Established in 2019 by Founder and CEO Kevin Czinger and Co-Founder Lukas Czinger, Los Angeles‑based Czinger Vehicles is an industry‑disrupting performance vehicles brand pioneering a new era in the automotive space by fundamentally changing the way cars will be designed and manufactured for generations to come. Built around a core ethos of utilizing revolutionary, proprietary technology to create vehicles equipped with both dominating performance and iconic design, Czinger represents a radical transformation of the manufacturing sector and the future of human‑AI design within an environmentally sustainable system.
Czinger’s halo vehicle, the 21C hypercar, has received global attention for its record-breaking performance and the revolutionary design and manufacturing technology it embodies. It is the physical representation of over 550 patents filed across A.I. based generative design, materials, additive manufacturing, and assembly. This novel technology and world class engineering has enabled the 21C to set production lap records at both Laguna Seca and Circuit of the Americas. As a business Czinger is the unique combination of a deep technology company, consumer product company, and performance brand.
Czinger Vehicles places an emphasis on talent and is known globally for their world class team.
Purpose of Job:
The Czinger 21C is a groundbreaking 3D printed hybrid hypercar with a combined powertrain output of over 1250BHP. We are seeking an experienced Electrical Installation Design Engineer to join the electrical engineering department to play an instrumental role in the design and development of the vehicle electrical system, from concept through to production release.
Essential Job Functions and Performance Standards:
1) Work cross-functionally to develop the vehicle electrical installation requirements for both the LV and HV systems
2) Electrical hardware installation design. Identify suitable hardware placement in the vehicle, designing mounting features, brackets, and anti-vibration solutions.
3) 3D wire harness routing; including modelling of connectors, back shells, and other wiring harness components
4) Creation of 2D harness manufacturing drawings
5) Specify electrical hardware to meet the vehicle system requirements and automotive regulations
6) Evaluate electrical components to confirm they meet the defined requirements and specifications.
7) Lead design reviews for electrical installation and wiring harness design activities
8) Troubleshoot and diagnose electrical Installation issues that could arise from development and protype electrical installations.