Top Engineering Jobs in Charlotte, NC

Responsibilities include ensuring photonic integrated circuit performance, interacting with cross-functional teams, performing statistical data analysis, and supporting quality evaluations.

The Principal PIC Simulation Engineer leads technical efforts in photonic integrated circuits, focusing on materials characterization, simulation, and opto-electronic testing while guiding cross-functional teams and providing strategic technical direction.

The Product Engineer will develop and introduce PIC-based telecom products, ensuring system-level performance, conducting data analysis, and supporting quality evaluation and improvements during pilot ramp-up.

The role involves interpreting business issues, defining processes, leading teams on complex projects, managing hardware/software requirements, and developing innovative engineering solutions.

The Principal Manufacturing Integration Engineer ensures the quality and yield of PIC products, optimizes wafer fabrication processes, and drives yield improvements, collaborating cross-functionally to support technology development and manufacturing ramp.

Develop programmable management interfaces, contribute to embedded systems, apply C/C++ for routing software, and gain QA experience in a fast-paced R&D environment.

The Reliability Engineer will drive reliability testing and qualification of cellular base stations, conducting risk analysis and working closely with design teams throughout the product lifecycle.

Lead the design and development of next-generation optical packaging solutions while optimizing coupling efficiency and ensuring production readiness.

The Client CTO leads technology strategy in a customer-facing role for large CSPs, aligning Nokia's tech with client goals and driving innovation across networks, cloud, and IT.

Responsible for developing specifications and validation methods for Analog ASICs, collaborating with teams on product requirements, testing, and performance analysis.