Mechanical Engineer

Waymo, PERM - N/A +1

What you will do

Lead the design, release, and delivery of components and subsystems, from concept through production, required to integrate self-driving systems into a vehicle;
Design and develop mechanical structural mounting systems and cosmetic exterior enclosures for self driving vehicle hardware integration (for e.g. Radar, Cameras, Lidar, Antennas);
Identify optimum materials (for e.g. Aluminum, Steel, Polymers), and manufacturing processes for aforementioned systems (for e.g. die casting, extrusions, injection molding, compression molding, vacuum forming, paint) ;
Ensure on-time delivery of these systems and components against program targets for cost, weight, structural performance, craftsmanship, NVH, squeak & rattle, fit/finish;
Execute quality and robustness activities such as DFMEA and DVP&R;
Collaborate with multiple departments including attribute leads, cross functional engineering teams, test engineers, manufacturing and assembly teams as well as other stakeholders including our OEM partners;

Waymo, PERM - N/A +1

$270K–$284K

a year

This base pay is above the median for hardware and robotics jobs in the Bay Area with no level in the job title.

We compare the middle of each posted range. This is base pay as posted. The group does not include this job.

The Waymo site opens in a new tab.

Compare your résumé with this job. See where you match, what is missing and which lines to change.

Lead the design, release, and delivery of components and subsystems, from concept through production, required to integrate self-driving systems into a vehicle;
Design and develop mechanical structural mounting systems and cosmetic exterior enclosures for self driving vehicle hardware integration (for e.g. Radar, Cameras, Lidar, Antennas);
Identify optimum materials (for e.g. Aluminum, Steel, Polymers), and manufacturing processes for aforementioned systems (for e.g. die casting, extrusions, injection molding, compression molding, vacuum forming, paint) ;
Ensure on-time delivery of these systems and components against program targets for cost, weight, structural performance, craftsmanship, NVH, squeak & rattle, fit/finish;
Execute quality and robustness activities such as DFMEA and DVP&R;
Collaborate with multiple departments including attribute leads, cross functional engineering teams, test engineers, manufacturing and assembly teams as well as other stakeholders including our OEM partners;