Lead process readiness for the SCS Receiving Team across MLA, MMC, and future assigned processes, focusing on qualification, stabilization, and transition from pilot production to stable manufacturing.
Responsibilities
Lead receiving-team process engineering activities for project transfer, pilot production, process qualification, ramp-up, and transition to stable manufacturing.
Work with project teams to take over MLA, MMC, and future assigned processes, including process flow, product requirements, critical parameters, operating windows, risks, and control methods.
Participate in product and process readiness reviews, engineering trials, FAT/SAT activities, equipment qualification, process certification, and production-release decisions.
Own process readiness for pilot and mass production and ensure safety, quality, delivery, cost, capacity, and manufacturability requirements are addressed.
Establish and maintain process specifications, SOPs, work instructions, setup standards, troubleshooting guides, process control plans, and engineering records.
Requirements
Bachelor's degree or above in Mechanical, Electrical, Automation, Manufacturing, Industrial, Materials Engineering, or a related technical field
Industrial Engineer focused on improving work flow through the semiconductor fab using cycle time reduction programs, capacity modeling, and Lean methods to remove bottlenecks and waste.
Responsibilities
Run the cycle time reduction programme day to day: set baselines, analyse queue, hold and process time by module, and deliver improvement actions with module teams.
Own and maintain the fab capacity model, keeping tool, process and loading data accurate and up to date.
Carry out bottleneck and constraint analysis, and model the effect of product mix, loading and tool availability on capacity and cycle time.
Map value streams to find waste, and lead kaizen events and improvement projects.
Analyse equipment performance using OEE and equipment performance metrics, and work with Equipment Engineering to improve tool availability and uptime.
Requirements
Degree in industrial, manufacturing or mechanical engineering, or a related subject
Nice to have: Semiconductor wafer fab experience
Nice to have: SEMI E10
Nice to have: fab flow concepts such as X-factor and Little's Law
Lead strategic manufacturing and sourcing solutions, analyze supply strategies, optimize product innovation pipeline, and identify cost-saving opportunities across production lines and plants.
Compensation
The base pay range for this position at commencement of employment is between the range listed below, however, base pay offered may vary depending on multiple individualized factors, including but not limited to job-related knowledge, skills, and experience. The total compensation package for this position will include variable pay, medical and dental benefits, participation in 401k plan, and paid time off benefits. The pay range shown is applicable to all US locations listed within the job posting:USD 108,160.00 - USD 148,720.00
Responsibilities
Lead supply-side initiatives from early design to manufacturing execution, developing viable network and sourcing solutions.
Champion Supply Chain interests in the cross-functional Quest stage-gate process to ensure flawless product launches.
Author and secure alignment for capital projects (MPARs), guiding them through early-stage feasibility and scoping.
Shape long-term site Master Planning to align physical manufacturing capabilities with multi-year brand strategies.
Drive 5-year capacity modeling and network utilization strategies to secure supply and eliminate bottlenecks.
Requirements
Bachelor’s degree in Engineering (Industrial, Mechanical, Chemical, or related field)
Lead strategic manufacturing and sourcing solutions, analyze supply strategies, optimize product innovation pipeline, and identify cost-saving opportunities across production lines and plants.
Compensation
The base pay range for this position at commencement of employment is between the range listed below, however, base pay offered may vary depending on multiple individualized factors, including but not limited to job-related knowledge, skills, and experience. The total compensation package for this position will include variable pay, medical and dental benefits, participation in 401k plan, and paid time off benefits.
Responsibilities
Lead supply-side initiatives from early design to manufacturing execution, developing viable network and sourcing solutions.
Champion Supply Chain interests in the cross-functional Quest stage-gate process to ensure flawless product launches.
Author and secure alignment for capital projects (MPARs), guiding them through early-stage feasibility and scoping.
Shape long-term site Master Planning to align physical manufacturing capabilities with multi-year brand strategies.
Drive 5-year capacity modeling and network utilization strategies to secure supply and eliminate bottlenecks.
Lead the R&D and implementation of core hypervisor components for massive-scale GPU fleets, architecting a next‑generation virtualization stack for AI workloads.
Compensation
Compensation will be paid in the range of up to $215,000 -$260,000 + Bonus. Restricted Stock Units are included in all offers.
Responsibilities
Lead the R&D and implementation of core hypervisor components (KVM, QEMU, or custom Rust-based solutions) specifically optimized for massive-scale GPU fleets.
Develop and refine advanced hardware pass-through and abstraction techniques (SR-IOV, VFIO, mdev) to ensure NVIDIA GPUs and BlueField DPUs operate with near-zero latency in a multi-tenant environment.
Solve high-stakes technical hurdles such as live migration for AI workloads with 80GB+ VRAM and optimizing PCIe peer-to-peer communication between virtualized accelerators.
Conduct deep-dive bottleneck analysis across the entire stack—from CPU microarchitecture and MMU virtualization to guest OS scheduling—to minimize jitter and maximize throughput.
Actively contribute to and maintain upstream open-source virtualization projects, positioning Crusoe as a thought leader in the Linux kernel and virtualization communities.
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