**Summary:** At Meta Reality labs, we are developing the future of Wearables and Augmented Reality (AR) products. As a product engineer, you will participate in the development of wafer based micro-displays as the light engine for AR systems. You will provide lot reporting and data analysis based on electro-optic measurements on LEDs and LED based micro-displays. You will participate in a series of development cycles and assist in qualifying displays and process recipes for high volume manufacture. This role combines data interpretation with electro-optic characterisation. **Required Skills:** Product Engineer Responsibilities: 1. Provide batch reporting and data analysis based on electro-optic measurements on LEDs and LED based micro-displays. 2. Communication of lot results to device and integration engineers to determine optimum process recipes. 3. Track performance and yield of wafer based micro-displays providing statistical analysis of product test data & yields highlighting key gaps to stakeholders. 4. Participate in product / device reliability data analysis. 5. Provide failure Pareto and participate in failure analysis. 6. Electro-optic characterisation of III-V LEDs and micro-displays. 7. Contribute to new technology introduction and new product development programs. **Minimum Qualifications:** Minimum Qualifications: 8. Master’s degree in Electrical Engineering, Physics, Mathematics, Chemistry, Materials Science or similar. 9. 2+ years experience in the microelectronics industry (semiconductors, active matrix displays, sensor arrays or LED development) as a product engineer or related role. 10. Data management skills including coding capability (using JMP, .py, R or similar) 11. Data visualisation skills to summarise results for cross-functional team members. 12. Device characterization capability (ideally LED and/or displays) 13. Experience with new technology introduction and new product development stage gate methodologies. 14. Participation in performance and yield management programs in a semiconductor or electronics manufacturing environment. 15. Experience with failure analysis and reliability of electronic components. 16. Team player **Preferred Qualifications:** Preferred Qualifications: 17. PhD in a relevant area. 18. Experience in one of the following industries: semiconductors (particularly compound semiconductors), active matrix displays or sensor array. 19. Product engineering experience delivering electro-optic components such as LEDs, lasers, photodiodes and sensors, and ideally experience with micro-displays or sensor arrays. **Industry:** Internet