Top Tech Jobs & Startup Jobs

Leads RF and microwave product development from concept through launch, including system design, testing, qualification, reliability analysis, and test hardware development. Collaborates cross-functionally to meet customer and industry requirements, creates technical documentation, manages project schedules and budgets, improves development processes, and mentors junior engineers. Requires hands-on µWave/mmWave measurement experience, RF engineering expertise, CAD and PCB layout proficiency, and familiarity with lab instrumentation and scripting tools.

Develop and verify physical layouts for RF, analog, and mixed-signal integrated circuits. Responsibilities include floor planning, high-frequency routing, RF passive design, DRC/LVS/ERC verification, parasitic extraction, electromagnetic modeling, tapeout support, and collaboration with RFIC, CAD, process, and test engineering teams.

Supports manufacturing operations finance through financial and operational data consolidation, management reporting, dashboard development, data validation, reporting automation, and process improvement. The role uses tools such as Excel, Power BI, Power Query, Power Automate, and SAP to improve reporting accuracy, efficiency, controls, and business visibility. It collaborates with finance and operational stakeholders to deliver actionable insights and scalable reporting solutions.

Designs advanced analog and mixed-signal integrated circuits, including sensor interfaces, data converters, filters, multiplexers, and power distribution systems. Responsibilities include circuit architecture, transistor-level simulation, performance verification across process, voltage, and temperature ranges, layout optimization, cross-functional collaboration, technical problem-solving, and mentoring junior engineers.

Designs and implements complex integrated circuit layouts for hearables and wearables. Performs timing extraction, static timing analysis, power analysis, process-flow evaluation, and layout optimization for performance, power, and manufacturability. Works independently on complex assignments, contributes to IC architecture and process improvements, represents key projects, and mentors junior engineers.

Leads complex integrated circuit layout projects for hearables and wearables products. Develops advanced layout solutions, makes architecture decisions, evaluates and optimizes processes, establishes layout methodologies, mentors junior engineers, and leads technically complex projects with broad organizational impact.

Develops and verifies RTL for digital blocks and subsystems in mixed-signal SoCs. Responsibilities include synthesis, static timing analysis, DFT support, digital integration, silicon bring-up, lab debugging, simulation correlation, and design methodology automation. The role collaborates with analog, firmware, validation, and cross-functional engineering teams to deliver reliable semiconductor solutions for data center and energy applications.

Leads the productization roadmap for Analog Devices’ Physical Intelligence software stack. Converts complex hardware, software, and AI capabilities into commercial software products, SDKs, developer tools, and simulation environments. Owns product strategy, customer requirements, solution architecture, prototyping, ecosystem integration, and cross-functional alignment across research, engineering, business units, and field teams.

Lead the productization roadmap for Analog Devices’ Physical Intelligence software stack. Define strategy, requirements, architecture, and customer solutions for scalable AI products, SDKs, developer tools, and simulation environments. Drive rapid prototypes and proof-of-concepts, integrate offerings with industry ecosystems, and align research, engineering, business units, and field teams. The role requires deep expertise in physical AI, edge AI, robotics, and technical product commercialization, with responsibility for transforming complex hardware and software solutions into market-ready products.

Provides senior technical leadership for semiconductor process integration across manufacturing technologies. Leads process-flow strategy, cross-module yield and device-performance improvements, technology transfers, ramp readiness, excursion resolution, process control, and advanced data analysis. Influences global engineering and manufacturing priorities, establishes governance standards, mentors senior engineers, and drives measurable improvements in yield, quality, reliability, cost, cycle time, and manufacturing capability.