a course recording scenario. After going back and forth on the measurements, I landed on a setup that splits the room: the podcast session on one side, and the talking head and course side on the other. The open question I carried into the build was whether I could move things back and forth easily once everything was physically in place.
Visualizing It Without a 3D Designer
I wanted a realistic preview of the space before committing, and I wanted to do it without hiring a 3D designer. So I used AI image generation as my design partner.
I fed a reference image into HiggsField, placed the podcast layout, and asked it to generate versions of the room. From there it became an iteration loop: generate a version, evaluate the background, make changes in SketchUp, ask for something more realistic, and repeat. I varied the background and the camera placement across many versions until the room started to feel right.
Once I had a direction I liked, I went to Amazon and started sourcing the actual pieces: the tabletop, the carpet, the backdrop, the TV, and the armchairs. I dropped each of those real elements into the reference image and kept refining. My final concept was simple and clear: two people seated facing each other, a TV in frame, light coming from the top, and a clean background. That became the target I measured the real build against.
Clearing the Space and the First Gear Tour
The build began with a full clear out. I pulled every table and chair so the room was a blank canvas, ready to build from scratch.
Then the gear started arriving. The first tour included acoustic wall panels, bookshelves for decoration, armchairs, an LG monitor on a movable stand for displaying logos during podcasts, and a desktop mount for the talking head camera position. Right away the room started to take shape around two zones: a talking head corner where someone speaks directly to the camera, and a podcast corner.
Assembly and the First Real Look
With the furniture assembled, I set up the first physical version: the TV in place, the carpet down, the armchairs positioned, and the props arranged. The base on the TV stand is movable, which gives me room to reconfigure as I learn what works.
I set the podcast tabletop with microphones coming in from each side, framed the camera angles I wanted, and ran my first tests on the tripod. Some adjustments were still needed, but the angles confirmed the layout from my sketches translated well into the real room.
The Backdrop System
One of the bigger engineering pieces was the backdrop. I wanted a paper backdrop that rolls down behind the seats, with enough distance from the wall to keep depth in the shot. To support it, I built a structure out of PVC with two layers, designed so I can build it up when I need it and store it back when I do not.
For the dark backdrop, I set up aluminum tubes that join into one bar, with strong hooks to hold electric engines that raise and lower the paper backdrop. The black paper rolls down in front and closes off the back of the frame, and I ordered additional colors to swap in as needed.
Solving the Lift Problem
The backdrop material turned out to be heavier than expected, enough that lifting it by hand started to take two people. So I came up with a lift idea: use strong hooks and a cable run through the overhead tube to raise it with a bar instead of by hand.
The first test showed the bar tilting, so I rethought the structure. After a trip to the hardware store for a sturdier bar, my friend Bruce helped me adapt a piece from his 3D printer. We trimmed it down while keeping its strength, then used it to let the aluminum tube slide and position cleanly. That extra structure held the weight properly and solved the tilt.
Lighting and Curtains
For lighting, I started with LED panels, including RGB panels, on tripods as a temporary solution. The long term plan is to mount the lights from the ceiling so the room stays clear of tripods, with the light coming from the top exactly as in my original concept. I am planning a proper softbox from above to get that look.
The curtains were a highlight. I hung blackout curtains on all sides using aluminum bars, cutting them to fit the space, so I can fully close off the room and pair the curtains with the backdrop for total control over the environment.
Building the Command Center
To keep the recording zones clean, I moved all the cables, the iMac, the RODECaster, and the connections into a dedicated control room just outside the main space. This became the command center for live streaming and editing.
The setup runs the two microphones, the cameras, and the HDMI cables into a single LG screen with a built in battery, so I can move it around and use it to monitor or to display a logo. The tripod includes a teleprompter for reading or checking time. From the control room I can see into the studio through a small window, monitor everything, and run a live stream with a smooth workflow. My next step there is upgrading to longer cables, around 50 feet, so the runs reach cleanly into the editing room.
The Finished Studio
The final room delivers on the original goal: one space, two formats. The podcast session uses the Shure MV7+ microphones, which I chose for their USB-C and XLR options, mounted on Elgato arms for easy movement, with the backdrop, props, and lighting in place. The recording station handles dev content, talking head, and courses against its own background. The RODECaster and controls live in the command center, with speakers so I can talk between the control room and the studio.
This project went from a sketch and a set of measurements to a fully working studio, and I filmed all of it. If you are building something similar, I would love to hear about it, and if you have recommendations, send them my way. More builds and behind-the-scenes are on the way.
