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As an Associate Engineer at ADI, you will assist in developing and integrating hardware and software systems, co-design and optimize system interactions, and contribute to system architecture. This role includes programming in C, C++, and Python, offering hands-on experience and professional growth.

The Principal Engineer will focus on power management IC products, supporting customer designs with technical expertise, creating documentation, and developing validation tests. Responsibilities also include generating reference designs and resolving technical issues in a collaborative environment.

The Lead Technical Writer will create, update, and publish comprehensive documentation for developer tools in the embedded software development space. Responsibilities include collaborating with engineers, producing user guides and tutorials, and organizing content logically to ensure clarity and accessibility for users.

As an Embedded Software Engineer, you will work in the Battery Management Software Technology Group, developing high-quality embedded code, primarily in C and assembly. Responsibilities include systems coding, debugging, device driver development, and documentation. You will collaborate with a team to optimize code and support customers.

The Principal Test Development Engineer will develop high-performance test solutions for new products, focusing on cost optimization and testability. Responsibilities include pre-tapeout verification, designing test solutions on mixed signal ATE platforms, and leading test initiatives. The role also encompasses mentoring and collaboration with various engineering teams and clients.

Develop and validate tools for configuring and debugging wireless communication products. Lead project teams, engage in Agile development, and collaborate with various engineers to improve customer experiences. Responsible for architectural decisions and mentoring junior engineers.

The MEMS INS/GNSS Navigation System Architect will lead the architecture, design, and integration of advanced tightly coupled navigation systems using MEMS IMUs and GNSS receivers. Responsibilities include defining system specifications, collaborating with engineers, implementing sensor fusion algorithms, conducting hardware testing, and mentoring team members to enhance system performance and innovation.