Embedded Hardware Engineer

As an Embedded Hardware Engineer at Amidon Heavy Industries, you will be responsible for leading the electrical design, development, and integration of autonomous underwater vehicle (AUV) systems. Your role will include PCB design, schematics, component selection, and testing of electrical prototypes, making sure they meet the high standards required for underwater operations. You'll also be troubleshooting and debugging using various lab tools while collaborating with mechanical and software teams to ensure seamless integration.

To qualify for the Embedded Hardware Engineer position at Amidon Heavy Industries, candidates should have a bachelor’s degree in Electrical Engineering, Computer Engineering, or a closely related field. Additionally, a minimum of three years of relevant experience in areas such as AUVs, robotics, or complex embedded systems is preferred. Knowledge in communication protocols like I2C, SPI, and CAN is also essential for crafting robust electrical systems.

Essential skills for the Embedded Hardware Engineer role at Amidon Heavy Industries include strong knowledge of electrical design principles and the ability to troubleshoot complex systems. Familiarity with communication protocols, system-level thinking, and effective collaboration with cross-disciplinary teams are vital. Moreover, understanding the unique challenges posed by underwater environments will set you up for success in this role.

The Embedded Hardware Engineer plays a crucial role in the development of AUVs at Amidon Heavy Industries by leading the electrical design and integrating various systems necessary for successful underwater missions. By architecting power management and ensuring the reliability of communications and payloads, this role directly affects the performance and resilience of AUV systems in challenging maritime conditions.

Embedded Hardware Engineers at Amidon Heavy Industries encounter a variety of challenges, particularly related to the demands of long-duration subsea operations. Managing power consumption, ensuring effective communication under water, and integrating complex systems while maintaining reliability in dynamic conditions are just a few hurdles that make this role exciting and impactful.

When responding to this question, focus on specific projects where you designed PCBs, discussing the tools you used, the challenges faced during prototyping, and how you ensured the designs met the required specifications. It's also beneficial to mention how your experience aligns with AUV applications or complex embedded systems.

To effectively answer this question, share your systematic approach to troubleshooting. You can discuss the importance of using lab tools like oscilloscopes and DMMs, how you isolate problems, analyze test outputs, and what steps you take to resolve firmware and hardware integration challenges.

In your response, highlight your communication skills and any specific methodologies you use for collaboration, such as Agile frameworks or regular cross-team meetings. Provide examples of successful projects where collaborative efforts led to innovative solutions or resolved integration issues.

Discuss specific instances where you've designed or optimized power management systems. Focus on the methods you've employed to manage power consumption effectively, particularly in long-duration AUV deployments. Mention relevant experiences that showcase your problem-solving abilities.

When answering, emphasize the role that communication protocols like I2C, SPI, and CAN play in system reliability and performance. Provide examples where effective communication enabled successful integration of components, and discuss any troubleshooting experiences related to protocol issues.

Share a specific example of a challenging project, detailing your role, the obstacles faced, and how you overcame them. Highlight the technical skills you employed, such as designs you've implemented or how you addressed integration challenges within the robotics domain.

Address this by discussing your knowledge of environmental conditions and how they impact system design. Mention any standards you adhere to for reliability, such as testing methodologies or mitigation strategies you employ during the design and prototyping phases.

Discuss your proficiency with industry-standard design tools for PCB layout and simulation, including any experience with software development environments for firmware. Mention how these tools enhance your workflow and contribute to project success.

Talk about your approach to receiving feedback during design reviews, focusing on how you incorporate constructive criticism into your work. Emphasize the importance of design reviews in the engineering process and how they contribute to project quality and innovation.

When answering, convey your passion for maritime technology and how Amidon’s mission aligns with your career goals. Discuss your eagerness to contribute to innovative solutions in the AUV sector and how you’re excited about the company’s fresh approach in the industry.