SMT Process Engineer - Swing Shift (Automotive PCB)

WisLab EMS Corporation, a Wistron Company; Fremont (CA); Presencial; USD 90.000 - 130.000; Jornada completa

Descripción de la vacante

WisLab EMS Corporation, a Wistron Company, seeks an SMT Process Engineer for our Fremont, CA facility on swing shift (4pm–12am). You will develop, maintain and improve surface mount processes for automotive SMT production lines, including screen printing, chip mounting, reflow, and AOI/SPI, ensuring quality and cost targets are met.

You will lead defect reduction projects, generate MPI data, program machines, define part definitions, and collaborate with cross‑functional teams to implement ECOs,

Formación

• Bachelor’s degree in Engineering required.
• Knowledge of PCB assembly, SMT, RoHS, IPC standards and quality systems.
• Experience with ERP systems and product data tooling.
• Proficiency in Gerber Viewer, Mentor, Valor.
• Strong MS Office skills and technical writing.

Responsabilidades

• Must be available for Swing Shift 4pm-12am.
• Develop custom applications to automate manual methods.
• Lead generation of MPI data and machine programming.
• Create and maintain machine programs and part definitions.
• Manage program generation schedules and ECO implementations.
• Support SMT stencil/tooling creation and process documentation.

Conocimientos

PCB assembly

SMT process knowledge

Lean Manufacturing

IPC standards

Quality Systems

ERP systems (Agile / customer specific

Gerber Viewer

Valor

Mentor

MS Office

Technical writing

Independent work

Verbal & written communication

Educación

Bachelor’s degree in Engineering

Herramientas

ERP systems

Gerber Viewer

Valor

Mentor

MS Office

Descripción del empleo

WisLab EMS Corporation, a Wistron Company, seeks an SMT Process Engineer for our Fremont, CA facility on swing shift (4pm–12am). You will develop, maintain and improve surface mount processes for automotive SMT production lines, including screen printing, chip mounting, reflow, and AOI/SPI, ensuring quality and cost targets are met.

You will lead defect reduction projects, generate MPI data, program machines, define part definitions, and collaborate with cross‑functional teams to implement ECOs,