Top Engineering Jobs in Charlotte, NC

Design, model, and test high-speed electrical interconnections for optoelectronic modules. Collaborate with PIC, ASIC, TROSA, and module teams to define requirements, create RF structures, develop test vehicles, coordinate fabrication with vendors, and perform high-speed measurements and data analysis.

The role involves developing and verifying SoCs using ASICs and FPGAs, creating test plans, collaborating with engineers, and debugging HW/SW.

Design and lead development of hardware architectures for satellite communications and ground systems. Drive integration, verification, EMC and environmental testing, root-cause analysis, qualification, documentation, and mentor junior engineers while collaborating with systems, software, FPGA, RF, and mechanical teams.

Design and develop Wi‑Fi 6 access point software and 802.11s mesh solutions on NXP-based Embedded Linux platforms. Implement HMAC components, optimize throughput/latency, maintain hostapd/wpa_supplicant, debug with packet captures, and collaborate with RF/hardware/firmware teams for enterprise-grade product releases.

Develop, optimize, and test UE Layer 2/Layer 3 protocol stack (MAC, RLC, PDCP, RRC, NAS) for LTE and 5G NR. Implement 3GPP features, debug protocol issues, integrate with PHY/L1 and higher layers, and perform functional/performance testing using UE simulators and network emulators.

Lead product engineering for next-generation coherent optical pluggable modules, driving yield improvements, statistical analysis, automation of workflows, and cross-functional optimization from design through manufacturing ramp to volume production.

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.