Electrical Engineer - Experienced

As an Electrical Engineer at General Dynamics Electric Boat, you will lead a team of engineers in the systems engineering process for cutting-edge Underwater Electromagnetic systems and Integrated Communication Systems. Your primary responsibilities include mentoring new engineers, managing technical projects, conducting technical reviews, and communicating effectively with Navy program offices. You will also align your work with the operational needs of EB and NNS shipyards.

To qualify for the Electrical Engineer position at General Dynamics Electric Boat, you must hold at least a Bachelor’s of Science degree in Electrical Engineering and have a minimum of ten years of experience in the engineering field. Additionally, candidates will need to obtain a Secret level security clearance with the Department of Defense.

Essential skills for the Electrical Engineer role at General Dynamics Electric Boat include strong multitasking abilities, effective management of technical projects, and excellent written and verbal communication skills. Importantly, having a knack for training and mentoring young engineers will also be crucial as you'll play a key role in their professional development.

As an Electrical Engineer at General Dynamics Electric Boat, you’ll work on the development of advanced Underwater Electromagnetic systems and the Integrated Communication System. You'll be involved in ensuring these systems meet Navy operational standards for both current and future designs, thus impacting the future of naval engineering.

Electrical Engineers at General Dynamics Electric Boat work in a collaborative and innovative environment, where teamwork and communication play key roles. You'll be engaging with various stakeholders including Navy program offices and technical personnel, fostering a culture of knowledge sharing and problem-solving as you tackle complex electrical engineering challenges.

To answer this question effectively, discuss specific projects you've worked on involving Overwater Electromagnetic systems. Highlight technologies you’ve used, challenges you faced, and solutions you implemented, showcasing both your technical knowledge and problem-solving abilities.

When asked about prioritization, share your strategies for managing time and tasks. Describe how you assess project scopes, deadlines, and resources, and explain tools or methods you employ (like Gantt charts or Agile methodologies) to keep track of progress and ensure timely completion.

In your response, emphasize the importance of tailored mentorship. Describe how you assess the strengths and weaknesses of junior engineers, provide constructive feedback, and share your expertise through hands-on training and collaborative projects, helping them grow in their roles.

Discuss your systematic approach to performing technical reviews, including checklists, peer reviews, and validation processes. Highlight your attention to detail, and the importance of adhering to engineering standards to ensure the quality and safety of the systems designed.

Address potential challenges, such as keeping up with rapid technological changes or managing complex stakeholder interactions. Discuss your proactive approach to overcoming these challenges through continuous learning, adaptability, and effective communication strategies.

When responding, select a project that had significant impact and illustrate your leadership role. Detail your objectives, how you organized your team, the outcomes achieved, and what you learned from the experience.

Mention your familiarity with industry standards and regulations applicable to electrical engineering. Discuss how you incorporate these standards into your work, through regular training, thorough documentation, and peer reviews to maintain compliance on all projects.

Share specific software or tools you are proficient in, such as CAD systems or simulation software relevant to electrical engineering. Explain how you leverage these technologies to enhance your work efficiency and project outcomes.

Highlight your communications strategies, such as setting regular check-ins, using collaborative tools, and fostering an open-door policy for questions and discussions. Emphasize how effective communication leads to better teamwork and project success.

Express your passion for electrical engineering and how it ties to your desire to innovate and solve real-world problems. Discuss specific aspects of the field that excite you, such as advancements in technology or the impact of your work on safety and communication systems.