Electrical Engineer - Facilities

As an Electrical Engineer at Crusoe, you will develop conceptual electrical designs for our innovative data centers. Your role involves managing and guiding the design and construction teams, ensuring that every phase of the electrical systems is executed perfectly. You'll be leading the way in optimizing our AI-first cloud infrastructure with a commitment to sustainability.

To be considered for the Electrical Engineer position at Crusoe, you'll need a Bachelor's or Master's degree in Electrical Engineering or a related field. Additionally, having 7 to 15 years of experience focused on mission-critical, large industrial, or data center projects is essential. A Professional Engineer (PE) Licensure is preferred, but substantial industry experience can also suffice.

Crusoe offers a dynamic and collaborative work environment where Electrical Engineers thrive. Our culture encourages innovation as you work alongside skilled professionals in designing cutting-edge infrastructure. You’ll also enjoy the flexibility of a hybrid work schedule, allowing you to maintain a great work-life balance.

As an Electrical Engineer at Crusoe, you'll enjoy robust benefits, including competitive pay ranging from $170,000 to $200,000, generous paid time off, health insurance options, and employer contributions to HSA accounts. Plus, you receive Restricted Stock Units in our thriving company, which means you’ll benefit from our success!

In your role as an Electrical Engineer at Crusoe, you'll work on diverse projects focused on designing and implementing electrical systems for our AI-optimized data centers. Your expertise will directly contribute to projects that prioritize using clean, renewable energy, aligning our technology with environmental sustainability.

Essential skills for an Electrical Engineer at Crusoe include proficiency in developing electrical designs for data centers, a deep understanding of power distribution systems, and the ability to lead and manage construction teams. You’ll need excellent communication skills to effectively guide and coordinate team efforts throughout the project lifecycle.

Crusoe is committed to the professional growth of its Electrical Engineers. We offer tuition reimbursement programs, access to industry resources, and opportunities to participate in innovative projects that enhance your skills and experience in cutting-edge technology and sustainable practices.

When answering this question, detail the project you were involved in, emphasizing your role in developing the design. Discuss the technologies used, any challenges faced, and how you coordinated with stakeholders to ensure successful implementation.

In your response, highlight your knowledge of relevant electrical codes and standards. Describe your process for checking designs and installations against these requirements and mention how you stay updated with changes in regulations.

To answer this, explain your communication strategy, how you foster collaboration among team members, and the tools or methods you use to track progress. Provide specific examples of past projects where your management skills led to successful outcomes.

Discuss your hands-on experience with high voltage systems, focusing on the types of projects and the power levels you’ve worked with. Mention your understanding of design principles and safety measures specific to high voltage installations.

Explain your systematic troubleshooting process, including diagnosis methods, tools, and considerations when responding to electrical failures. Providing a specific example can illustrate your problem-solving skills effectively.

Mention the software tools and engineering applications that you are proficient in, such as AutoCAD, Revit, or specialized electrical design software. Explain how you utilize these tools in your projects to enhance accuracy and efficiency.

Discuss your comprehensive approach to commissioning, including planning, documentation, validation processes, and the collaboration with other engineering disciplines. Highlight your experience in ensuring that all components are functioning correctly post-installation.

In your answer, discuss how power distribution systems ensure reliability and efficiency in data centers. Talk about your experience in designing these systems and their role in optimizing performance and managing loads effectively.

Describe your approach to professional development, including networking, attending workshops, online courses, and reading industry publications. This reflects your commitment to staying at the forefront of electrical engineering and technology.

Talk about the critical safety regulations and protocols you implement in your designs, emphasizing your understanding of risk assessments, environmental implications, and compliance with safety standards to protect both workers and infrastructure.