Teah Rota
About Teah Rota
Teah Rota is a Senior Audio Engineer at Soul Machines, specializing in neural text-to-speech and voice cloning projects. With expertise in multilingual corpora and automated dialog replacement, Rota contributes to innovative voice technology for artificial humans.
Work at Soul Machines
Teah Rota has been employed at Soul Machines since 2019, serving as a Senior Audio Engineer. In this role, Rota focuses on neural text-to-speech and voice cloning projects, contributing to the development of advanced voice and speech technology for artificial humans. Rota's responsibilities include designing multilingual corpora and automated dialog replacement systems. Additionally, Rota engages in prosodic transfer and manipulation, utilizing Speech Synthesis Markup Language (SSML) to enhance audio outputs.
Previous Experience at Soul Machines
Prior to the current role, Teah Rota worked at Soul Machines as a Lead Technical Artist from 2017 to 2019. In this position, Rota contributed to various projects related to voice and speech technology. This experience laid the groundwork for Rota's transition to the Senior Audio Engineer role, allowing for a deeper focus on audio engineering and innovative applications in the field.
Education and Expertise
Teah Rota specializes in audio engineering with a focus on innovative voice and speech technology. Rota's expertise includes sentiment analysis and emotional design in text-to-speech systems. Additionally, Rota is skilled in phonetics and lipsync, which are essential for creating realistic and expressive audio outputs. The use of text mining and analytics further enhances Rota's contributions to audio projects.
Technical Skills and Projects
In the role of Senior Audio Engineer, Teah Rota handles various technical aspects of audio production, including custom voice production and voice package construction. Rota's work involves the design and implementation of automated dialog replacement systems, which are crucial for enhancing user interaction in artificial intelligence applications. The combination of these skills supports Rota's contributions to the ongoing development of advanced speech technologies.