Job
Description
Role Overview: You will be responsible for designing and developing firmware for embedded systems, with a focus on avionics, robotics, IoT, or automotive domains. Your role will involve collaborating with hardware teams to integrate firmware and hardware effectively, implementing coding standards, optimizing firmware performance, and ensuring code quality across projects. Key Responsibilities: - Designing and developing firmware for embedded systems - Experience with low-level hardware interfaces and peripherals - Collaborating with hardware teams for optimal integration of firmware and hardware - Implementing and maintaining coding standards and best practices - Participating in code reviews to ensure code quality - Optimizing firmware performance and resource utilization Qualifications Required: - Bachelor's degree in Electronics or Computer Engineering - Strong proficiency in C/C++ programming for embedded systems - Minimum 5-8 years of experience in firmware development and architecture - Extensive experience with microcontroller families like ARM STM and TI - In-depth understanding of microcontroller architectures, peripherals, and bus protocols - Experience with interfacing microcontrollers with sensors and actuators - Knowledge of interrupt handling and real-time scheduling - Experience with low-level hardware programming, device drivers, and RTOS - Familiarity with code quality best practices and firmware verification tools - Strong problem-solving skills and ability to optimize firmware for performance - Experience with low-power design techniques for microcontroller-based systems - Proficiency in debugging complex hardware-software interactions Additional Details: The company values expertise in cybersecurity principles for embedded systems, knowledge of wireless communication protocols relevant to UAV applications, and familiarity with safety-critical systems design. Staying updated with the latest trends and technologies in embedded systems and firmware development is encouraged. (Note: Skills mentioned in the job description include Embedded C++, Embedded C, Device Drivers, Design Patterns, Cyber Security, RTOS, Serial Communications, Internet of Things, CAN bus, UAV, Robotics, Data Structures, Control Systems Design, Threads, BSP, POSIX, and Optimization.) Role Overview: You will be responsible for designing and developing firmware for embedded systems, with a focus on avionics, robotics, IoT, or automotive domains. Your role will involve collaborating with hardware teams to integrate firmware and hardware effectively, implementing coding standards, optimizing firmware performance, and ensuring code quality across projects. Key Responsibilities: - Designing and developing firmware for embedded systems - Experience with low-level hardware interfaces and peripherals - Collaborating with hardware teams for optimal integration of firmware and hardware - Implementing and maintaining coding standards and best practices - Participating in code reviews to ensure code quality - Optimizing firmware performance and resource utilization Qualifications Required: - Bachelor's degree in Electronics or Computer Engineering - Strong proficiency in C/C++ programming for embedded systems - Minimum 5-8 years of experience in firmware development and architecture - Extensive experience with microcontroller families like ARM STM and TI - In-depth understanding of microcontroller architectures, peripherals, and bus protocols - Experience with interfacing microcontrollers with sensors and actuators - Knowledge of interrupt handling and real-time scheduling - Experience with low-level hardware programming, device drivers, and RTOS - Familiarity with code quality best practices and firmware verification tools - Strong problem-solving skills and ability to optimize firmware for performance - Experience with low-power design techniques for microcontroller-based systems - Proficiency in debugging complex hardware-software interactions Additional Details: The company values expertise in cybersecurity principles for embedded systems, knowledge of wireless communication protocols relevant to UAV applications, and familiarity with safety-critical systems design. Staying updated with the latest trends and technologies in embedded systems and firmware development is encouraged. (Note: Skills mentioned in the job description include Embedded C++, Embedded C, Device Drivers, Design Patterns, Cyber Security, RTOS, Serial Communications, Internet of Things, CAN bus, UAV, Robotics, Data Structures, Control Systems Design, Threads, BSP, POSIX, and Optimization.)
