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Designed schematic and PCB for personal bass amp project based off TPA3255 audio amplifier in Altium's CircuitMaker with input stage effects, aux input/output, crossover, and class D power amplifier.
Used datasheets, evaluation designs, and application notes from Texas Instruments to design amplifier board. Created power supply, preamplifier, equalizer, inputs/outputs, summing amplifier, crossover, summing amplifier, and power amplifier stages.
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What if your earbuds could take you somewhere else? 🎧
A simple moment of boredom.
A pair of earbuds
And suddenly… an entire musical world comes alive.
I created this AI commercial around one idea: turning a product into an experience.
From the quiet terrace to the high-energy music stage, every scene was designed to tell a story and make the viewer feel what the product promises.
Concept → Storytelling → AI generation → Character continuity → Product visualization → Editing → Sound design
Created as a speculative concept for a fictional wireless earbud brand.
#AIVideo #AICommercial #ProductAdvertising #Storytelling #AIVideoCreator #CreativeDirection #GenerativeAI #Contra
Escaping the world of music, I am sharing some good stacks of projects with shutter clicks & motion.
Sound on 🔊
The shutter-click transitions give the landing page a nice sense of movement, while the centered monitor composition keeps the product story easy to follow.
I built a simple radar + dashboard in about 40 minutes.
I had a servo motor, ultrasonic sensor, and an ESP32 sitting around, so I got curious about what I could make with them.
The setup is pretty simple: the servo sweeps the sensor, the ESP32 reads the distance, and that data is sent to a small web dashboard that visualizes it in real time.
This little experiment got me into microcontrollers a few months ago. Since then, I've built an outdoor smart pot and an autonomous robot.
I'll be sharing more of that IoT journey in the next few posts.
Starting with the radar.
Github Repo
This is a great example of a fast hardware prototype becoming a readable interface—the radar view and live servo setup make the feedback loop tangible. The 40-minute constraint clearly kept the build focused on the core interaction.