The Art of Eavesdropping on Electricity

When it comes to radio imaging and production FX, the right sound can flip the ordinary into unforgettable. Enter Robert Dudzic, legendary sound designer, creative sonic scientist, and master of audio elevation. In this session, he cracks open the TASCAM FR-AV4 and ATOME, showing how invisible sounds can become powerful weapons in your production arsenal.

In what’s new:

TASCAM FR-AV4 + ATOME | Sound Design with Electromagnetic Field

Sound Design: Creative Cinematic FX for Film, TV & Video Games

I’m excited to share my brand-new video where I explore two powerful tools for sound design: the TASCAM FR-AV4 field recorder and the ATOME electromagnetic field sensor + contact microphone.

What’s in the Video

In this video, you’ll see me in action recording inside a machine shop, using these devices to capture unique textures, from electromagnetic field tones to the raw resonance of industrial machines. I’ll walk you through how these tools work and show how they can open up new creative possibilities for cinematic sound design.

The Gear

-TASCAM FR-AV4 – A 4-channel field recorder with 32-bit float, dual AD converters, ultra-low-noise preamps, and built-in timecode with HDMI sync. Compact, powerful, and built for professional productions.

-ATOME – A one-of-a-kind instrument combining an electromagnetic field sensor and contact microphone. It lets you tap into hidden sounds from machines, circuits, and objects all around us—already trusted by world-class artists and major productions.

Why Watch

If you’ve ever been curious about how I create my sounds, this is a chance to see it firsthand. You’ll get a behind-the-scenes look at my recording process and how I shape raw textures into cinematic sound effects ready for film, TV, and video games.

Until next time, happy producing!—Robert

Robert Dudzic is a world-class sound designer and the creator and producer of SPLAT!’s Trynity HDFX. Each week here, he recommends software, apps, or plugins to amp up your audio production and radio imaging