Vertebrae seeking Intermediate Designer in Los Angeles, CA, US
Vertebrae is an award-winning architecture and design firm based in Los Angeles. Our work ranges from residential and commercial architectural commissions to large-scale public art installations. Founded by architect Lisa Little in 2012, Vertebrae redefines craft through engaging computation, technology, and artistic skill. Vertebrae use machines—digital and analog tools—to manifest universal architectural principles: harmony, rhythm, asymmetry, and balance. A Los Angeles-based practice versed in the history of Southern California’s rich technological and spatial experimentations, Vertebrae follows in the trajectory of the Light and Space art movement of the 1960s by using emergent materials and cutting-edge fabrication techniques to design environments that offer a dynamic play of light, volume, and scale. We are seeking a talented and self-motivated Intermediate Designer to join our small team. Responsibilities include: Design and documentation assignments through all project p...
Vertebrae is an award-winning architecture and design firm based in Los Angeles. Our work ranges from residential and commercial architectural commissions to large-scale public art installations. Founded by architect Lisa Little in 2012, Vertebrae redefines craft through engaging computation, technology, and artistic skill.
Vertebrae use machines—digital and analog tools—to manifest universal architectural principles: harmony, rhythm, asymmetry, and balance. A Los Angeles-based practice versed in the history of Southern California’s rich technological and spatial experimentations, Vertebrae follows in the trajectory of the Light and Space art movement of the 1960s by using emergent materials and cutting-edge fabrication techniques to design environments that offer a dynamic play of light, volume, and scale.
We are seeking a talented and self-motivated Intermediate Designer to join our small team.
Responsibilities include:
- Design and documentation assignments through all project p...