Top Engineering Jobs

Leads and validates third-party instrumentation and control system designs for advanced semiconductor manufacturing facilities. Reviews PLC, SCADA, DCS, instrumentation architectures, loop diagrams, and specifications; evaluates reliability, cybersecurity, integration, and compliance; performs quality reviews and risk assessments; and coordinates with contractors, vendors, and internal teams through system integration, commissioning, and startup.

Lead end-to-end development of complex platform features using Angular and Python or Spring Boot. Set technical direction, design scalable APIs and data models, improve reliability and performance, mature CI/CD pipelines, expand automated testing, translate ambiguous requirements into delivery plans, mentor engineers, and establish engineering best practices. Integrate generative AI capabilities, coding tools, agents, and MCP servers into internal developer platforms and engineering workflows.

As an Equipment/Production Engineer, you will oversee new tool installations, maintain equipment, develop maintenance schedules, and drive continuous improvement in manufacturing processes, focusing on reliability and uptime.

Perform die-level electrical failure analysis for NAND products to identify root causes and drive yield, reliability, and quality improvements. Design and execute bench DOE and probe experiments, construct failure models, correlate circuit/layout signatures to process limitations, develop test scripts/methodologies, support NPI and HVM, and collaborate with cross-functional teams to implement corrective actions and continuous improvement, using AI-assisted tools where appropriate.

Design and qualify probe cards for Micron's products; lead design reviews, manage supplier relationships, and perform statistical analysis.

Develops and qualifies new DRAM technology nodes from design through production ramp. Responsibilities include process and product co-optimization, yield improvement, electrical failure analysis, test and probe flow validation, silicon validation, statistical analysis, and diagnosing process or circuit failure mechanisms. The role collaborates with design, process integration, testing, reliability, manufacturing, and quality teams while communicating technical findings and readiness risks across global engineering organizations.

As a Senior PVD/CVD Equipment Engineer, you will focus on the installation, maintenance, and optimization of semiconductor manufacturing equipment, collaborating with teams to improve efficiency.

Supports semiconductor assembly and test manufacturing by investigating process issues, dispositioning product, analyzing test data, containing deviations, and assisting engineers with process and equipment qualifications. The role documents engineering projects, communicates technical issues to stakeholders, reviews process documentation, mentors other technicians, and follows environmental, health, safety, and security procedures.

Establishes and improves semiconductor process conditions, capability, parameters, and management projects. The role evaluates new equipment and materials, reduces production costs, analyzes abnormalities, and drives process improvements. It also applies AI-powered tools and data-driven methods to optimize manufacturing, productivity, quality, yield, and operational efficiency while following data governance and intellectual property requirements.

Leads semiconductor manufacturing and equipment capability roadmaps, supplier technology partnerships, global manufacturing strategy, and cross-site productivity initiatives. Improves CVD equipment performance, reliability, throughput, utilization, cycle time, and cost efficiency through continuous improvement, root-cause analysis, technology transfer, and process qualification. Applies AI, machine learning, advanced analytics, and digital manufacturing solutions to optimize equipment and manufacturing operations while mentoring engineers.