Amazon Principal Camera Systems Engineer Imaging 

Finland, Tampere 

664298150

Key job responsibilities
- Establish and manage relationships with key offshore manufacturing partners, overseeing camera design evaluation, product prototype builds, and qualification processes.
- Direct system level failure analysis efforts and implement innovative corrective actions to optimize system design, assembly processes, testing, and calibration.
- Lead advanced parametric-data analysis initiatives for end-of-line yield and post-reliability failures, driving continuous improvement.
- Guide the evaluation and debugging of camera hardware at module and product levels, setting standards for Design and Integration.
- Spearhead research into emerging optical technologies, providing strategic guidance for future R&D roadmap planning and resolving complex hardware technology challenges.
- Architect revolutionary imaging systems and champion the development of advanced manufacturing-oriented design and simulation platforms.
- Deliver analysis and industry insights on camera, imaging, light source designs, and optical sensing to inform executive decision-making.- Mentor and develop junior engineers, fostering a culture of innovation and technical excellence.

Mastery in at least 5 of the following:
- Specifying camera system requirements based on product requirements.
- Image sensor characterization methods and analysis.
- Innovation in compact module manufacturing processes.
- Advanced failure analysis techniques and interpretation.
- Leadership in root-cause analysis and implementation of systemic corrective actions.
- Mastery of statistical analysis, data reporting, and visualization for large-scale manufacturing operations.
- In detail understanding of roles and responsibilities of imaging system components (ISP+FW+NPU).
- Experience on designing modern ISP architecture.
- Power consumption vs image quality tradeoff on ISP and FW level.
- Proven track record of productizing 3A+ and ISP control algorithms.
- Experience on ISP and SoC selection and camera requirements definition for future platforms
- Detailed understanding of end customer image quality requirements and skill to judge images subjectively.
- Mastering electronic circuit and system design, including power and signal integrity optimization.
- Expert-level understanding of geometric optics and image quality evaluation techniques.
- Athermalization techniques for optical systems.