In your career, let’s prove what’s possible.
- Ensure manufacturing & warehouse loading on time and closely monitor material availability.
- Coordinate with various departments such as procurement, production, and logistics to ensure smooth workflow.
- Monitor the production process to meet few or no delays and ensure deadlines.
- Analyze production specifications data to maximize production output.
- Review and adjust the schedule where needed due to design changes, labor or material shortages, backlogs, or other interruptions.
- Maintain and manage inventory levels, ensuring the availability of necessary materials for production.
- Create and submit status and performance reports, collating and interpreting data on the production plan’s progress.
- Collaborate with quality control, warehouse, and other staff.
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In your career, let’s prove what’s possible.
- Design, develop, and maintain electrical and electronic circuits throughout all phases of the product lifecycle.
- Drive component selection, circuit development, design verification, testing, and evaluation of control systems for our products.
- Collaborate closely with a multidisciplinary engineering team, including electrical, mechanical, and software engineers, technical support specialists, productivity engineers, and external suppliers, to design, develop, and enhance custom and OEM components.
- Develop, execute, and analyze test plans and procedures to ensure technical and operational requirements are fully met, validated, and documented.
- Collect, evaluate, and present technical data and findings to support informed decision-making during design, project, and program reviews.
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In your career, let’s prove what’s possible.
- Lead and manage the Remote Factory (RF) commodity, including a team of Supplier Business Managers, and Strategic Commodity Managers supporting high‑volume, high‑spend operations.
- Own end‑to‑end RF supplier performance for delivery, cost, quality, capacity, and risk, with a focus on tactical execution and operational continuity.
- Manage high transaction volumes including capacity planning, order execution, reschedules, expedites, and shortage resolution to ensure uninterrupted manufacturing output.
- Align manufacturing demand, MRP signals, and capacity plans between internal factories and Remote Factories to support ramps and volume fluctuations.
- Develop and execute RF commodity strategies, including supplier segmentation, capacity reservation models, and risk mitigation plans.
- Act as primary escalation point for RF‑related supply issues; lead root cause analysis and corrective actions when required until resolution.
- Collaborate closely with other commodity leads to ensure seamless supply where non‑RF commodities feed into Remote Factories.
- Drive supplier performance metrics (OTD, lead time, inventory, capacity adherence) and lead continuous improvement initiatives.
- Partner with Operations, Planning, Engineering, Logistics, and Finance to ensure alignment across the supply chain.
- Lead contract negotiations, commercial frameworks, and service level agreements with RF suppliers.
- Support scaling and optimization of an already large Remote Factory network, including process standardization and planning maturity.
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Vollzeit | Leasing, Zeitarbeit
In your career, let’s prove what’s possible.
- Conduct measurements, inspections, and SEM investigations to generate, evaluate, and interpret data in support of customer demonstrations.
- Perform periodic checks of metrology tools using Statistical Process Control (SPC) methods, ensuring they remain within specified limits and deliver consistent output.
- Participate in the planning and coordination of preventive maintenance and calibration activities.
- Serve as the point of contact for equipment suppliers and laboratory visitors during troubleshooting and improvement activities.
- Support metrology engineers in carrying out specialized metrology and analytical tasks.
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Pilot Line PDK & Design Enablement Lead (all genders)
- Cross-platform process integration: maintain an end-to-end overview of process flows and module interfaces (e.g., thin films, lithography, etch, metrology closure) across integrated photonics, MEMS and related technology stacks.
- Baseline flows & readiness: define and maintain reference flows versus development lanes; support readiness reviews and ensure clear release criteria for stable execution.
- Process change control & documentation discipline: ensure recipe/version control, run cards, parameter windows, and structured documentation of decisions and learnings.
- Know-how capture: support structured capture of process know-how and clarify what can be shared externally vs protected, in collaboration with responsible functions.
- Traceability / data backbone: ensure wafer genealogy, run history, recipe versions, and measurement linkage are consistently captured to build a scalable single source of truth.
- Coordination interface: act as the key technical coordination contact with SAL MicroFab to align run readiness, documentation requirements, execution constraints, and release criteria (without owning MicroFab operations).
- Stability & continuous improvement: drive variability reduction and improvement loops (metrology closure, deviation handling, root-cause analysis) and feed improvements back into baseline flows and documentation.
- External request (open access): support business development and pilot-line teams by translating external requests into executable technical scopes (capability check, feasibility, assumptions/risks, measurement package, deliverables) and matching requests to the right platform capability.
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In your career, let’s prove what’s possible.
- Own the cloud platform reference architecture and roadmaps across AWS and Azure; align with enterprise architecture, security, data, and app teams.
- Define and maintain golden paths (IaC modules, pipeline templates, reference stacks) for common workloads (containers, serverless, data, analytics, batch).
- Establish multi-cloud landing zones (AWS Organizations + Control Tower; Azure Management Groups + Landing Zones) with policy, identity, and network guardrails.
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In your career, let’s prove what’s possible.
- Develop, verify, and document fluid delivery systems in accordance with system specifications, engineering standards, and product requirements.
- Create system architectures, technical concepts, and detailed designs based on engineering calculations, modeling, and simulation results.
- Clarify, define, and derive system requirements for new products, features, and technologies.
- Defining operational concepts such as functional and process descriptions (Theory of Operation) for software development.
- Perform engineering analyses of fluidic, mechanical, and electrical system aspects using appropriate methods and tools such as Python, MATLAB, LabVIEW, or comparable engineering software.
- Ensure compliance with all applicable safety, regulatory, and engineering standards through risk assessments, FMEA activities, and technical reviews.
- Own the execution of BOM management, documentation release plans, and required development deliverables throughout the product development process.
- Ensure successful integration of the system by driving technical alignment of interfaces with other modules, subsystems, and the operating environment
- Collaborate closely with suppliers and cross-functional teams to develop robust, high-quality, well-tested, and cost-effective solutions.
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In your career, let’s prove what’s possible.
- Responsible for performing professional process engineering research, development and evaluation in semiconductor environment
- Reviews processing techniques and methods applied in the manufacture, fabrication and evaluation of products including in-house lab demonstrations
- Conceives and plans projects involving definition and selection of new concepts and approaches
- Works with customer and senior engineers cross functionally to understand roadmaps, process flow, inflection points, requirements and business issues/ challenges.
- Acts as customer technology manager in the planning, data collection, analysis and reporting
- Acts as single point of contact accountable for process related customer requests
- Drives introduction and evaluation of new technologies at customer sites including new tool qualification
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In your career, let’s prove what’s possible.
- Typically requires a minimum of 5 years of related experience with a Bachelor’s degree; or 3 years and a Master’s degree
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In your career, let’s prove what’s possible.
- be involved in all phases of the software development (SW) lifecycle, including the testing, analysis and maintenance of the software system
- participate in the SW deployment process ensuring qualified Software Products are successfully installed at our customer's facilities
- perform troubleshooting of system software related issues
- perform in-house & onsite support of customer install base and resolution of customer issues
- test, troubleshoot and propagate errors clearly to SW and HW Development Engineers
- setup and maintain tool simulators, testing environments, lab support to reproduce issues found in field and verify SW solutions
- understand customer technology & productivity needs and feedback those requirements into software development
- prepare presentations to Lam internal stakeholders and customers travel worldwide wherever semiconductor customers are located (up to 25%
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In your career, let’s prove what’s possible.
- Responsible for performing professional process engineering research, development and evaluation in semiconductor environment
- Reviews processing techniques and methods applied in the manufacture, fabrication and evaluation of products including in-house lab demonstrations
- Conceives and plans projects involving definition and selection of new concepts and approaches
- Works with customer and senior engineers cross functionally to understand roadmaps, process flow, inflection points, requirements and business issues/ challenges.
- Acts as customer technology manager in the planning, data collection, analysis and reporting
- Acts as single point of contact accountable for process related customer requests
- Drives introduction and evaluation of new technologies at customer sites including new tool qualifications
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In your career, let’s prove what’s possible.
- Responsible for performing professional process engineering research, development, and evaluation in support of the company’s complex semiconductor capital equipment and systems.
- Reviews processing techniques and methods applied in the manufacture, fabrication and evaluation of products. Involvement may begin at any step from pilot plant to full-scale manufacturing.
- Conceives and plans projects involving definition and selection of new concepts and approaches in the processing or development of new processes.
- Compiles and evaluates test data to determine appropriate limits and variables for process specifications.
- Supports customer technology managers in the planning, data collection, analysis, and reporting of customer demos to defend existing process applications.
- Drives the adoption of new technology at the customer site. Works closely with customer to demonstrate and introduce new technologies at customer sites through demos, on site evaluations, and new tool qualifications.
- Works with customer and senior engineers cross functionally to understand roadmaps, process flow, inflection points, requirements and business issues/ challenges.
- Works with suppliers to make sure required parts and supplies are available
- Contributes to product development and release activities.
- May act as CTM-single point of contact accountable for process related requests.
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