Process Engineering Director - Ion Implantation
Listed on 2026-07-07
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Engineering
Process Engineer, Quality Engineering, Chemical Engineering, Automation & Mechatronics Engineer
Process Engineering Director - Ion Implantation
A leading semiconductor and advanced materials technology company is seeking a Process Engineering Director to lead ion implantation process engineering operations at a highly specialized semiconductor services facility in San Jose, California.
This is a rare opportunity for a technically deep process engineering leader with direct ion implantation expertise to oversee engineering, process control, customer qualification, process development, continuous improvement, and maintenance operations within a precision wafer-processing environment.
Unlike a traditional semiconductor manufacturing facility, this operation functions as a specialized semiconductor services site where customer wafers are received, processed through ion implantation technologies, and returned to customers for use in advanced semiconductor applications.
This is not a generic process engineering leadership role. The company is specifically seeking a leader with hands‑on ion implantation process engineering experience who can engage deeply with engineers, customers, process technologies, tool platforms, and technical problem‑solving while also leading a small but highly specialized engineering organization.
Compensation$180,000 to $240,000 base + 25% target annual bonus
BenefitsComprehensive medical, dental, vision, retirement, relocation assistance for qualified candidates, and additional long‑term incentive potential
Work Arrangement100% onsite in a cleanroom, manufacturing, and office environment
Work AuthorizationMust be ITAR compliant / U.S. Person
Key ResponsibilitiesThe Process Engineering Director will be responsible for leading and supporting engineering, process development, production support, customer qualification, and continuous improvement activities, including:
- Lead engineering activities for customer qualification, process control, and continuous improvement initiatives.
- Sustain and improve existing ion implantation processes across the facility.
- Drive process improvements, experiments, gauge capability studies, and process optimization efforts.
- Supervise process engineering and technical resources supporting implant operations.
- Provide technical leadership across High Current Implant and Broad Range Implant production areas.
- Work directly with customers on process development, customer qualification, and process‑related technical issues.
- Develop and maintain simulation models to support customer requirements and business growth initiatives.
- Support production operations and troubleshooting activities as needed.
- Partner with Sales to support customer objectives, technical discussions, and business development efforts.
- Lead process‑related equipment enhancement initiatives and continuous improvement activities.
- Support process FMEAs, control plans, statistical process control, and Six Sigma initiatives.
- Manage maintenance and facilities support activities tied to tool uptime and preventative maintenance programs.
- Identify, justify, and deploy new capital equipment and process‑related investments as needed.
- Support process capability improvement, throughput optimization, yield enhancement, and production stability initiatives.
- Serve as the EHS liaison for the site and promote safe manufacturing and cleanroom practices.
- Monitor environmental, health, and safety compliance and reporting requirements.
- Partner closely with operations, maintenance, facilities, customers, sales, and site leadership teams.
- Lead and mentor a small but highly technical engineering and maintenance organization.
This role operates within a highly specialized semiconductor process environment focused on ion implantation technologies.
The ideal candidate will have strong experience with:
- Semiconductor wafer fabrication environments.
- High Current Implant and Broad Range Implant processing.
- Multiple implant process technologies such as CMOS, bipolar, discrete devices, or related semiconductor technologies.
- Process FMEAs and control plans.
- Six Sigma and continuous improvement methodologies.
- Process development and customer qualification activities.
- Tool uptime, preventative maintenance, and process…
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