● Developed image processing calibrations tackling different challenges in SEM imaging (resolution estimation, denoising, auto-focus) using python best practices OpenCV, SciPy and more. ● Developed MATLAB-based data monitoring tools to address current and vacuum instability concerns, resulting in a 30% reduction in production phase time, and deployed globally with over 300 SEM machines utilized worldwide.● Feature design in high-res SEM systems, from research phase, to design review, SRS documents, SW development up to the feature deployment at the customer site.● Led task force initiatives to effectively troubleshoot and resolve physical phenomena (e.g. low-signal imaging) demonstrating end-to-end leadership and problem-solving expertise.● Working with several multidisciplinary group and direct involvement in practical, hands-on tasks.

● Core team member in adopting the latest cutting-edge CFE SEM technology.● Engaged in early-stage R&D tasks, contributing to both software and hardware efforts in New Product Introduction (NPI) initiatives. ● Design and execute sophisticated experiments from feature definition through implementation phases, ensuring requirements are met.● Facilitated knowledge sharing by crafting detailed procedures and conducting training activities for both engineers and customers.● System performance optimization by conducting automated monitoring capabilities and data analysis focused on SEM image quality and throughput.

Analyze and solve computing and networking hardware configuration and stability issues on the development process and through the product life cycle.

Operate and run tests on digital press machines as part of an R&D group.