Solutions Engineer (CS)

In this Solutions Engineer role, you will turn Cirrus Logic’s technologies into practical, demonstrable solutions for Automotive and Industrial applications. You’ll own concepts from prototyping through system integration and demonstrations, collaborating across design, applications, and partners. You’ll deliver working solutions and proofs of concept that highlight the value of our mixed-signal tech. This hybrid Edinburgh-based position offers a hands-on, cross-disciplinary path with meaningful customer impact.

• hybrid work model
• international travel (~4–6 weeks/year)
• collaborative culture
• inclusive workplace
• employee experiences
• engaging with customers and partners

• Develop system-level solutions and demonstrations across Automotive and Industrial applications
• Translate customer needs and product capabilities into technical concepts and proofs of concept
• Design, prototype, bring up, and debug electronic hardware (PCBs, evaluation boards, circuitry)
• Integrate ICs, sensors, embedded software, signal paths, interfaces, and mechanics
• Develop or adapt software, scripts, and basic UIs to configure, test, and demonstrate systems
• Plan evaluations, investigate issues, and use measurements to guide improvements
• Collaborate with internal teams and external partners to deliver prototypes and demos
• Prepare setup guides, technical documentation, and presentation materials for evaluators
• Support customer engagements and industry events by demonstrating solutions
• Travel internationally (~4–6 weeks/year)
• Contribute to mechanical design and integration of prototypes with partners when needed

• A degree in Electrical and Electronic Engineering, Computer Engineering, or related discipline, or equivalent practical experience
• Experience developing and debugging hardware-with-software systems
• PCB design experience (schematic capture, layout, bring-up, verification)
• Proficiency with lab tools (oscilloscopes, logic analyzers, power supplies, signal generators)
• Software skills to get prototypes working (scripts, embedded platform configuration, API integration, hardware–software debugging)
• Ability to use AI-assisted development tools while validating code
• Familiarity with SPI, I2C, UART, and audio interfaces (I2S, TDM)
• Methodical troubleshooting with system-level perspective
• Ownership mindset, prioritization, and sound engineering judgment
• Clear communication and cross-disciplinary presentation ability
• Willingness to learn and collaborate with internal and external partners

• Clear communication
• Cross-functional collaboration
• Problem-solving orientation
• PCB design and hardware bring-up
• Embedded software development and API integration
• Laboratory instrumentation (oscilloscopes, analyzers, power supplies)