Subject Matter Expert – Cleanliness (m/f/d) For The Semiconductor Industry
Applied Materials Inc
Heimstetten, Germany
Bachelor's or master's degree in relevant field
Experience in semiconductor or vacuum industries
Understanding of contamination mechanisms and particle control
This role establishes a dedicated Subject Matter Expert position within R&D to ensure cleanliness requirements are defined, designed for, and verified at component and system levels
Job Summary
This role establishes a dedicated Subject Matter Expert position within R&D to ensure cleanliness requirements are defined, designed for, and verified at component and system levels.
The successful candidate will drive foundational cleanliness research, evaluate advanced materials and coatings, and develop verification methodologies to confirm clean-state compliance.
Applied Materials offers a supportive work culture that encourages learning and growth while empowering the team to push the boundaries of what is possible in materials science.
Matching Summary
This role establishes a dedicated Subject Matter Expert position within R&D to ensure cleanliness requirements are defined, designed for, and verified at component and system levels.
Skills & Requirements
Must-have
Bachelor's or Master's degree in relevant field
Experience in semiconductor or vacuum industries
Understanding of contamination mechanisms and particle control
Knowledge of material compatibility and surface treatments
Ability to define cleanliness specifications and standards
Nice-to-have
Advanced degree in engineering or physical sciences
Experience with bakeout processes and plasma cleaning
Familiarity with ISO cleanroom classifications
Strong analytical mindset for risk translation
Proactive identification of contamination risks
Key Requirements
Bachelor's or Master's degree in Chemistry, Chemical Engineering, Materials Science, Physics, or Mechanical Engineering
Professional experience in high-tech, semiconductor, vacuum, or precision instrumentation industries
Hands-on understanding of contamination mechanisms and clean manufacturing environments
Background with material compatibility, surface treatments, or precision manufacturing methods