Analyze characterization data using classical and AI-enabled methods to identify trends, anomalies, and factors affecting device performance. Collaborate with electrical characterization teams to investigate device failures and develop an understanding of the underlying physical mechanisms. Work with structural characterization teams to perform physical failure analysis. Contribute to root-cause analysis of quality and yield excursions and help identify potential process improvements. Plan and execute experiments to improve process performance, yield, quality, and robustness. Contribute to the development and qualification of new processes for future generations of qubit devices. Embody our culture and values Master's Degree in Physics, Engineering, or related field. Qualification in Lean, 6sigma and similar methodologies Experience in using AI for failure analysis, experiment design and analysis Specific III/V-semiconductor fabrication Previous experience in the semiconductor industry Experience in statistical data analysis These requirements include, but are not limited to the following specialized security screenings:
QUANTUM ROLE CONTEXT | Appended by Quantum.Jobs v2
Role context:
This role exists to bridge microelectronics fabrication processes and device characterization teams within advanced hardware engineering organizations. Positioned between semiconductor manufacturing engineers, failure analysis groups, and qubit development units, the function translates physical characterization data into actionable fabrication improvements. By systematic evaluation of structural and electrical defects, professionals in this capacity optimize device quality, increase functional yields, and establish standardized processing protocols necessary to transition experimental quantum hardware components from small-scale laboratory prototypes into stable, repeatable semiconductor fabrication workflows.
Quantum ecosystem relevance:
This engineering role supports the quantum hardware ecosystem by translating semiconductor manufacturing principles into the fabrication of next-generation qubit devices. As quantum computing technologies scale, maintaining high manufacturing yield and physical device uniformity becomes critical to building fault-tolerant architectures. Operating at the hardware manufacturing layer, this position applies statistical analysis and defect evaluation to refine III/V-semiconductor fabrication techniques. This systematic refinement helps establish reliable hardware platforms required for scalable quantum processor development and eventual commercialization.
Capability signals:
- Advanced expertise in semiconductor device fabrication and physical failure analysis techniques
- Practical proficiency in statistical data analysis and machine learning failure models
- Mastery of continuous process improvement methods like Lean and Six Sigma
- Strong background in characterization and root-cause analysis for microelectronic devices
- Capability to design structured experimental workflows for complex semiconductor process development
