Top Engineering Jobs in Charlotte, NC

As a Hardware Engineer, design and manage complex board-level hardware for routing and switching. Responsibilities include circuit design, PCB layout, functional verification, and documentation development. Act as a mentor and assess emerging technologies.

The Test Lab Operator at Nokia operates automated testing equipment, ensures quality standards, collaborates with teams, and inspects microelectronic parts while maintaining a safe lab environment.

Responsible for strategic planning and governance of data center and lab infrastructure, ensuring performance, compliance, and cost efficiency while leading complex projects and cross-functional teams.

The Systems Architect will design and architect optical DWDM communication systems, translating product requirements into specifications and collaborating with cross-functional teams to develop and document product architecture.

The Director will lead strategic planning and operations for manufacturing, manage OT infrastructure, drive efficiency, implement best practices, and lead teams across multiple locations.

Lead the design and development of silicon photonics integrated circuits, managing architecture, testing, and interdepartmental collaboration for high-performance optic solutions.

As a WFAB Operator, you'll operate and maintain automated wafer fabrication equipment, ensuring quality standards and collaborating with team members to meet production goals.

The DCE Engineer will troubleshoot software issues, conduct root cause analysis in lab and production, and enhance system performance. Responsibilities include cross-functional coordination, software solutions, and involvement in the software development lifecycle for product improvement.

Responsible for scheduling projects, vendor interactions, ATE platform support, yield analysis, and developing procedures for production efficiency and compliance.

Lead photolithography process engineering, focusing on wafer fabrication. Manage process development, qualification, and improvements for high-volume production, ensuring optimal performance across manufacturing environments.