Senior /Research Engineer (PECVD Module for Advanced Packaging and Photonics) (APM/Thin Films), IME
A*STAR RESEARCH ENTITIES
Singapore, Singapore
Not specified
3+ years semiconductor thin film module experience
Direct pecvd module expertise required
Design of experiments (doe) methodology
The A*STAR Research Entities is seeking a Senior Research Engineer specializing in Plasma-Enhanced Chemical Vapor Deposition (PECVD) for Advanced Packaging and Photonics applications. The role involves process optimization, characterization of thin films, and collaboration with integration teams, requiring a strong background in semiconductor processes and materials science
Job Summary
The role involves developing and optimizing PECVD processes specifically for Advanced Packaging and Photonics applications.
Candidates must possess at least three years of direct experience in semiconductor thin film modules with a preference for PECVD.
The position requires collaborating with fab teams to implement statistical process control and serving as a subject matter expert.
Matching Summary
Match Score: 85
The A*STAR Research Entities is seeking a Senior Research Engineer specializing in Plasma-Enhanced Chemical Vapor Deposition (PECVD) for Advanced Packaging and Photonics applications. The role involves process optimization, characterization of thin films, and collaboration with integration teams, requiring a strong background in semiconductor processes and materials science.
Skills & Requirements
Must-have
3+ years semiconductor thin film module experience
Direct PECVD module expertise required
Design of Experiments (DOE) methodology
Nice-to-have
Understanding of thin film tool hardware
Hands-on DRSEM, HRTEM, and Ellipsometry experience
Strong interpersonal and communication skills
Key Requirements
Bachelor's or Master's degree in Materials Science, EE, ChemE, Physics, Chemistry, or Microelectronics
Minimum 3 years of direct experience in semiconductor thin film modules
Proficiency in statistical root cause analysis and problem-solving methods