Jobs at Cirrus Logic

The role involves designing and developing analog and mixed-signal IC blocks, supporting product validation, and collaborating with cross-functional teams.

The AI Solutions Internship involves supporting AI platform adoption, building AI tools, and helping users effectively utilize search and automations.

Develop and implement digital subsystems for mixed-signal ICs, supporting integration and verification while collaborating with cross-functional teams to ensure manufacturable designs.

As a Digital Design Engineer, you will design and implement digital subsystems for mixed-signal ICs, develop RTL designs, and perform verification and post-silicon validation.

Responsible for end-to-end functional verification of mixed-signal ASICs, developing verification plans, testbenches, coverage analysis, and collaborating with cross-functional teams.

Design and develop analog and mixed-signal ICs including data converters and amplifiers, manage full IC lifecycle, collaborate with teams, and conduct validation.

Design and develop analog and mixed-signal IC blocks while participating in the entire IC lifecycle, collaborating across teams, and ensuring manufacturability and performance optimization.

As an IT Support Specialist, you'll provide first-point IT support, resolve incidents, manage service requests, and assist users with technical issues across various platforms.

The Design Verification Engineer will conduct end-to-end functional verification of custom mixed-signal ASICs, develop testbenches, and collaborate across teams to enhance verification processes.

Design and develop analog and mixed-signal ICs for consumer applications, involving full lifecycle from concept to production, using various design and simulation tools.

The Design Verification Engineer will develop verification plans, perform ASIC functional verification, design UVM testbenches, and collaborate with cross-functional teams to improve verification processes.

Design and implement digital subsystems for mixed-signal integrated circuits, collaborate with cross-functional teams, and lead verification processes.

The role involves functional verification of ASIC designs, including developing verification plans, testbenches, and collaborating with cross-functional teams to ensure high-quality outcomes.

Design and implement digital subsystems for mixed-signal ICs, developing RTL designs and ensuring proper integration with analog circuitry, while supporting verification and post-silicon validation.

Lead and execute digital verification for mixed-signal ICs: define verification plans, create reusable testbenches, drive metric-driven verification, mentor teams, and improve verification methodology.

Lead transistor-level mixed-signal CMOS IC design from concept through production, including modeling, layout oversight, post-layout simulation, lab silicon debug, and supporting product validation and production test.

Lead architecture and design of ML-centric SoCs and accelerators, defining compute fabrics, memory hierarchies, ISA/compiler co-design, prototyping on FPGA/ASIC, security architectures, and guiding cross-functional teams to validate and scale domain-specific ML solutions.

Conduct research and prototype signal-processing software and algorithms, collect and analyze lab data, write MATLAB simulations and C implementations, define functional requirements, estimate resource footprints, run controlled experiments, prepare technical reports, and support patenting of developed technologies.

Design and model advanced power conversion circuits from specification to silicon, implement transistor-level designs, oversee layout and post-layout simulation, perform hands-on silicon lab debugging, and support post-silicon validation, characterization, and production testing.

Design, insert, and verify DFT features including memory BIST and scan. Generate ATPG patterns, perform gate-level verification, improve test coverage, plan test costs, and deliver patterns to product test and ATE for silicon bring-up.