Sound Engineering Specialist - Freelance AI Trainer Project
As a Sound Engineering Specialist on our Freelance AI Trainer Project, you will play a pivotal role in advancing AI capabilities within the audio engineering domain. Our company is dedicated to enhancing AI models to assist engineers in designing studio systems, optimizing acoustics, and addressing real-world production challenges. Your expertise will contribute directly to the development of high-quality training data that powers the next generation of AI tools.
In this role, you will engage with advanced language models on complex audio system design and troubleshooting scenarios. Your responsibilities include validating engineering accuracy, identifying gaps in signal-chain logic, and recommending improvements to prompt structures and model evaluation methods. By documenting every failure mode, you will help harden model reasoning and enhance its applicability in real-world audio engineering tasks.
The ideal candidate holds a bachelor's or master's degree in Sound Engineering, Acoustical Engineering, Electrical Engineering (with audio specialization), or a related field. Hands-on experience with live sound rigs, studio installations, broadcast setups, or touring productions is essential. Familiarity with tools such as Dante Controller, Smaart, QLab, and mixing consoles from Yamaha, Avid, or Allen & Heath is highly desirable. Clear, structured communication skills are crucial, as you will be expected to "show your signal path" effectively.
We offer a pay range of $8 to $65 per hour, with the exact rate determined after evaluating your experience, expertise, and geographic location. As a contractor, you will need to supply a secure computer and high-speed internet; company-sponsored benefits such as health insurance and paid time off do not apply.
Joining our team provides an opportunity to shape the future of AI in audio engineering. You will work in a collaborative environment that values innovation and professional growth, contributing to tools that will power the next generation of audio technology.