Ford Model E Platform Architecture Engineering is looking for a Staff embedded software engineer to work on Audio DSP platform software. In this role you will be responsible for the development of automotive software solutions and embedded software modules for electric vehicles developed by Ford in the area of platform software of audio hardware and audio DSP. You will be expected to pivot quickly on new ideas. Failing fast will be normal. We are the movers of the world and the makers of the future. We get up every day, roll up our sleeves and build a better world -- together. At Ford, we're all a part of something bigger than ourselves. Are you ready to change the way the world moves? Electric Vehicle Digital Design (EVDD) is responsible for developing the key technologies and capabilities - such as EV platforms, batteries, e-motors, inverters, charging and recycling - to create ground-up breakthrough electric vehicles. By joining the best software, engineering, design and UX talent, you will be a part of creating new technologies and concepts that can be applied across the Ford enterprise. Being on the EVDD team means building the future as Ford's center of innovation and growth through electric and connected vehicles and services. What you'll be able to do: * Lead the successful development of next generation software components for electric vehicles working with architects, engineers and other technical specialists to design an integrated solution. * Audio DSP platform software development engineer will analyze requirements related to the Audio Infotainment product and design an innovative solution for the Digital Signal processing and audio platform software of the product. * It involves developing and testing DSP software and audio platform software components, working with multi-core high-end SoC that runs multiple virtual domains on a Type-1 hypervisor with more than one domain sharing the Audio resources. * The job involves developing efficient audio DSP algorithms for various applications, including real-time audio processing, noise cancellation, echo suppression, and audio effects, spatial audio, 3D audio, and other advanced audio processing techniques. to be seamlessly running on appropriate domains to support voice related functionalities. * The Engineer should be able to provide substantial contribution to the analysis and selection of various third-party solutions and tools that could be used to develop faster-to-market DSP and platform software components that adds value to the product. * The Engineer should be able to devise methods and tools that could be used for Tuning Acoustic usecases in the vehicle to achieve industry-leading Acoustic performance of the Infotainment product. * Develop DSP algorithms and platform software (i.e. drivers) to cater to the AVAS specification for EV * Customize, integrate and tests Audio Post processing algorithms like Bass/Treble/Mid Boost, Loudness control, Limiters, Echo and Noise cancellation algorithms for Voice usecases. * Could develop innovative solutions to develop audio subsystem platform software (firmwares and drivers) for audio hardware like I2S, I2C, GPIO to route the audio output that are connected to DSP hardware. * Analyse and estimate Clock and memory resources for the audio hardware and DSP solutions being designed and optimize the solution based budgeted resources. What you'll be able to do: * Lead the successful development of next generation software components for electric vehicles working with architects, engineers and other technical specialists to design an integrated solution. * Audio DSP platform software development engineer will analyze requirements related to the Audio Infotainment product and design an innovative solution for the Digital Signal processing and audio platform software of the product. * It involves developing and testing DSP software and audio platform software components, working with multi-core high-end SoC that runs multiple virtual domains on a Type-1 hypervisor with more than one domain sharing the Audio resources. * The job involves developing efficient audio DSP algorithms for various applications, including real-time audio processing, noise cancellation, echo suppression, and audio effects, spatial audio, 3D audio, and other advanced audio processing techniques. to be seamlessly running on appropriate domains to support voice related functionalities. * The Engineer should be able to provide substantial contribution to the analysis and selection of various third-party solutions and tools that could be used to develop faster-to-market DSP and platform software components that adds value to the product. * The Engineer should be able to devise methods and tools that could be used for Tuning Acoustic usecases in the vehicle to achieve industry-leading Acoustic performance of the Infotainment product. * Develop DSP algorithms and platform software (i.e. drivers) to cater to the AVAS specification for EV * Customize, integrate and tests Audio Post processing algorithms like Bass/Treble/Mid Boost, Loudness control, Limiters, Echo and Noise cancellation algorithms for Voice usecases. * Could develop innovative solutions to develop audio subsystem platform software (firmwares and drivers) for audio hardware like I2S, I2C, GPIO to route the audio output that are connected to DSP hardware. * Analyse and estimate Clock and memory resources for the audio hardware and DSP solutions being designed and optimize the solution based budgeted resources.