Top Engineering Jobs

Perform electrical failure analysis on analog and mixed-signal ICs to find root cause, use isolation tools (OBIRCH, EMMI), bench-test and characterize devices, probe internal nets, produce and defend final reports, and recommend corrective actions to design and process teams.

As a Wet Process Development Engineer, develop and optimize wet etch and cleaning processes for semiconductor fabrication, ensuring yield improvements and seamless integration across teams.

Support photolithography manufacturing operations in a 300mm analog fab: drive lot escalations, equipment/process startups, experiments, yield and efficiency improvements, data analysis, and respond to onsite escalations including evenings and weekends.

Manage, secure, and maintain database servers; monitor and optimize performance; implement backups and recovery plans; troubleshoot and resolve issues; support development and IT teams; apply patches and upgrades; document procedures; assist with data migration and integration.

Design and build responsive, accessible web and mobile applications end-to-end. Implement front-end interfaces with modern frameworks, develop server-side logic and APIs, integrate databases and third-party services, create UI/UX prototypes, perform testing, code reviews, and collaborate with product and design teams to deliver high-quality, documented software.

As a Backend Engineer at Port, you will design and implement scalable integrations using Python, collaborating with product managers to enhance developer portals and improve workflows while ensuring robust performance and support for external APIs.

Senior individual-contributor responsible for designing and implementing automated test infrastructure, performing device- and system-level opto-electronic characterization (L-I-V, spectral, beam quality, noise, LIDT), developing validation and environmental test protocols, ensuring regulatory and laser-safety compliance, authoring test documentation, and providing technical leadership and guidance across development and production.

Design, build, align, and characterize free-space and fiber-coupled laser systems for AMO and quantum sensing. Implement frequency stabilization and servo controls, architect optical and opto-electronic subsystems, translate physics requirements into engineering designs, procure and qualify components, maintain engineering documentation, ensure laser safety compliance, and collaborate closely with AMO physicists and engineers to support experiments and system integration.

Technical owner for characterization, qualification, and reliability testing of photonic components and modules. Design and build test setups, execute DOE-driven experiments, measure optical metrics (power, phase noise, RIN, nonlinearity, beam parameters), run EVT/DVT/PVT verification, perform life testing and failure analysis, generate lab-quality data and engineering reports, and build automated test sequences using Python/LabVIEW/MATLAB to drive product development and production readiness.

Develop, test, and optimize scientific computing applications and numerical methods for CPUs and GPUs. Measure and improve computational performance, collaborate across research and engineering, and contribute to software testing, deployment, and evolving technical needs.

Design, integrate, and verify mixed-signal, embedded, and RF-adjacent electrical hardware for maneuverable reentry vehicles. Own schematic capture, PCB development, SDR integration, FPGA/processor/sensor interfaces, power/grounding/EMI mitigation, bench bring-up, test, and documentation across multidisciplinary teams from concept through production.

The Test Engineer II will lead and coordinate flight tests for re-entry vehicles, developing test equipment and procedures, ensuring safety and logistics.

The role involves identifying and implementing models, algorithms, and statistical methods to meet customer needs while working within a team to develop production-level code.

Lead hardware-software integration and validation for autonomous flight systems, architect HIL/SIL simulation and verification workflows, define system interfaces, build real-time monitoring tools, and serve as technical lead for bench-to-field bring-up and flight test campaigns.

As a Research Engineer, you will integrate ML models into planning stacks, develop testing interfaces, and collaborate with teams to enhance autonomous truck capabilities.

Design and develop motion planning software and algorithms for self-driving vehicles, collaborating with engineers and researchers while maintaining progress on long-term goals.

Research Scientists at Waabi will lead AI projects to develop algorithms for self-driving technology, collaborate on solution deployment, and publish research at conferences.

Design, develop, test, and oversee Land Mobile Radio wireless communications systems for public safety, transportation, and utility customers. Produce design documentation, test plans, and integration/configuration work. Provide technical oversight to subcontractors, manage equipment selection and installations, and collaborate with project managers and network engineers through full project lifecycle, including factory and on-site validation and optimization.