Embedded Engineer

Présentation

Based onsite in our Chicago office, you will contribute to both the electrical hardware and software engineering on new electronic product development across a variety of SRAM brands and product categories.

Responsabilités

• Build, deploy, and maintain software / firmware over full product lifecycle. Contribute to device-side embedded C running on ARM microprocessors. Develop device driver and application library code for use across SRAM AXS designs.
• Collaborate with peers across multiple project teams to coordinate and optimize code for various use cases with broad reuse.
• Design, layout, and verifiy mixed signal hardware designs, including microprocessors, serial communications, sensors, electromechanical systems, motor drivers, RF transceivers, and antenna systems. Optimize architectures for low-power battery operation.
• Design, build, and test prototype printed circuit boards. Work closely with vendors on PCB stackup design and PCBA design for manufacturability.
• Author design documentation. Write well designed, testable code. Conduct and contribute to hardware design and code reviews.
• Support projects from inception through launch within a global team setting. Work closely with team leaders and product managers to understand and refine product concepts. Collaborate with mechanical, embedded software, test, and manufacturing engineers to develop jointly optimized designs.
• Own, estimate, and track progress for tasks through all stages of a project to meet desired performance, cost, and time-to-market goals.

Qualifications

• Build, deploy, and maintain software / firmware over full product lifecycle. Contribute to device-side embedded C running on ARM microprocessors. Develop device driver and application library code for use across SRAM AXS designs.
• Collaborate with peers across multiple project teams to coordinate and optimize code for various use cases with broad reuse.
• Design, layout, and verifiy mixed signal hardware designs, including microprocessors, serial communications, sensors, electromechanical systems, motor drivers, RF transceivers, and antenna systems. Optimize architectures for low-power battery operation.
• Design, build, and test prototype printed circuit boards. Work closely with vendors on PCB stackup design and PCBA design for manufacturability.
• Author design documentation. Write well designed, testable code. Conduct and contribute to hardware design and code reviews.
• Support projects from inception through launch within a global team setting. Work closely with team leaders and product managers to understand and refine product concepts. Collaborate with mechanical, embedded software, test, and manufacturing engineers to develop jointly optimized designs.
• Own, estimate, and track progress for tasks through all stages of a project to meet desired performance, cost, and time-to-market goals.