Top Engineering Jobs in Charlotte, NC

Lead and develop automated assembly and test equipment for photonic integrated circuits, ensuring robust manufacturing processes and efficient equipment management.

Design and develop silicon photonics integrated circuits, oversee product definition, drive link budget optimization, and lead design reviews for photonic systems.

Lead reliability engineering for Silicon Photonics products: define and validate reliability models, perform MTBF/MTBCF predictions and field data analysis, plan and execute reliability verification and testing, drive root-cause analysis and corrective actions, and mentor cross-functional teams to improve design and processes.

Design, implement, and optimize 5G NR gNB PHY algorithms (OFDM, MIMO, beamforming, decoding). Work on real-time DSP/FPGA/GPU implementations, L1-L2 interfacing, RF integration, testing, debugging, and performance tuning to ensure 3GPP compliance.

Design, develop, and validate RF propagation models for Wi‑Fi, 5G NR, and NTN. Perform coverage and capacity analysis, generate heatmaps, run simulations, conduct field surveys, and build automation tools to support network planning and optimization across industrial and mission‑critical systems.

As a Test Lab Operator, you will set up and operate automated testing equipment, ensure quality standards, collaborate with teams, and inspect microelectronic parts under a microscope.

Lead design, architecture, and validation of silicon photonics integrated circuits for coherent optical systems. Drive PIC specifications, link-budget optimization, DFM/DFT practices, test strategy, and cross-functional execution with RFIC, DSP, packaging, foundries, and test teams to enable high-yield manufacturable coherent pluggable and embedded optical solutions.

Lead design and development of silicon photonics integrated circuits and optical engines for coherent DWDM long-haul and metro systems. Define PIC architecture and specs, perform link-budget and system impairment analysis, champion DFT/DFM and test strategies, lead design reviews, and coordinate cross-functional execution with RFIC/EIC, DSP, packaging, foundries, and test teams to enable high-yield manufacturing and scalable simulation and test infrastructure.

Manage product data and configuration for NI IP Routing hardware: support NPI and sustaining engineering, lead change control (ECO/MCO/Stop Orders), develop custom queries and data models, align BOM health indicators and implement digital configuration management tools.

Lead reliability efforts for photonic devices and PICs: evaluate failure modes and risks, coordinate accelerated stress/aging tests, develop life models from test data, and drive failure mode analysis to support design and production.