Tin Management Architect - Principal Scientist

ASML; San Diego (CA); On-site; USD 171,000 - 235,000; Full time

Job summary

ASML is seeking a Principal Scientist - Tin Management Architect in San Diego to define the long‑term Tin Management architecture for next‑generation EUV sources. You will balance physics, engineering, modeling, manufacturability and cost, guiding research investments and shaping future source concepts.

The role requires deep systems thinking and hands-on technical leadership across multidisciplinary teams, with ~50% hands-on development, modeling, and experimentation to drive critical Tin

Qualifications

• PhD in Physics, Engineering, Applied Mathematics, or a related discipline with 5+ years of relevant experience.
• Strong background in experimentation, modeling, and data-driven decision making.
• Experience applying computational modeling, data analytics, AI/ML, and digital engineering tools to technology development challenges.
• Proven experience developing and maintaining multi-year technology roadmaps, aligning technical maturity with business strategy.

Responsibilities

• Define and drive the long-term Tin Management architecture and technology roadmap, identifying challenges, gaps, priorities, and learning for future EUV source development.
• Shape experimental strategies and learning plans for research test rigs and campaigns.
• Define modeling, simulation, AI, and data capabilities to support Tin Management decisions and guide their development.
• Drive technical alignment between research, system engineering, product development and external stakeholders.
• Capture and communicate architectural learnings and recommendations to leadership and teams.

Skills

Tin Management

System Architecture

Data Analytics

AI/ML

Experimentation

Technical Leadership

Education

PhD in Physics/Engineering/Applied Math

Tools

Modeling Tools

Simulation

Job description

ASML is seeking a Principal Scientist - Tin Management Architect in San Diego to define the long‑term Tin Management architecture for next‑generation EUV sources. You will balance physics, engineering, modeling, manufacturability and cost, guiding research investments and shaping future source concepts.

The role requires deep systems thinking and hands-on technical leadership across multidisciplinary teams, with ~50% hands-on development, modeling, and experimentation to drive critical Tin