Top Engineering Jobs

Drive production line performance and inventory optimization through analytics, scheduling optimization, and automation. Develop Python/SQL applications, build dashboards (Power BI/Tableau), collaborate with engineering teams, and lead process improvements to strengthen inventory health and manufacturing efficiency.

Manage a Manufacturing IT software development team: set goals, coach and develop staff, partner with product owners and stakeholders, define requirements, oversee delivery, and collaborate with global IT and manufacturing leaders to drive strategy and improvements.

Optimize capacity models and workstation performance; validate cycle times and capital asset utilization; develop tool productivity algorithms from motion studies and CEID data; perform statistical simulation and scenario analysis; analyze plan-to-actual performance and propose mitigations; lead continuous improvement projects; integrate AI-assisted tools and collaborate with cross-functional engineering and planning teams to meet output and benchmark goals.

Support and optimize semiconductor manufacturing by establishing process conditions, setting equipment parameters, evaluating new equipment/materials, performing abnormality analysis, reducing cost, and integrating AI-assisted tools to improve efficiency and quality.

Support R&D of manufacturable wafer bonding technologies: plan and run experiments, analyze data, evaluate equipment and materials, propose process improvements, and use AI and advanced analytics to accelerate process development and improve yield and manufacturability.

As a Lead DRAM Device Engineer, you will provide technical leadership for next-gen DRAM technologies, focusing on performance, yield, and quality in high-volume manufacturing while managing remote teams and mentoring junior engineers.

The technician will maintain the Quality Management System (QMS), assist with audits, handle data analysis, and support continuous improvement initiatives while ensuring compliance with standards.

This role involves leading the functional verification of ASIC controllers, developing test plans, and coordinating verification efforts across teams to ensure high-quality, timely tape-outs.

Provide engineering studies for system designs, maintain databases, support equipment start-up, ensure code compliance, and improve operations.

Provide verification support for DRAM and emerging memory architectures by simulating, analyzing, and debugging pre-silicon IP designs. Develop test cases and maintain test benches while collaborating internationally on verification methodologies.