Top Tech Jobs & Startup Jobs in Charlotte, NC

Develop and characterize high-speed photonic integrated circuit components, especially electro-absorption modulators. Perform RF design and simulation (HFSS, ADS), electrical/optical S-parameter and device testing, DOE-driven performance mapping, and statistical analysis. Collaborate with fab, test, reliability, packaging, system, and product engineering to ensure performance and reliability of lasers, modulators, detectors, SOAs, and integrated waveguide devices.

Develop and productize SONiC-based NOS and platform software for Nokia switching products (Broadcom/Marvell) for data center and AI fabrics. Implement and debug networking features, protocols, and management interfaces; collaborate with test, product, and customers to ensure quality and requirements are met.

Design, develop and execute automated and manual tests for router/chassis features (SONiC). Develop Python/Pytest test cases, analyze results, debug with SW/HW/Firmware teams, and drive features to GA readiness.

Lead architecture, transistor-level design, simulation, verification, silicon bring-up, and characterization of ultra-high-speed TIAs and supporting analog functions (AGC, CTLE, regulators) using SiGe BiCMOS/CMOS. Drive package/system integration, mentor junior designers, collaborate across layout, DSP, packaging, and product teams, and ensure successful first-pass silicon.

The role involves developing and verifying SoCs using ASIC and FPGA technologies, creating test plans, and debugging with team collaboration.

The Staff PIC Process Development Engineer will lead the development and optimization of InP photonic integrated circuit fabrication processes for high-volume manufacturing, collaborate with teams, and provide technical leadership.

As a Staff Optical Engineer, you will lead testing and validation of optical products, develop test plans, analyze data, and collaborate on technical issues while mentoring junior engineers.

Drive engineering optimization and yield improvements for 800G coherent optical pluggable modules through data analysis, automation, spec review, and cross-functional collaboration with design, test, firmware, reliability, and manufacturing teams during product introduction and pilot ramp.

Optimize and troubleshoot processes for PIC wafer fabrication, support scaling and production yield, and utilize metrology equipment for process control.

The engineer will design, characterize, and develop coherent optical transceivers, focusing on digital-optical integration and performance optimization.