Top Engineering Jobs

Leads firmware engineering teams responsible for analyzing, designing, programming, debugging, and optimizing embedded code for SSD and storage products. Oversees software interactions with analog and digital hardware, operating systems, ASICs, and SoCs. Manages firmware development using C, C++, and assembly, supports storage interfaces and flash translation technologies, estimates development work, troubleshoots performance issues, and develops engineering talent.

Develop, debug, and maintain Python and C/C++ test programs for high-bandwidth memory devices using automated test equipment. Lead test algorithm development, hardware validation, new product introduction, yield and quality analysis, test program releases, and root-cause resolution. Collaborate with global teams on pre- and post-silicon activities, production test optimization, equipment qualification, process improvements, and cost-of-test reduction while applying AI-enabled engineering tools.

Optimizes wafer fabrication tools, processes, and recipes to maximize yield. Develops, maintains, and improves wet etching, lithography, plating, reflow, or PVD processes; troubleshoots fabrication issues; performs root cause analysis; monitors process deviations; evaluates product specifications; and recommends process or equipment changes for new products. Collaborates extensively with shift engineers and cross-functional teams while applying AI-enabled tools responsibly.

The role involves leading process engineering initiatives, mentoring engineers, and driving innovation to improve semiconductor manufacturing processes.

The role involves overseeing production line performance, analyzing data to improve KPIs, managing multiple tasks, and enhancing team effectiveness.

The engineer will resolve assembly processes, lead improvements, manage suppliers, and support audits in memory and storage solutions.

The responsibilities include maintaining, managing, and improving AMHS equipment in a factory, performing preventive maintenance, and minimizing production impact during equipment failures.

The role involves guiding verification efforts, simulating designs, developing test cases for DFT coverage, and enhancing verification methodologies for emerging memory products.

The Staff CAD Engineer role involves developing Physical Verification tools and methodologies for memory designs, collaborating with various teams to enhance product development strategies.

Lead and coordinate semiconductor package qualification and reliability testing for new products; develop test plans and screening methods; drive root-cause analysis and 8D corrective actions; present technical reports; and liaise with internal teams and customers on package quality and release recommendations.