Founding Electrical Engineer

As a Founding Electrical Engineer at Amidon Heavy Industries, your primary responsibilities will include leading the design, build, and integration of electrical systems for our autonomous underwater vehicles (AUVs). This involves everything from PCB design and component selection to testing prototypes and troubleshooting across electrical and firmware boundaries. You'll also collaborate closely with mechanical and software teams to ensure that our AUV platforms are fully aligned with design requirements, while actively participating in design reviews to enhance manufacturability and integration strategies.

To be considered for the Founding Electrical Engineer position at Amidon Heavy Industries, you'll need at least 3 years of electrical engineering experience, preferably with a focus on autonomous systems or robotics. A Bachelor’s degree in Electrical Engineering or a related field is also required. In addition to your educational background, being proficient in analog and digital circuit design, PCB design, and power electronics will be crucial. Familiarity with electrical CAD tools and an understanding of communication protocols in embedded systems are also key aspects of the candidate profile.

Teamwork is fundamental at Amidon Heavy Industries, especially for the Founding Electrical Engineer role. You'll work side by side with a diverse group of professionals, including mechanical engineers and software developers. This collaboration ensures that all aspects of the AUV design are harmonized, leading to innovative solutions that meet our mission goals. With a culture that encourages idea-sharing and open communication, each team member’s input is highly valued, creating a dynamic workspace where creativity thrives.

As a Founding Electrical Engineer at Amidon Heavy Industries, familiarity with electrical debugging tools such as oscilloscopes and digital multimeters (DMMs) is essential. Additionally, experience with electrical CAD tools, coding for system integration, and knowledge of various communication protocols like I2C and CAN will be valuable in your role. Understanding power management and battery systems for embedded systems will also enhance your ability to design robust electrical systems for our AUVs.

At Amidon Heavy Industries, we take pride in being at the forefront of maritime innovation focused on autonomous underwater vehicles. The unique blend of a startup environment, venture backing, and a mission to fill critical gaps in subsea technology creates an exciting atmosphere for any Electrical Engineer. You’ll have the opportunity to work on groundbreaking projects and be part of transformative advancements in naval security and fleet logistics, while also enjoying a culture that values creativity, collaboration, and professional growth.

When answering this question, illustrate a specific project where you excelled in PCB design, highlighting the circuit complexities you managed and how it contributed to the overall system functionality. Be sure to mention the tools you used and any challenges you overcame, showcasing your problem-solving abilities.

Discuss your systematic approach to troubleshooting, emphasizing the tools and techniques you utilize, such as using lab equipment like oscilloscopes. Share an example where your methodical troubleshooting led to identifying and fixing a significant issue, demonstrating both technical skills and persistence.

Showcase your knowledge on power distribution and management by discussing specific components and strategies you have implemented in previous projects. Highlight how these systems are crucial for reliability in the underwater environment, and give examples of any innovative solutions you have developed.

Emphasize the critical interdependencies between electrical and software engineering in creating seamless autonomous systems. Provide examples from your past experience where cross-discipline collaboration directly contributed to project success, and illustrate why this synergy is vital in a fast-paced development environment.

Express your commitment to continuous learning by detailing the sources you tap into, such as industry publications, online courses, or tech meetups. Discuss how staying informed on new technologies helps you innovate in your role as an engineer, enhancing the designs you work on with cutting-edge solutions.

Select a project that showcases both your technical skills and your ability to overcome obstacles. Detail the project's challenges, the role you played in addressing those challenges, and quantify the successful outcomes to provide context and demonstrate your impact.

Talk about your organization skills and tools you use for task prioritization. Explain a situation where you had to juggle multiple priorities and how you managed your time effectively without sacrificing quality, showing your ability to thrive in the fast-paced startup culture.

Discuss the significance of testing throughout the design phase, from prototype development to final product. Give specific examples where thorough testing resulted in improved performance or efficiency, highlighting your commitment to quality assurance in engineering practices.

Detail your experience working with various embedded systems and communication protocols, describing how these skills apply to AUV designs. Use specific examples to demonstrate your knowledge and highlight the importance of effective communication technologies in system integration.

Explain your strategies for balancing technical performance with manufacturability and cost. You can reference design reviews you've been part of, emphasizing your ability to provide actionable insights that help streamline production without compromising quality.