As a DCIM Team Equipment Engineer with Broadcom Limited’s Wireless Semiconductor Division, you will own and support equipment used to develop and execute advanced processes in our state of the art 8” wafer fabrication facility located along the Front Range in Northern Colorado.
Compensation
The annual base salary range for this position is USD 91,100.00 To USD 146,000.00
Responsibilities
Strong ownership of tactical execution and strategic improvement, including hardware and software optimization; reporting and ownership of related projects and metrics.
Provide technical leadership in evaluating, troubleshooting, improving and maintaining equipment.
Existing equipment upgrades and tool conversions with qualification support.
Develop and implement preventative, predictive and high precision maintenance procedures. Implementation includes documenting procedures, as well as training and certifying personnel.
Work with team members to meet organizational goals through the proactive identification of opportunities and the subsequent development and execution of corresponding projects.
Requirements
BS in ME, EE, ChemE, or Materials Science
Nice to have: MEMS
Nice to have: active device micro-fabrication techniques
Lead equipment maintenance, reliability improvement and lifecycle management across supercapacitor manufacturing processes.
Responsibilities
Lead equipment maintenance, reliability improvement and lifecycle management across supercapacitor manufacturing processes
Establish and continuously improve the three-level maintenance system
Lead complex troubleshooting, root cause analysis, technical upgrades and cross-functional issue resolution
Ensure safe, stable and efficient equipment operation
Strengthen the technical capability and execution effectiveness of the equipment maintenance team
Requirements
Associate degree or above in Mechanical Design, Manufacturing and Automation, Mechanical Manufacturing and Automation, Mechatronics, Electrical Engineering and Automation, Mechanical and Electronic Engineering, or other related engineering disciplines
Internship in the Detroit Manufacturing Engineering department focusing on project support for block machining and production line development.
Compensation
Salary placement is determined by your anticipated graduation year and ranges between $21 - $29 per hour.
Responsibilities
Contribute to the planning and implementation of a new machining line
Play an active role in tracking project timelines, open items, and cross-functional and vendor communication
Participate in acceptance runs and technical problem-solving activities
Coordinate parts and tooling availability to support project milestones
Develop process and operator documentation for production readiness
Requirements
Bachelor’s program in Mechanical or Manufacturing engineering, Production technology, Technical Project Management, Project management, equipment engineering or comparable
Owns end-to-end manufacturing strategy and execution for Peak's sodium-ion battery systems, leading engineering, operations, process development, facilities, equipment, yield, and ramp readiness across Burlingame and Sacramento sites.
Locations (2)
Burlingame, California, United States
Sacramento, California, United States
Compensation
The salary range for this role is $233,000-$275,000, with actual pay varying based on work location, experience, and skills.
Responsibilities
Lead the manufacturing engineering and process development organization through the ramp from pilot to giga-scale production
Define and execute the production ramp plan, including equipment specification, line layout, yield curves, and cost-down roadmap across our Burlingame and Sacramento sites
Build and develop a world-class manufacturing leadership bench spanning process engineering, equipment, quality, automation, and facilities
Partner with engineering to drive design-for-manufacturing into the product roadmap from day one
Manufacturing Process Engineer responsible for sustaining daily operations, analyzing process data, and leading projects to improve yield, quality, and cost in a wafer fab or assembly/test facility.
Responsibilities
Owns a specific set of manufacturing tools or processes, responsible for their daily performance, health, and control (SPC).
Analyzes process data to identify trends, shifts, and opportunities for improvement.
Leads small projects to improve process yield, reduce cost, or enhance quality, using methodologies like Plan-Do-Check-Act (PDCA).
Troubleshoots process and equipment problems to determine root cause and implement effective corrective actions.