Not specified; not specified; comprehensive benefi...
Not specified (assumed to be hybrid based on industry norms).
Bachelor's or master's in engineering
Strong foundation in semiconductor processes
Proficiency in reliability testing and statistical analysis
Applied Materials is seeking a Principal/Senior Reliability Engineer in Singapore to support the scale-up of their semiconductor manufacturing line, ensuring reliability through various engineering processes. The role involves collaboration across multiple teams to influence product development and improve product robustness
Job Summary
This role is pivotal in ensuring robust reliability performance through technology transfer, early-stage validation, and high-volume production.
You will develop and execute advanced reliability test strategies across the product lifecycle from concept through mass production.
Applied Materials offers a supportive work culture that encourages learning, development, and personal growth while pushing the boundaries of materials science.
Matching Summary
Match Score: 85
Applied Materials is seeking a Principal/Senior Reliability Engineer in Singapore to support the scale-up of their semiconductor manufacturing line, ensuring reliability through various engineering processes. The role involves collaboration across multiple teams to influence product development and improve product robustness.
Salary
Not specified; Not specified; Comprehensive benefits package including health and wellbeing programs
Skills & Requirements
Must-have
Bachelor's or Master's in Engineering
Strong foundation in semiconductor processes
Proficiency in reliability testing and statistical analysis
Experience with failure analysis tools like SEM/EDX
Track record in process transfer and risk mitigation
Nice-to-have
Experience with consumer electronics reliability programs
Ability to collaborate globally across time zones
Flexibility for up to 15% travel between regions
Hands-on approach to technology transfer and scale-up
Key Requirements
Engineering degree in Electrical, Electronics, Microelectronics, Physics, Materials Science, or Chemical Engineering
Proven experience driving process transfer in manufacturing or R&D environments
Familiarity with advanced failure-analysis tools including optical microscopy and X-ray/CT