Sound Installations

Four loudspeakers, motion sensors, microphone, Raspberry Pi, MaxMSP RBNO.

Seven short audio-visual sonic postcards from West Telemark. Exhibited at West Telemark Museum, Norway. (2022)

Relocating outdoor site specific sound installations inside a large exhibition space. Exhibited at the Old Munch Museum, Oslo. (2023)

Outdoor, site specific sound installation with ambisonics beam-forming speaker and 9-ch ambisonics array. Akershus Fortress, Oslo (2022)

Outdoor, site specific sound installation with ambisonics beam-forming speaker and 9-ch ambisonics array. Amphitheatre, Gydas vei 6 Oslo. (2021)

Indoor and outdoor site specific sound installation with two ambisonics beam-forming speakers and 9-ch ambisonics array. Inside and outside the Mumuth, Graz. (2021)

24-channel site specific ambisonics sound installation. Beach pavilion, Hvervenbukta, Oslo. (2020).

16-channel permanent sound installation, Vest Telemark Museum, Eidsborg. 2020.

Photobacterium phosphoreum, blown glass, ambisonics and wavefield synthesis 3D sound, ultrasonic sound beam, computer, Arduino controller. 2015

Interactive sound-space installation with 3D sound and computer graphics (2014)

Interactive sound-space installation with 3D sound and computer graphics (2012)

Multi-media installation in four parts with shearing apparatus, ultrasonic microphones, interactive video and sound, motion tracking, ambisonics spatialisation. (2011)

Under the Sea Floor (Coring and Strata): 10 channel installation.
Kongsberg Silver Mines: 4/8 channel installation.
Sand Island: A 3-D space over headphones.

Immersive spatial sound and visual installation exploring the thresholds of our hearing, vision and awareness of space in relation to our bodies.

Four part spatial audio installation exploring environmental recordings from the west of Norway (2004).

Sound and architecture.

Site specific public space interactive installation based on a model of the human immune system (2004). (Dismantled).

Sound and video installation with interactive graphics and sound controlled by real-time weather conditions, using full 3D 1st-order ambisonics decoded over a cubic array (2001).