Top Engineering Jobs

Supports digital design, verification, timing analysis, and automation for next-generation HBM PHY and IO subsystems. Develops RTL verification solutions using Verilog/SystemVerilog and UVM, creates Python automation tools and AI-assisted workflows, analyzes timing and simulation results, debugs design issues, validates architectures, and presents technical findings. The role collaborates with architecture, design, verification, and product engineering teams.

Equipment Engineer responsible for launching, developing, troubleshooting, and optimizing semiconductor manufacturing equipment and processes. Drives yield improvement, cost reduction, equipment qualification, risk mitigation, and continuous improvement. Works with equipment suppliers, process engineers, and manufacturing teams to resolve complex tool issues using failure analysis, FMEA, 8D, and SPC. PVD/CVD thin-film and equipment expertise is preferred, along with responsible use of AI-enabled tools.

Designs, develops, tests, deploys, and supports MES and factory automation solutions for semiconductor Assembly and Test manufacturing. Translates manufacturing requirements into scalable applications and integrations using APIs, microservices, messaging, cloud-native architectures, and DevOps practices. Supports testing, factory go-lives, hypercare, production troubleshooting, root-cause analysis, and continuous improvement. Collaborates with global manufacturing, engineering, product, and business teams while applying AI-assisted engineering tools.

Develops and maintains NAND flash memory reliability test programs, stress methodologies, test flows, and characterization processes. Supports tester execution, failure validation, and product reliability evaluation during development. Collaborates with quality, product engineering, and operations teams, and contributes to burn-in board design and software development using C++ and Python.

Develops strategies, roadmaps, and innovative equipment solutions for post-probe wafer and die processing. Responsibilities include designing and optimizing wafer and assembly equipment, analyzing defects and failures, applying DOE and SPC, collaborating with process development teams and OEM vendors, conducting equipment research, and supporting equipment transfers to domestic and international production facilities.

Lead data-driven process and test integration initiatives to improve high-value-bits yield (PG2+). Develop models and monitoring for tool performance, equipment prognostics, and test optimization. Prototype solutions with cross-functional teams, deploy best-known-methods to production, and integrate AI-assisted tools to drive continuous improvement and operational excellence.

The role involves developing reliability test flows, managing qualification plans, driving innovation, mentoring team members, and ensuring project execution through cross-functional collaboration.

The Gas Engineer will provide technical support for Bulk and Specialty Gas systems, lead construction projects, ensure compliance with standards, and drive sustainability initiatives across semiconductor manufacturing sites in North Asia.

As a Fab Engineer, you'll optimize processes for product quality, resolve manufacturing issues, and implement yield and cost improvement projects.

Lead DRAM process node startup, qualification, yield optimization, and ramp. Provide process integration guidance, run electrical failure analysis, prioritize yield issues with cross-functional teams, and apply data-driven methods to improve product performance and manufacturability.