Develop and optimize process modules including PVD, CVD, ALD, etch, and epitaxial growth (MBE, MOCVD)
Engineer advanced materials systems including III‑V heterostructures, superconductors, and low-loss dielectrics
Design and execute DOE experiments to evaluate materials, interfaces, and device performance drivers
Characterize films using electrical, physical, and structural techniques to assess quality and variability
Analyze data to identify key process drivers, defect mechanisms, and optimization opportunities
Develop process recipes to meet device requirements, including cryogenic and low-noise performance
Support integration of process modules into device and BEOL flows, including superconducting interconnects
Collaborate with device and integration teams to align process behavior with device physics requirements
Apply SPC and variability analysis to improve process stability, repeatability, and yield
Support yield-learning and root-cause analysis activities
Document process flows, results, and learnings for knowledge transfer and scale-up

BS or MS in Materials Science, Electrical Engineering, Physics, Chemical Engineering, or related field
5–8+ years of experience in semiconductor process or manufacturing engineering
Hands-on experience with deposition, etch, or epitaxial processes
Strong understanding of semiconductor materials and process–device interactions
Experience with materials characterization and data analysis
Familiarity with DOE and statistical analysis methods
Strong analytical, problem-solving, and communication skills

Quantum Topological Qubit Manufacturing Engineer

Key skills