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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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Pilot Line PDK & Design Enablement Lead (all genders)
- PDK strategy & roadmap: define and maintain a consolidated PDK roadmap (priorities, maturity targets, releases) aligned with platform and fabrication evolution.
- PDK governance & release management: establish a structured release process (versioning, release notes, change control, qualification evidence, deprecation rules) and ensure predictable delivery for users.
- Design-to-fab interface: act as the interface between designers and fabrication teams to align layer definitions, design rules, tolerances, process assumptions, sign-off criteria, and handover packages.
- PDK content quality: own quality of PDK deliverables such as DRC/LVS/PEX flows (as applicable), models, corners/variability knobs, examples, and user documentation.
- Validation & calibration: coordinate validation and calibration plans with measurement/metrology and process teams; ensure model updates are evidence-based and traceable to wafer data.
- EDA and enablement flows: maintain compatibility with relevant EDA toolchains; provide reference flows, templates, and automation where beneficial (build/release tooling, regression checks).
- User support & enablement: support internal teams and selected external open-access users (onboarding, requirements clarification, feedback capture) and translate user needs into backlog items.
- Documentation & know-how management: ensure strong documentation discipline and coordinate what can be shared externally vs what must be protected, in collaboration with responsible functions.
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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.
- 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.
- Creation of initial BOM Structure for Development Programs according to the Product Option Architecture
- Implementation and release of new options and features on released Spin Clean products
- Driving releases from development state to HVM Lifecycle
- Preparing Bill of Materials for automated BOM Creation (SAP Item Text rules)
- Maintaining Bill of Materials via engineering change management process (ECM) and structure components according to manufacturing procedures
- Working with cross functional teams on product integration and maintenance
- being the engineering interface to Product- and configuration Management
- Acting as the Single point of contact for Problem Reports (and escalations) from remote factory and on-site production for BOM related questions
- Executing FMEA’s (Failure Mode and effects analysis) – Act as the moderator – leading a cross functional team of experts to identify risks and error cases of modules currently in development. Presents results in a CFT meeting (including executive management)
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