Timecode is a digital tracking system used in video and film editing that acts like a digital timestamp for every frame of video. Think of it as a precise digital clock that helps editors keep track of exactly where every scene, sound, and visual effect should go in a video project. It's similar to how page numbers help you find specific content in a book, but for video. This is essential for professional video editing and is used across television, film, and online video production.
Synchronized audio and video using Timecode systems for broadcast television shows
Managed SMPTE Timecode integration for multi-camera live events
Led team training sessions on LTC Timecode and video synchronization workflows
Typical job title: "Video Editors"
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Q: How would you handle timecode synchronization issues in a multi-camera shoot?
Expected Answer: A senior editor should explain different approaches to fixing sync issues, including manual synchronization methods, using audio waveforms, and how to prevent these issues during filming.
Q: What's your experience with different timecode formats and frame rates?
Expected Answer: Should demonstrate understanding of common frame rates (23.98, 24, 25, 29.97, 30), drop frame vs non-drop frame timecode, and how to handle projects with mixed formats.
Q: How do you ensure proper timecode continuity throughout a project?
Expected Answer: Should explain basic practices for maintaining timecode consistency, checking for breaks, and coordinating with camera operators and sound recordists.
Q: What workflow do you use when receiving footage with broken or missing timecode?
Expected Answer: Should describe alternative synchronization methods, such as audio sync, slate markers, and manual sync points.
Q: What is timecode and why is it important in video editing?
Expected Answer: Should be able to explain that timecode is a way to precisely identify and locate specific frames in video, making it essential for editing and synchronization.
Q: How do you read timecode? (HH:MM:SS:FF format)
Expected Answer: Should demonstrate understanding of the basic timecode format: hours, minutes, seconds, and frames, and how to read it properly.