7+ years in data center design or engineering with exposure to power, cooling, and space optimization
Strong knowledge of data center electrical and mechanical systems
Experience collaborating with business teams on cost and timeline constraints
Ability to quantitatively build and use cost models for design comparisons
Excellent communication skills across engineering and business teams
Preferred experience in high-density compute environments (AI/ML, HPC, GPU)
Bachelor's degree in Mechanical, Electrical, Structural Engineering, Architecture, or related; advanced degree is a plus
Responsibilities
Lead trade-off analysis for optimizing design against space, power density, and cost
Translate commercial requirements into design specifications through partnership with Finance and Engineering teams
Evaluate power distribution and cooling architecture impacts on rack density together with engineering teams
Develop cost models for comparing design alternatives and inform leadership on decisions
Create repeatable design standards and reference architectures to streamline deployment
Assess new data center technologies for improvements in density, cost, or speed of deployment
Run cross-functional design reviews to ensure designs meet technical and commercial targets
Benefits
Competitive compensation and equity packages
Restricted Stock Units
Paid time off and holidays
Comprehensive health, dental & vision insurance
Employer contributions to HSA account
Paid parental leave
Paid life insurance and disability
Professional development and tuition reimbursement
Mental health and wellness support
Commuter benefits
Cell phone stipend
401(k) plan with company match
Volunteer time off
Global travel insurance and emergency assistance
Daily meals allowance
Additional location-specific perks
Full Job Description
About the Role:
Crusoe is looking for a Data Center Design Manager to own the optimization of our data center designs against the constraints that matter most: space, power, and cost. This role sits at the intersection of engineering and the business - you'll partner directly with Manufacturing, Engineering, Finance, Supply Chain, and Operations to make sure design decisions reflect real commercial trade-offs, not just technical ideals. You'll work across mechanical, electrical, product, and structural design disciplines to push rack density and power delivery further while keeping build and operating costs in check, and you'll be the person in the room translating between design engineers and business stakeholders so every site delivers the best possible economics.
What You'll Be Working On:
Design Optimization: lead trade-off analysis across space, power density, and cost for new data center designs, identifying opportunities to increase compute per rack and per square foot without compromising reliability
Business Partnership: work directly with Finance, Engineering, and Supply Chain to translate commercial requirements - cost targets, delivery timelines, customer commitments - into concrete design specifications
Power & Cooling Strategy: partner with electrical and mechanical engineering teams to evaluate power distribution, cooling architecture (air, liquid, immersion), and their impact on achievable rack density
Cost Modeling: build and maintain models comparing design alternatives on total installed cost and cost per kW, per rack, and per square foot, giving leadership a clear basis for design decisions
Standardization & Reuse: develop repeatable design standards and reference architectures that can be deployed across sites, reducing engineering rework and accelerating time to build
Vendor & Technology Evaluation: assess new data center technologies (power delivery, cooling, rack/enclosure systems) for their potential to improve density, cost, or deployment speed
Cross-Functional Design Reviews: run design review sessions with Engineering, Operations, and business stakeholders to validate that designs meet both technical requirements and commercial targets before they're locked
What You'll Bring to the Team:
7+ years of experience in data center design, engineering, or infrastructure planning, with direct exposure to power, cooling, and space optimization trade-offs
Strong understanding of data center electrical and mechanical systems - power distribution, UPS, cooling architectures (air and liquid), and structural/floor loading considerations
Demonstrated experience partnering with commercial or business teams to translate cost and timeline constraints into engineering decisions
Comfort building and using cost models to compare design alternatives quantitatively, not just qualitatively
Excellent cross-functional communication skills, with the ability to work fluently with both engineers and business stakeholders
Experience with high-density compute environments (AI/ML, HPC, or GPU-dense infrastructure) strongly preferred
Bachelor's degree in Mechanical, Electrical, or Structural Engineering, Architecture, or a related field; advanced degree a plus
Benefits:
Competitive compensation and equity packages
Restricted Stock Units
Paid time off, paid holidays & leave of absence programs
Comprehensive health, dental & vision insurance
Employer contributions to HSA account
Paid parental leave
Paid life insurance, short-term and long-term disability
Professional development & tuition reimbursement
Mental health & wellness support
Commuter benefits (parking & transit)
Cell phone stipend
401(k) Retirement plan with company match up to 4% of salary
Volunteer time off
Global travel insurance & emergency assistance
Daily meals allowance
Additional perks & programs specific to location
Compensation Range
Compensation will be paid in the range of up to $160,000-$195,000 + Bonus. Restricted Stock Units are included in all offers. Compensation to be determined by the applicant's knowledge, education, and abilities, as well as internal equity and alignment with market data.
