Lead manufacturing operations across a 3‑shift environment, driving performance, safety, quality, and continuous improvement while managing complex capital and technical projects.
Responsibilities
Lead day‑to‑day manufacturing operations
Establish performance expectations
Drive key manufacturing metrics
Lead major technical and industrial projects
Manage complex projects through all phases
Requirements
Bachelor’s degree in engineering, Manufacturing, Industrial Technology, Operations Management, or a related technical discipline
Nice to have: Master’s degree in engineering or related field
Nice to have: Formal Lean, Six Sigma, or Project Management certification
Nice to have: Experience in unionized manufacturing environment
Nice to have: Experience with Management of Change, Process Safety Management
Designs and develops advanced network systems for scalable enterprise, data center, or cloud-based environments, leading cross‑functional collaboration and driving milestone achievements.
Locations (2)
Redwood City, California, United States
Seattle, Washington, United States
Compensation
US: Hiring Range in USD from: $102,300 to $209,500 per annum. May be eligible for bonus and equity.
Responsibilities
Designs and develops advanced network systems
Builds advanced modules within automation frameworks
Automates high‑impact network tasks
Develops and maintains dashboards and alerting systems
Develop and drive quality processes for manufacturing and data center infrastructure, leading root‑cause investigations, supplier quality management, and continuous improvement initiatives.
Compensation
Compensation will be paid in the range of up to $130,000 -$150,000 + Bonus. Restricted Stock Units are included in all offers.
Responsibilities
Develop and implement quality control plans, inspection procedures, and acceptance criteria for critical manufacturing operations
Perform first article, in‑process, and final product inspections
Review engineering drawings, BOMs, and specifications for rack assemblies, cooling infrastructure, power distribution equipment
Establish supplier quality requirements and drive corrective actions
Lead root‑cause investigations (8D, 5 Why, Fishbone) and verify corrective‑action effectiveness
Requirements
Bachelor's degree in Mechanical Engineering
Bachelor's degree in Electrical Engineering
Bachelor's degree in Industrial Engineering
Bachelor's degree in Manufacturing Engineering
Nice to have: ASQ Certified Quality Engineer (CQE)
Translate functional data and analytic requirements into solutions for consumption and use by business or technology requests, leveraging approved technologies and guiding self‑service techniques for business reporting and analytics.
Responsibilities
Elicits reporting and analytic requirements from business and technology requestors to generate visualization or analysis.
Supports implementation of data requirements and practices for an assigned area.
Applies secure software and systems engineering practices throughout the delivery lifecycle to ensure data and technology solutions are protected from threats and vulnerabilities.
Under supervision creates and executes standard visualization techniques.
Uses visualization and analysis techniques to present findings of data exploration exercises to stakeholders based on requirements gleaned.
Requirements
Undergraduate studies in computer science, management information systems, business, statistics, math, a related field or comparable experience and education strongly preferred.
Graduate studies in business, statistics, math, computer science or a related field are a plus.
Lead supplier development activities to improve manufacturing capability, capacity, scalability, and operational readiness for current and future business requirements.
Compensation
Wide Range of Employee Benefits: Hybrid work model, Annual bonus, Cafeteria, Private Medical Insurance, Life Insurance, - Eye-glass refund, AYCM partnership, Internal reward system (E-Stars)
Responsibilities
Lead supplier development activities to identify and close manufacturing, process, capacity, and operational gaps
Assess supplier manufacturing processes and drive improvements using Lean methodologies, process capability analysis, structured problem solving, material flow, process controls, and advanced quality tools
Evaluate electronics and PCB assembly processes, including component/material controls, moisture management, solder paste application, component placement, reflow and wave/selective soldering, ESD controls, programming/firmware, inspection, electrical/functional testing, traceability, validation, and change management
Assess supplier capacity and production‑rate readiness against current and future requirements
Develop supplier readiness for new product introductions, supplier transfers, localization, volume increases, and capacity expansion
Requirements
Bachelor’s degree in Engineering, Manufacturing, Quality, Supply Chain, or related technical field
Assumes responsibility and accountability for ongoing data stewardship including, but not limited to measure automation, measure validation, and measure analysis as a part of the strategic and tactical delivery team. Translates data into meaningful, high‐level reports and dashboards to monitor key performance indicators.
Responsibilities
Assist all lines of business with workflow development in accordance with quality initiatives
Translate data into meaningful, high‐level reports and dashboards to monitor key performance indicators
Collaborate with sections and IS/BI to develop effective and efficient data collection for the purposes of being able to analyze quality and utilization data
Identify workflow and compliance issues and provide feedback for improved processes
Manage ongoing communication, education, monitoring, analysis, and delivery of quality improvement for over 600 physicians across 60+ varying specialties/groups
Provide technical support during production events, troubleshoot issues on second shift, and coordinate follow‑up actions with day shift and supporting engineering organizations.
Develop, maintain, and improve process‑control documentation, standard work, operating procedures, work instructions, work measurement standards, and tooling‑use documentation.
Support the planning, design, launch, and improvement of manufacturing lines for new products and product upgrades, including facility, utility, equipment, tooling, and fixture requirements.
Assist with development and implementation of tooling components for energetic aerospace propulsion systems including molds, lifting devices, handling fixtures, test fixtures, and other production‑support equipment.
Support tool use, checkout, maintenance, and follow‑up in production; identify opportunities to improve existing tooling and production‑support designs.
Support and lead Post Close Operations across the private alternatives platform, managing complex operational workflows and ensuring accurate execution of post‑close activities for alternative investment products.
Responsibilities
Independently manage accurate and timely execution of post‑close operational activities across alternative investment products and closed‑end fund structures.
Own complex transaction processing and shadow‑booking workflows, position and security setups, data maintenance, and lifecycle events across credit, equity, infrastructure, and real estate strategies.
Perform and review cash, position, cost, fair value, proceeds, income, and other completeness reconciliations; challenge unexplained differences and drive breaks to supported resolution.
Prepare and review journal entries and supporting memos for fund payments, fees, invoices, taxes, credit facilities, interest, liquidity movements, and other investment or fund activity.
Apply advanced Excel skills to analyze large datasets, build and review reconciliation logic, identify trends and anomalies, improve controls, and deliver decision‑ready analysis.