Senior Semiconductor Field Applications Engineer
Tualatin, OR
$38.83 to $58.17 per hour
About the Role
As a Senior Semiconductor Field Applications Engineer, you will serve as the primary technical liaison for complex sub-fab infrastructure projects. You will drive customer success by architecting hardware solutions, providing high-level diagnostic support for vacuum systems, and ensuring optimal equipment performance through expert technical guidance.
Responsibilities
- Consult directly with clients to translate operational requirements into precise technical specifications for sub-fab hardware solutions.
- Lead the resolution of complex electro-mechanical, software, and vacuum system malfunctions that exceed standard support capabilities.
- Collaborate with engineering teams to relay critical design, reliability, and maintenance feedback to improve product lifecycles.
- Coordinate with internal stakeholders to ensure accurate configuration, documentation, and quoting of specialized equipment.
- Provide comprehensive training and technical mentorship to field service teams and end-users to enhance system uptime.
- Develop detailed performance reports and strategic plans to align service activities with long-term business objectives.
- Maintain rigorous adherence to safety standards and operational protocols during all on-site maintenance and repair activities.
Qualifications
Required Skills
- Bachelor’s degree in an Engineering or Science discipline, or equivalent professional experience.
- 6-10 years of experience in semiconductor manufacturing, vacuum technology, or related high-tech industries.
- Demonstrated expertise in troubleshooting complex mechanical and electrical systems, including schematics and root cause analysis.
- Strong interpersonal skills with a proven ability to manage customer relationships and provide technical consulting.
Preferred Skills
- Hands-on experience with dry vacuum pumps, turbomolecular pumps, and precision chiller systems.
- Proficiency in vacuum abatement processes and abatement system design interpretation.
- Ability to perform data-driven analysis to identify equipment failure trends and implement preventative measures.