Top Tech Jobs & Startup Jobs in Charlotte, NC

Lead and grow a research department focused on high-speed optical integrated circuits and mixed-signal ASICs. Set research strategy and roadmaps, define architectures, guide circuit and system design, manage packaging and heterogeneous integration efforts, oversee measurement and characterization, coordinate external partnerships, and enable technology transfer to Nokia business units.

The role involves operating automated wafer fabrication equipment, ensuring production meets quality standards, and collaborating with engineering teams. Responsibilities include data entry, maintaining production schedules, and mentoring new team members in a fast-paced environment.

Troubleshoot semiconductor fab performance issues, assist with engineering tool qualifications, support failure analysis, and manage qual and development lots.

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

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

Design high-speed analog and RF circuits for coherent systems and data centers. Engage in detailed transistor-level design and performance measurement.

As a Test Lab Operator, you will set up automated testing equipment, ensure quality, inspect microelectronic parts, and collaborate with teams to solve issues.

The role involves managing wafer level tests for silicon photonic transceivers, reviewing test data, optimizing test equipment utilization, and coordinating upgrades between R&D and suppliers.

The role involves designing InP lasers for communication systems, including working on optical waveguides and leading development teams. The candidate should have extensive experience in process design and characterization.

The role involves modeling and verifying mixed-signal IPs for communication systems, focusing on circuit performance and collaboration with design teams.