Jobs at Cirrus Logic

Support Cirrus Logic customers by developing reference designs and troubleshooting mixed-signal issues while collaborating with multiple teams to define next-gen products.

Lead the development of ML models and prototypes for Edge AI/ML, integrate with mixed-signal systems, and optimize deployment. Collaborate with cross-functional teams and mentor engineers while exploring new ML trends and applications.

The Applications Engineer will support customers in integrating mixed-signal audio devices, manage design-in activities, and develop firmware and reference designs, while collaborating with various engineering teams.

The Technical Program Manager coordinates software deliveries for advanced audio experiences, ensuring alignment with customer schedules and quality expectations using effective planning and cross-functional collaboration.

The Customer Program Manager will lead strategic partnerships, manage cross-functional programs, and ensure product delivery in the PC ecosystem while liaising with various stakeholders.

Lead strategy, design, and delivery of enterprise leadership and executive development programs. Build scalable L&D initiatives, manage coaching and mentoring programs, conduct talent assessment and succession planning, partner with senior stakeholders, manage vendors, facilitate workshops, and measure program impact using people data to drive readiness and business-aligned development.

The Post-Silicon Project Manager leads the management of post-silicon development activities for mixed-signal products, ensuring project success through effective planning, execution, and communication within multi-functional teams.

The Silicon Development Program Manager leads mixed-signal IC design projects, ensuring quality and timeliness, while fostering communication and improvement across teams.

The PCB Designer will support the design and layout of multi-layer printed circuit boards, collaborate with engineering teams, and maintain design documentation under guidance.

The Staff Engineer will develop real-time embedded software for advanced ICs, contribute to product development, ensure quality delivery, and interface with cross-functional teams and customers.

Design and deliver low-power, high-performance mixed-signal ICs from specification through production. Perform system-level modeling, transistor-level circuit design, layout integration, post-layout simulation, silicon bring-up, validation, and production testing while collaborating cross-functionally.

Drive early-stage technology from feasibility to prototype: design experiments, build demonstrators, model and analyse data, evaluate trade-offs and risks, and communicate results to guide product innovation. Work cross-discipline across electronics, sensors, algorithms and measurement systems to validate and advance novel concepts for future products.

The CAD Engineer role focuses on developing the automation foundation for silk design teams, enhancing EDA tools, and improving workflows across the organization.

The Solutions Engineer will enable company-wide adoption of AI and knowledge platforms, leading training, consulting with users, and developing documentation while driving effective use cases across departments.

The IT Manager will oversee AI program strategy and execution within IT, lead AI initiatives, collaborate cross-functionally, and deliver training to empower employees in AI usage.

Design and verify analog and mixed-signal IC layouts. Collaborate with engineers, create floorplans, and contribute to IC development projects.

Lead global engineering IT infrastructure supporting 1,000+ semiconductor design engineers. Own strategy, availability, performance, security, and scalability of Linux platforms, HPC/compute farms, enterprise storage, revision control, automation, observability, incident response, capacity planning, and cross-functional alignment to improve engineering productivity and tapeout reliability.

Design, simulate, and validate advanced I/O and ESD protection structures for mixed‑signal CMOS chips. Own I/O library release and modeling, drive chip‑ and block‑level ESD sign‑off, define ESD/latch‑up methodology, collaborate with foundries, and lead cross‑team reliability and layout guidance.

The role involves developing technology concepts, designing transistor-level circuits, performing silicon validation, and analyzing data to drive innovation in IC design.

Lead the Silicon NPI team to bridge foundry process capabilities and mixed-signal design, resolve SOA/DRC/reliability issues, drive foundry engagement, improve yield and cost, and develop engineering staff.