1. Managed and organized information data, consistently advocating for safety, quality, and production requirements.2. Led a mechanics team, fostering seamless operations through collaboration with external vendors.3. Took ownership of factory performance and innovation, managing technical literature for efficient troubleshooting.4. Drove initiatives in system and manufacturing planning, resulting in increased ROI and shortened time to market.5. Spearheaded maintenance for approximately 10 heavily used machines, ensuring zero faults through strategic routine maintenance activities.

Developed and led solutions for maintenance requirements, implementing efficient work procedures.

Develop the most efficient means for semiconductor manufacturing, monitoring and controlling wafer fabrication and product performance; managing tool productivity, maintenance and yields.conducting data analysis and developing tools to improve processes and managing quality measurement for 10nm technology.

LIWS Department - Mechanical Engineering.• Performing control and tracking of sewage treatment systems' functioning to purify sewage from the production line, with the understanding and familiarity with all the treatment systems.

R&D department - student position, mechanical engineering.Development of a multi-disciplinary system (industrial printing machine) which includes:• Performing tests and experiments for the examination of the machine systems' failure, integration, mechanical assemblies, submission of reports, software testing.• Working with various development bodies such as system engineers, machines, software, electricity and electronics, physicists and chemists.