Omni Online: Spring Intensive - Approaching a Mix with Annlie Huang
Event Information
About this Event
So you know all about mixing concepts (EQ, Compression, Panning, etc) – Now what? If you're ready to jump into pulling knobs & faders but are intimidated by where to start & anxious about how to wrap up, this class aims to fill in the gaps so you can approach a mix confidently & focus on the fun stuff.
We will explore how to start & end a mix, both technically & artistically: from setting up your mix session to work for you & the music, how to approach your track, working with references, interacting with clients, fixing problems, & delivering to mastering.
This will be a limited class size, where questions and interaction are encouraged – so if anything in the mixing process is daunting you, join us in a safe space & over the course of our 4 week class, we'll unwind it together.
Omni Online classes are open to all genders.
This intensive will be held on four consecutive Tuesdays, beginning on May 4th.
About the teacher:
Annlie Huang is an audio professional based in Los Angeles with experience in production and post-production for both music and film. She previously worked as a mix tech at The Walt Disney Studios, with credits including Mulan, Frozen 2, and Avengers: End Game. Currently, she is part of the music editorial team for streaming content at Marvel Studios. Annlie also works independently as a mix engineer – collaborating with artists to make potent songs even more powerful. Annlie holds a B.F.A. in Performing Arts Technology and a B.S. in Sound Engineering from the University of Michigan.
This event is sponsored by Sennheiser. Shaping the future of audio and creating unique sound experiences for customers – this aim unites Sennheiser employees and partners worldwide. The independent family company, which is managed in the third generation by Dr. Andreas Sennheiser and Daniel Sennheiser, is today one of the world’s leading manufacturers of headphones, loudspeakers, microphones and wireless transmission systems.