LOS ANGELES (CelebrityAccess) — PULSE Music Group announced Wednesday (Aug. 3) that Annie Aberle has been promoted to vice president, A&R from her previous position as senior creative director. She is based in the Los Angeles office and will report directly to Ashley Calhoun, President of PULSE.
His responsibilities include signing, developing and implementing creative strategy for the company’s roster of songwriters and producers.
Aberle works closely with PULSE client Tyler Johnson, who recently co-wrote and produced Harry Styles‘ “As It Was” along with nine other songs from Styles’ #1 album, Harry’s house.
Prior to joining PULSE, Aberle worked in artist management for years under Robert Kraft, following an internship at Red Light Management. Aberle also completed an internship in the A&R department of Warner Bros. Records and as a Spotify campus influencer.
His roster includes Andrew Jackson, whose credits include Doua Lipa, Halsey, Eminem and Dominic Fike, who renewed his publishing deal with PULSE this year; artist and producer SG Lewis, who has collaborated with artists such as Khalid, Robyne, and lucky day, and Jonah Christian, who recently co-wrote and produced on Normani’s “Wild Side” double-platinum single.
Scott Cutler and Josh Abraham said, “We’ve built this company as a sanctuary for creative people, who we believe are the best at what they do. We feel the same about our leadership team. Annie rose through the ranks at PULSE Music Group because she has impeccable taste and great creative instincts. She exemplifies our culture in how she communicates and works with our clients to help them build their exceptional careers.
Aberle said, “Here at PULSE Music Group, we sign the unique talents. They are the best not only in their sophisticated level of artistry, but also in the way they do business, whether they are at the top of their game or just getting their first cuts. I am beyond thrilled with what we are building. Thanks to Scott, Josh and Ashley who gave me the support and empowerment to help my clients reach their full potential.
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