Top Engineering Jobs in Charlotte, NC

Lead photolithography process engineering for 24x7 operations, focusing on process optimization, qualification, troubleshooting, and cross-functional team collaboration to enhance wafer fabrication efficiency.

Design and develop photonic integrated circuits (PICs) and high-speed modulators for optical networking and data-center applications. Work on device design, prototyping, characterization, performance optimization, and collaborate with cross-functional teams to support product integration and scale-up.

Lead R&D and multidisciplinary development of hardware, software, and systems. Provide strategic management for the engineering organization, oversee product and service development, manage budgets and schedules, optimize product delivery, and drive innovation through technology surveillance and long-term objective setting.

Optimize and improve hardware and software test processes for optical communication products. Diagnose and resolve test issues, drive end-to-end yield improvements, collaborate with cross-functional teams, implement solutions, and maintain high quality standards while supporting continuous process enhancements.

Develop and implement high-speed characterization methodologies for InP-based photonic integrated circuits used in coherent and direct-detection ultra-high-bandwidth communication systems. Collaborate with component design, optical architecture, module development, transmission systems, and SiGe ASIC design teams to drive PIC test development, validation, and integration in optical modules.

Lead development of electro-optical test methods and calibration for coherent pluggable products. Collaborate with product and firmware teams to influence design and testing, improve product performance, and develop innovative calibration techniques within a cross-functional environment.

Lead spectrum standardization strategy for 6G as a Principal System Architect. Collaborate with internal and external stakeholders, advocate spectrum policy, and shape Nokia's spectrum management and standards roadmap.

Develop next-generation IC packaging solutions by identifying, integrating, and validating novel materials. Work cross-functionally with RF/EM, mechanical/thermal, optical, reliability, supplier, and manufacturing teams. Apply hands-on process expertise and a data-driven reliability-by-design approach to ensure manufacturable, reliable packages.

Work with engineers to perform hands-on testing and prototype development of optical modules. Contribute to building and validating photonics prototypes, share findings with the team, and help advance optical connectivity technologies.

Design and develop IP network architectures and services, create implementation and migration plans, document equipment and service configurations, test and support networks across deployment stages, recommend optimizations, and collaborate with technical teams to improve product reliability and features.