Senior Manager, Electrical Engineering

As a Senior Manager, Electrical Engineering at Crusoe, your main responsibilities include developing conceptual electrical designs for our data centers and managing power system designs throughout all project phases. You will lead design teams, oversee general contractors, and coordinate the installation of electrical systems critical for our AI-first cloud operations.

Candidates for the Senior Manager, Electrical Engineering role at Crusoe should have 10 to 15 years of experience in electrical engineering, particularly in mission-critical settings. A bachelor's or master's degree in Electrical Engineering or a related field is necessary. Expertise in power distribution and critical infrastructure, as well as the ability to lead teams, is also essential.

While Electrical Professional Engineer (PE) Licensure is preferred for the Senior Manager, Electrical Engineering position at Crusoe, substantial design experience in lieu of licensure may be considered. The focus is on your ability to effectively manage electrical design projects and lead construction teams.

The work environment for the Senior Manager, Electrical Engineering role at Crusoe is a hybrid setting, allowing for both in-office collaboration in San Francisco and flexibility in remote work. You’ll be part of a team that values innovation, sustainability, and a strong commitment to transforming the cloud infrastructure landscape.

The compensation range for the Senior Manager, Electrical Engineering at Crusoe is competitive, ranging from $225,000 to $235,000. In addition to salary, you will receive Restricted Stock Units and benefits including health insurance, paid time off, and retirement savings options.

When answering this question, share detailed examples of previous projects where you contributed to electrical system designs. Discuss the types of systems you worked on, the challenges you faced, and how you overcame them to ensure successful installations.

Highlight your leadership style and how you foster collaboration among different teams. Discuss your methods for communication, conflict resolution, and how you ensure that project timelines are met, emphasizing your experience managing multi-disciplinary teams.

Provide a specific example that showcases your problem-solving abilities. Explain the situation, the actions you took to address the setback, and the outcome, emphasizing your resilience and leadership throughout the process.

Discuss the importance of safety standards in your designs and how you keep updated with regulations. Share methods you implement in the design and review process to guarantee compliance, and how you involve your team in maintaining these standards.

Talk about your understanding of renewable energy and its integration into electrical designs. Showcase how you prioritize sustainable practices in your projects and any relevant experience you've had with renewable energy systems.

Mention specific software you are proficient in (like AutoCAD, Revit, or specialized electrical design tools) and discuss how these tools enhance your design process. You may also want to touch on any certifications you have in these tools.

Discuss your communication strategies, such as regular meetings, detailed documentation, and collaborative platforms that you use. Emphasize your belief in transparency and how it contributes to smoother project execution.

Describe the metrics and criteria you consider when assessing contractor performance, such as adherence to schedules, communication effectiveness, and quality of work. Share experiences where you had to address performance issues and how you resolved them.

Explain your prioritization techniques and time management strategies when faced with tight deadlines. Discuss how you adjust project scopes or resource allocations while ensuring that quality standards are upheld.

Reflect on your passion for AI infrastructure and sustainability, and connect your career goals with Crusoe's mission. Discuss what excites you about the opportunity to innovate in a field that supports both technological advancement and environmental responsibility.