Industrial Process Improvement Engineer I

Jabil; San Jose (CA); On-site; USD 74,000 - 118,000; Full time

Benefits offered by this job

Medical, dental, and vision insurance

401(k) retirement plan and employee‑s&

Paid time off

Job summary

Jabil in San Jose, CA, is seeking an Industrial Engineer I to support planning, design, and management of production and service delivery systems for reliability and cost control.

Responsibilities include studying operation sequences for maximum equipment utilization, improving quality and efficiency, and designing tooling and layouts. The role emphasizes safety, continuous improvement, and collaboration with cross-functional teams.

Qualifications

• Broad knowledge of industrial engineering tools and methods.
• Ability to implement continuous improvements and cost-reduction programs.
• Strong communication and teamwork skills with MS Office tools.

Responsibilities

• Monitor and improve daily quality and efficiency for assigned areas.
• Design and procure production tooling and workstations.
• Coordinate layout and workstation moves.
• Prepare time estimates for projects and evaluate time factors.
• Minimize changeover time by standardizing setups.
• Ensure machine maintenance is performed on schedule.
• Reduce machine scrap by monitoring data and taking corrective actions.
• Analyze workforce utilization, facility layout and production data to optimize resources.
• Adhere to safety and security policies.
• May perform other duties as assigned.

Skills

Industrial engineering tools

Work measurement

Process mapping

Facilities/workstation design

Analytical ability

Continuous improvement

Communication skills

MS Office / Visio / Project / AutoCAD

Tools

AutoCAD

Microsoft Visio

Microsoft Project

Microsoft Office

Job description

Jabil in San Jose, CA, is seeking an Industrial Engineer I to support planning, design, and management of production and service delivery systems for reliability and cost control.

Responsibilities include studying operation sequences for maximum equipment utilization, improving quality and efficiency, and designing tooling and layouts. The role emphasizes safety, continuous improvement, and collaboration with cross-functional teams.