MINIMUM QUALIFICATIONS

• Bachelor’s degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience
• 5+ years software development experience in industry settings or PhD with 2+ years of experience
• 3+ years embedded software development experience in industry settings
• Experience in large-scale C/C++ code base
• Demonstrated experience working across disciplines to drive optimal solutions

PREFERRED QUALIFICATIONS

• Experience with embedded DSP, CPU, and GPU architectures
• Hands-on coding experience with peripherals such as UART, SPI, CSI-2, i2c, GPIO, USB
• Experience with compression, camera and video pipelines, or encoding technologies such as H.264
• Experience with wireless and wired communication protocols,TCP/IP, Ethernet, Bluetooth and 802.11
• Experience with silicon, device manufacturing, and low-power SoCs
• Experience with lab instrumentation such as oscilloscopes, logic/protocol analyzers for debugging embedded systems at HW level
• Experience with active power management or power optimizations
• Experience with prototyping or pre-silicon environments (FPGAs, simulation, or emulation)
• Experience developing with modern Real Time Operating Systems
• Experience working with embedded hardware platforms and exposure to concepts such as clock-level issues, interrupts, and polling
• Experience across topics including computer graphics, computer vision, or machine learning
  For those who live in or expect to work from California if hired for this position.

• Design and implement software components at all layers of the system, including kernel, synchronization primitives, resource allocators, memory management, security, I/O systems, persistence, etc
• Develop drivers and services that operate efficiently in constrained environments and deliver large volumes of data with low-latency and high-bandwidth
• Lead hardware bring-up, peripheral drivers and communication, silicon integration, and power and performance management and optimization efforts
• Debug complex, system-level, multi-component issues that span multiple layers from kernel to application
• Profile performance problems and drive optimizations across the entire software stack
• Analyze, design, develop, and debug firmware for a wide variety of devices, including novel sensing and imaging systems, haptic devices, and audio prototypes
• Collaborate closely with cross-functional teams, including silicon architects, hardware designers, OS team, and algorithm and model development teams
• Understand and implement power-management, boot loaders, scheduling, inter-processor communication, computer vision, and firmware/system interfaces on RTOS and/or bare-metal environments
• Design, develop, and architect models and infrastructure building blocks of Virtual Platforms, integrating internal models and vendor IP models