A De-esser is a specialized audio tool that sound engineers use to improve the quality of vocal recordings. It helps control and reduce harsh "s" and "sh" sounds (called sibilance) that can be distracting in recordings. Think of it like an automatic volume control that only turns down these specific sharp sounds while leaving the rest of the voice natural. Sound engineers regularly mention this skill because it's essential for creating professional-quality vocal recordings in music, podcasts, and broadcast media.
Used De-esser techniques to improve vocal clarity in podcast production
Applied De-esser processing for professional voiceover recordings
Managed De-esser settings across multiple recording sessions to maintain consistent vocal quality
Typical job title: "Audio Engineers"
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Q: How do you approach de-essing in a complex project with multiple vocal tracks?
Expected Answer: A senior engineer should explain their workflow for managing multiple vocals, including how they maintain consistency across different voices and how they handle de-essing in both live and post-production scenarios.
Q: What's your approach when automated de-essing isn't giving the desired results?
Expected Answer: They should discuss alternative methods like manual volume automation, multiple de-essers in series, or frequency-specific processing, showing problem-solving abilities and deep understanding of vocal processing.
Q: What factors do you consider when setting up a de-esser?
Expected Answer: Should explain how they consider the vocalist's characteristics, microphone choice, and recording environment when deciding on de-esser settings.
Q: How do you avoid over-processing when using a de-esser?
Expected Answer: Should describe their method for finding the right balance, monitoring techniques, and how they ensure natural-sounding results.
Q: What is the main purpose of a de-esser?
Expected Answer: Should be able to explain that a de-esser reduces harsh sibilant sounds in vocal recordings while maintaining natural speech quality.
Q: When would you typically use a de-esser in your workflow?
Expected Answer: Should mention common scenarios like vocal recording, podcast production, or broadcast applications where controlling sibilance is important.