**Summary:** At Meta Reality Labs, we are developing the future of Wearables and Mixed Reality products and this team focuses on developing display and optics technologies for Meta products. Their mission is to create display systems that seamlessly blend the real and virtual realms. This involves designing the architecture and all display sub-systems for AR glasses based on leading technologies developed by Meta’s teams. We work on creating advanced display technologies that are essential for augmented reality and virtual reality systems while having sub-teams who connect bits, electrons, photons, and experience for display products across wearables and the metaverse while focusing on display silicon architecture, applied perception studies, image quality, and defining the roadmap and long-term platform development strategy. Within display and optics team, we also aim to develop and implement test, characterization, metrology, and data solutions to support the creation of transparent display systems.As a Metrology Engineer, you will be responsible for developing custom advanced e-beam microscopy based metrology solutions and implementing precise, robust, high‐throughput, accurate metrology and characterization solutions for characterization, performance evaluations of materials, processes, and complex optical display devices. **Required Skills:** Metrology Engineer Responsibilities: 1. Develop recipes, Best Known Methods (BKM), and enablement for automated CLM (Cut Look Measure), SEM and STEM metrology for different applications 2. Work with tech leads, peer engineers to plan and perform measurements for the characterization, metrology of different materials (semiconductors, metals, organic and inorganic) and devices, and can suggest follow-up studies for advanced characterization, failure analysis and reliability issues 3. Analyzing and summarizing characterization, metrology data and communicating these results to internal and external partners 4. Managing services with external partners or onboarding new partners to expand capabilities 5. Owner of metrology equipment e.g. FIB+SEM, STEM, EDX etc., managing routine maintenance and basic troubleshooting. Working with equipment vendors to coordinate tool repairs and upgrades as needed 6. Develop, build documentation and improve standard operating procedures for measurements and analysis methods needed to extract key metrics, data quality, tool health and data insights 7. Training and mentoring technicians, managing tool operation for routine measurements 8. Partner with process-engineering, Design for Manufacturability (DFM), Integration owners to improve process yields and understand device performance 9. Robust structured problem-solving skills and Root Cause Analysis 10. Identify equipment issues and cross-functional work with internal and external partners and vendors to assure optimal tool-fleet performance 11. Manage external partnership with vendors and instrument manufacturers to define metrology samplings plans from research, development to production 12. Drive method transfers to internal and external partners to support technology research, exploration and development **Minimum Qualifications:** Minimum Qualifications: 13. Master’s degree in Physics, Material Science, relevant technical field, or equivalent practical experience 14. 2+ years experience in working with semiconductor, inorganic, organic materials and devices 15. Experience operating and recipe development on SEM, CLM or TEM 16. Experience using and interpreting advanced material characterization techniques like TEM, EDX, EELS, AFM, SIMS and XRD for assessing material quality 17. Experience with data analysis software e.g. Origin or JMP **Preferred Qualifications:** Preferred Qualifications: 18. 4+ years experience working with semiconductor, inorganic, organic materials and devices using advanced e-beam microscopy techniques 19. Experience working directly on the tools and handling real wafers, samples in a clean room and wafer-FAB processing is preferred 20. Demonstrate expertise and depth in the areas of Electron Microscopy, review related characterization and metrology techniques 21. Experience enabling and owning metrology applications, equipment supporting technology development and manufacturing environments 22. Experience in using and interpreting advanced materials characterization techniques such as SEM, HR-STEM, TEM, XRD, XPS, Auger, EELS, SIMS 23. Experience using scripting languages e.g. Python, MATLAB, JMP 24. Project planning and problem-solving techniques such as 8D 25. Knowledge of processes including deposition, etch, lithography, metrology, cleans 26. Experience working and communicating cross-functionally in a team environment **Industry:** Internet