Thermal Philanthropic Event Center
This ambitious hybrid-program project incorporates our client’s passions; racing, music, and culinary arts; into a dual-winged transporting form that hovers above the Racetracks whilst surveying both sides of the ancient 125-mile-long Coachella Valley Oasis with ‘hyper-panoramic performance event spaces with dual private villas’ clear spanning between ‘landing runners’ which incorporate dual structural cores servicing all levels including a clear spanning amphitheater-cockpit-lounge-skyscape. Key project challenges included ensuring structural / acoustic integrity between hybrid programs / simultaneous events whilst maintaining expansive indoor / outdoor spaces particularly in relation to the sublime beauty of the desert and its highly desirable winter / shoulder seasons climate. The ‘concrete-plaster shell’ construction incorporates project’s silent climate control system as one integral heating / cooling unit that leverages the artisanal aquifer below this ancient lake valley with an Aquifer Thermal Energy Storage System (ATES) which is a cost-effective technology to reduce primary energy consumption. It can also be viscerally experienced by welling-up this ‘artisanal aquifer’ at the center of roundabout arrival / event space and along the north weeping wall of the native Palmerie (transplanted from proximate Palm canyons), to the cool towers, which collectively create multiple effective microclimates as well as memories of the teeming Oasis civilizations that were here in this place before us.
Thermal Philanthropic Event Center
This ambitious hybrid-program project incorporates our client’s passions; racing, music, and culinary arts; into a dual-winged transporting form that hovers above the Racetracks whilst surveying both sides of the ancient 125-mile-long Coachella Valley Oasis with ‘hyper-panoramic performance event spaces with dual private villas’ clear spanning between ‘landing runners’ which incorporate dual structural cores servicing all levels including a clear spanning amphitheater-cockpit-lounge-skyscape. Key project challenges included ensuring structural / acoustic integrity between hybrid programs / simultaneous events whilst maintaining expansive indoor / outdoor spaces particularly in relation to the sublime beauty of the desert and its highly desirable winter / shoulder seasons climate. The ‘concrete-plaster shell’ construction incorporates project’s silent climate control system as one integral heating / cooling unit that leverages the artisanal aquifer below this ancient lake valley with an Aquifer Thermal Energy Storage System (ATES) which is a cost-effective technology to reduce primary energy consumption. It can also be viscerally experienced by welling-up this ‘artisanal aquifer’ at the center of roundabout arrival / event space and along the north weeping wall of the native Palmerie (transplanted from proximate Palm canyons), to the cool towers, which collectively create multiple effective microclimates as well as memories of the teeming Oasis civilizations that were here in this place before us.
Thermal Philanthropic Event Center
Project is located across three combined parcels trackside and two combined parcels streetside within the Thermal Club (Auto Racing) Community. An auxiliary garage supports a single residence with two dwelling ‘wings’ separated by a generous living space. The large home is designed to showcase various collections held by the Owner (cars, bicycles, etc.) and to support their interests beyond racing – including music (performance/recording), culinary arts, and generally entertaining family and friends in the community and beyond. The primary building structure is steel (column and beam) with concrete floors on steel deck most typically. The first elevated floor above grade is post tensioned concrete. Walls at entry level ‘base’ are cast-in-place concrete. Secondary/infill framing is largely wood stud with some cold formed steel studs. The elevated portions of the building (above the entry level) are skinned entirely in a monolithic three coat stucco with crushed seashells (recalling the Coachella or Conchilla (Spanish for seashell) Valley when this was a vast inland Sea). The building enclosure features multiple operable glass walls, transforming expansive living areas into indoor-outdoor spaces when the winter thru shoulder season clime permits. Artisanal aquifer elements create passive microclimates throughout and a photovoltaic system on the Auxiliary Garage assist the ATES in powering the project.







