Principal Process Integration Engineer

D-Wave

97d•$121,200 - $181,800

About The Position

D-Wave is seeking a self-motivated Principal Process Integration Engineer to support the development and production of superconducting IC fabrication processes at our partner foundries. Prior experience in superconductivity is a plus but not required. In this role, you will lead process development initiatives, maintain and improve the process of record (POR) for production, and collaborate closely with foundry partners. You will play a key role in advancing next-generation superconducting technologies in a highly innovative environment. Our proprietary fabrication platform features advanced capabilities, including multiple critical current density (Jc) targets, seven wiring layers, planarized dielectrics, 0.25 µm features, and submicron Josephson junctions. Our processors integrate over one million Josephson junctions, representing some of the most complex superconducting circuits ever built. This role offers the opportunity to develop processes at the forefront of semiconductor innovation.

Requirements

Bachelor’s degree in Physics, Chemistry, Electrical Engineering, Chemical Engineering, Materials Science, or related field (Master’s or Ph.D. preferred)
10+ years of experience in process integration (preferred)
Strong knowledge of semiconductor fabrication processes, including thin film deposition, lithography, etch, diffusion, wet processing, and CMP
Experience in LSI manufacturing or semiconductor R&D (strongly preferred)
Solid understanding of process integration, yield, performance, and reliability interactions
Strong organizational, analytical, and decision-making skills
Excellent written and verbal communication skills
Ability to thrive in a fast-paced, results-driven environment and meet deadlines
Must be authorized to work in the U.S.

Nice To Haves

Prior experience in superconductivity is a plus

Responsibilities

Lead process development initiatives in collaboration with foundry partners
Design, execute, and analyze experiments using statistical methods to improve process performance and yield
Own and optimize critical fabrication steps or modules within the process flow
Maintain and enhance the process of record (POR) for production
Drive yield, performance, and reliability improvements through process optimization
Partner with cross-functional teams (design, device, reliability) to meet product requirements
Collaborate with foundries to troubleshoot issues and implement process improvements in production
Document and standardize processes, specifications, and control plans
Communicate technical results and recommendations to stakeholders and senior leadership