Solutions Engineer - CS

Key Responsibilities:

Develop system-level solutions and demonstrations using Cirrus Logic products across Automotive and Industrial applications.
Translate customer needs, use cases, and product capabilities into practical technical concepts and proofs of concept.
Design, prototype, bring up, and debug electronic hardware, including PCBs, evaluation boards, and supporting circuitry.
Integrate ICs, sensors, embedded software, signal paths, communications interfaces, and mechanical components into complete working systems.
Develop or adapt software, scripts, and basic user interfaces to configure, control, test, and demonstrate systems.
Plan and carry out evaluations, investigate system-level issues, and use measurements and hands-on assessment to guide improvements.
Work with internal engineering teams and external partners to define requirements, coordinate technical work, and deliver functional prototypes and demonstrations.
Prepare clear setup guides, technical documentation, and presentation materials so others can evaluate, operate, and explain the solutions.
Support customer engagements, internal reviews, and industry events by demonstrating solutions and explaining their technical value.
Travel internationally to support customers, tradeshows, and other business activities, expected to be approximately 4–6 weeks per year.
Contribute to the mechanical design and integration of prototypes and demonstrations, working with internal specialists or external partners where needed.

Required Skills and Qualifications:

A degree in Electrical and Electronic Engineering, Computer Engineering, or a related discipline, or equivalent practical experience.
Experience developing and debugging electronic systems that combine hardware and software.
PCB design experience, including schematic capture, component selection, layout review, prototype bring-up, and verification.
Confidence using laboratory equipment such as oscilloscopes, logic analysers, power supplies, and signal generators.
Practical software skills sufficient to get prototypes and demonstrations working, including writing or adapting scripts, configuring embedded platforms, integrating APIs, and debugging hardware–software interactions.
The ability to use AI-assisted software development tools effectively, while reviewing, testing, and troubleshooting the resulting code.
Familiarity with common hardware interfaces such as SPI, I²C, UART, and audio interfaces such as I²S or TDM.
A methodical approach to troubleshooting, with the ability to move from a system-level symptom to a practical solution.
The ability to take ownership of deliverables, manage competing priorities, and make sound engineering decisions.
Clear communication and presentation skills, including the ability to explain technical work to people from different disciplines.
A willingness to learn new technologies and work collaboratively with internal teams and external partners to develop practical solutions.

Preferred Skills and Qualifications:

Experience with Automotive or Industrial electronic systems, semiconductor products, or mixed-signal applications.
Familiarity with one or more relevant technology areas, such as audio, haptics, sensing, clocking and synchronisation, or power management, and their integration into practical systems.
Experience developing prototypes, proofs of concept, evaluation platforms, or customer-facing demonstrations.
Knowledge of networking and communications technologies used in Automotive or Industrial systems, such as Ethernet, CAN, LIN, EtherCAT, or PROFINET.
Familiarity with single-pair Ethernet technologies, such as 100BASE-T1, 10BASE-T1S, or 10BASE-T1L.
Experience working with OEMs, system integrators, Tier 1 suppliers, or external development partners.
Familiarity with relevant functional safety, qualification, or electromagnetic compatibility standards, such as ISO 26262, IEC 61508, AEC-Q100, or CISPR 25.
Experience with mechanical design and integration, including basic CAD, enclosures, fixtures, mounting arrangements, and rapid prototyping techniques such as 3D printing.
Experience with system architecture, product definition, feasibility studies, teardowns, or competitive analysis.