Mechanical Engineer

Responsibilities

• Design modular integrated buildings, low voltage switchboards, medium voltage switchgear, and critical power distribution equipment
• Develop specification sheets, bills of materials (BOMs), detailed assembly instructions, and manufacturing documents
• Deliver accurate shop drawings, product submittals, O&M manuals, and as-built drawings
• Ensure product designs comply with regulatory requirements, commercial codes, and engineering standards
• Participate in Design for Manufacturability and Assembly (DFMA) and Design for Excellence (DFx) reviews
• Execute Engineering Change Orders (ECOs) for product release and lifecycle management
• Collaborate with Sales, Project Management, Purchasing, and Manufacturing teams

Requirements

• Bachelor’s degree in Mechanical or Manufacturing Engineering
• 3-5+ years of experience in mechanical design, ideally with engineered-to-order power distribution equipment
• Advanced proficiency with SolidWorks and SolidWorks PDM
• Strong knowledge of metals and materials used for fabrication
• Working knowledge of building codes, energy codes, and UL listings
• Ability to solve engineering problems utilizing a first principles approach
• Ability to lift/move up to 50 lbs and stand/walk for extended periods

Preferred Qualifications

• Master’s degree in Mechanical Engineering
• Engineer in Training (EIT) and/or Professional Engineer (PE) License
• Experience using ERP/MRP software
• Experience with simulation and analysis software such as FEA or FDM

Benefits

• Competitive compensation and equity packages including Restricted Stock Units
• Comprehensive health, dental, and vision insurance
• 401(k) Retirement plan with company match up to 4%
• Paid parental leave and volunteer time off
• Professional development and tuition reimbursement
• Daily meals allowance and cell phone stipend

About the Company

Crusoe is a vertically integrated AI infrastructure company that owns and operates each layer of the stack to power the world's most ambitious AI workloads through an energy-first approach.