Model, simulate, prototype, and experimentally validate power electronics, motor control, and intelligent physical systems, translating early-stage technical concepts into engineering demonstrations and insights.
Design and verify high-performance mixed-signal CMOS IC layouts, partnering with circuit and design engineers to optimize circuit performance and resolve layout challenges.
As a Product Teardown Research Engineer, you will reverse engineer electronic devices, analyze subsystems, and provide comprehensive assessments to enhance product development.
Design, build, and deploy AI solutions to enhance engineering workflows and automate tasks, ensuring tools are secure, maintainable, and deliver measurable value.
Lead and mentor a team developing hardware, software, and automation for chip validation and characterization, shaping test strategies, validation methodologies, and engineering improvements across product development.
Design and verify high-performance mixed-signal CMOS integrated-circuit layouts, partnering with circuit and design engineers to resolve layout issues and optimize circuit performance.
Design and verify analog and mixed-signal IC layouts, partnering with design engineers on circuit performance, block and chip-level routing, physical verification, and accurate project planning.
Design and verify digital CMOS circuits and architectures for advanced mixed-signal SoCs, contributing from concept through production while collaborating across engineering teams and supervising junior engineers.
The Material Planner manages purchasing and inventory for electronic components, PCBs, and assemblies, coordinating suppliers, logistics, and global engineering teams to address supply risks and keep materials moving.
Develop desktop configuration and tuning tools for integrated circuits, partnering with applications, systems, and firmware teams to deliver customer-facing software and improve development quality, scalability, and performance.
Provide customer engineering support across the product lifecycle, lead mixed-signal device design-ins and system debugging, and develop reference designs, firmware, and Python demonstrations for customer applications.
Develop IC test techniques and ATE solutions, optimize production yield and test costs, and collaborate with design engineers on pre-silicon test methodologies while supporting junior team members.
As an intern on the embedded software test team, you will collaborate with experienced engineers to ensure products are thoroughly tested and meet high-quality standards.
Join Cirrus Logic as a Mixed Signal Products Applications Engineering intern, gaining hands-on experience in audio technology while supporting hardware development and customer integration.
Join the Product Test Engineering team as an intern, where you'll develop production test solutions for mixed-signal semiconductors used in consumer audio devices.
Interns will support the validation of mixed-signal products, engaging in hands-on work with high-performance analog converters and collaborating with cross-functional teams.
Join Cirrus Logic as a Digital Design Intern, where you'll design and implement RTL modules for cutting-edge mixed-signal integrated circuits, contributing to innovative audio and data acquisition solutions.
Join the Mixed-Signal Verification Engineering team as an intern to support the functional verification of cutting-edge mixed-signal products through collaboration and hands-on experience.
Join our innovative engineering team as an intern, focusing on the design and characterization of high-performance mixed-signal integrated circuits (ICs) while gaining hands-on experience.
Manage OSAT supply chain operations by coordinating forecasts, inventory, capacity, production ramps, and delivery performance while supporting quality audits, engineering work-in-progress, and new product introductions.
Leads broad-market channel revenue across the Americas, scaling distributor and independent sales representative networks while setting channel performance, pricing, and commission programs and enabling sales teams.
Define architecture and system requirements for next-generation automotive ICs, translating customer needs into product concepts and technical direction while guiding cross-functional teams from feasibility through design.
Design and verify high-performance mixed-signal CMOS IC layouts, partnering with circuit engineers to optimize performance and using Cadence Virtuoso XL and Mentor Calibre for layout and verification.
Develop and scale secure, reliable AI capabilities for hardware, software, and firmware engineering, turning emerging AI technologies into validated workflows that improve design, testing, debugging, and maintenance.
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