We’re delighted to announce that the Continuo Composer for 2022 is Kym Dillon.
We would like to thank our esteemed panel Zoe Knighton, Euan Murdoch and Prof. Linda Kouvaras for their time and incredibly thoughtful consideration of each submission. The Panel were very impressed by the quality of the submissions we received and felt that all of the proposals were worthy of consideration.
We would also like to acknowledge the pioneering support of our first Continuo Commissioning Circle. Their generosity will provide Kym with a wonderful opportunity to continue developing her craft, weaving a new work in collaboration with chamber ensemble “Croissants & Whiskey”.
About Kym Dillon
Kym Dillon has a Bachelor of Music Performance from the University of Melbourne, and is currently studying for her Masters of Music Research (Composition), also at the University of Melbourne. Kym has composed chamber works for the Forest Collective and for the Sonus Ensemble.
You can read more about Kym’s background in the Composers section of our Who’s Who.
About the Commission
Here’s what Kym wrote in her winning submission:
My intention in submitting this application is to collaborate with the ensemble ‘Croissants & Whiskey’, a quartet comprising of Joy Lee (harpsichord), Ryan Williams (recorders), Katie Yap (baroque viola) and Miranda Hill (G Violone).
Over the last few years I have fallen in love with writing long-form chamber works, drawn in by the unparalleled sense of intimacy and communication that this genre affords. So far these works have all been for relatively common combinations, with my never before having composed for an ensemble of early/baroque instruments.
Collaborating with and composing for Croissants & Whiskey would offer me a unique opportunity to explore these older instruments and sounds, piecing together a language and story that can speak to contemporary audiences both familiar and unfamiliar with classical music. I love finding sonic links between instruments, finding ways to not only celebrate their individual natures but discover the unique worlds that can be created when they are combined.