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Leads supply planning and fulfillment optimization for key semiconductor customers across multiple manufacturing sites and regions. Analyzes demand, supply, inventory, forecasts, capacity, and shortages; coordinates escalation actions and multi-site supply plans; develops reporting and recommendations for management; and supports customer and internal communications. Collaborates with account teams, demand planning, plant planning, and cross-functional stakeholders to improve supply reliability and responsiveness.

The Process Engineer improves advanced ceramics manufacturing capabilities, yields, process flow, productivity, equipment efficiency, and workforce utilization. Responsibilities include solving complex process and equipment issues, supporting technology transfers, executing projects, training plant teams, applying Lean Six Sigma and process-control methodologies, analyzing data, and maintaining safety and quality standards. The role requires collaboration across engineering and manufacturing teams and proficiency with Microsoft Office and Minitab.

Manage and grow medical imaging customer accounts through account development, technical support, portfolio sales, contract negotiation, forecasting, and revenue growth. Build customer relationships, identify new business opportunities, coordinate internal teams, resolve complaints, support corrective actions, maintain CRM data, and provide market intelligence. The role requires technical knowledge of ceramics or materials science, customer-facing communication, and approximately 25% travel to customer sites and industry events.

Develop, optimize, and standardize multi-axis CNC machining processes for advanced ceramics manufacturing. Program mills, lathes, and grinders; support new product introduction; troubleshoot and maintain equipment; interpret drawings, GD&T, and CMM reports; conduct inspections, SPC, experiments, and Lean Six Sigma improvements. Mentor programmers and machinists, provide training, and support machining standards across multiple facilities through remote and on-site technical assistance.

Build, deploy, support, and scale AI-enabled enterprise applications, automations, integrations, and internal tools. Translate business workflows into governed production solutions, establish reusable deployment and support patterns, and assist citizen developers. Collaborate across IT, manufacturing, engineering, quality, supply chain, finance, HR, and other functions on testing, security, documentation, adoption, monitoring, and handoff. Measure business value, troubleshoot applications, and guide responsible AI use.

Collaborates with engineering and manufacturing teams to improve advanced ceramics manufacturing capabilities, yields, process flow, productivity, equipment efficiency, and workforce utilization. Applies Lean Six Sigma and structured problem-solving methodologies, supports technology transfers and mid-sized projects, analyzes process data, documents improvements, trains staff, and maintains safety standards. The role requires equipment analysis, process control, failure-mode analysis, communication, and cross-functional collaboration.

Leads semiconductor planning across U.S. and Korean manufacturing sites, overseeing near-term production, materials, inventory, capacity, and customer supply planning. Owns the 12-month-plus SiOP process, develops capacity and inventory strategies, improves planning systems and master data, and coordinates cross-functional supply decisions. Manages planning leaders and teams, drives process standardization, automation, and continuous improvement, and partners with manufacturing, procurement, finance, engineering, commercial, and product management to improve fulfillment, delivery, inventory effectiveness, and planning maturity.

Lead global commercial strategy and revenue growth for advanced ceramics across Medical, Energy, Automotive, and Industrial sectors. Expand key accounts, develop new business and partnerships, align sales, marketing, engineering, operations and R&D, and manage global commercial teams to achieve revenue, profitability, and market penetration targets.

The Site Reliability Engineer will ensure the reliability, security, and support of Databricks applications while collaborating with various teams to optimize data workflows and incident management.

Supports the design, development, validation, and continuous improvement of advanced ceramic manufacturing processes, tooling, and production methods. Responsibilities include NPI support, prototyping, process documentation, BOM and routing updates, CAM setup, machine troubleshooting, SPC and data analysis, root cause analysis, metrology, GD&T interpretation, and collaboration with manufacturing personnel to improve quality, productivity, and process capability.