Top Engineering Jobs in Charlotte, NC

Design and validate end-to-end space and terrestrial communications architectures. Create models, define system decomposition and ICDs, perform link budget and network capacity analyses, run trade studies, and produce architecture documentation and technical reports.

Design and implement high-performance, 3GPP-compliant 5G Core control- and user-plane functions on ARM-based embedded Linux. Develop C/Go/Rust software, optimize packet-processing with DPDK, tune for latency and throughput, debug protocol and performance issues, and collaborate across teams for carrier-grade deployments.

Support and develop SiGe and CMOS EDA/CAD flows for high-speed (10-40 Gb/s) analog/mixed-signal ICs: install and customize PDKs and CAD tools, lead design-flow standards, support layout, archive, and tapeout, and provide hands-on tool/PDK/user support.

Design and implement platform-level software and reusable frameworks for telecom embedded devices. Optimize performance across heterogeneous processors, integrate with subsystems, support 5G/3GPP-based wireless systems, lead design reviews, mentor engineers, and deliver production-quality, telecom-grade software with strong debugging and CI/CD practices.

Develop application software in C++ and Golang, optimize streaming APIs, and collaborate with a team on backend solutions in a Kubernetes environment.

Design and implement test solutions for PIC performance validation, including automated tests and characterization in semiconductor optoelectronics, requiring hands-on experience and strong programming skills.

The position involves designing control algorithms for digital coherent optical modules and implementing validation tests for optical devices.

Manage product life-cycle and program deliverables for optical components, ensuring effective communication and collaboration across teams. Drive metrics and budget maintenance for continuous improvement in operations.

Lead technical efforts in developing high performance tunable lasers and PIC integration while collaborating with cross-functional teams to define product requirements and roadmaps.

The role involves designing high-speed photonic components, fabricating designs, and testing circuits to verify performance with a focus on optical and semiconductor technologies.