Project Executive
Crusoe
Posted
May 27, 2026
Location
Remote (US)
Type
Full-time
Compensation
$190000 - $240000
Mission
What you will drive
- Lead complex, hyperscale AI Data Center construction projects
- Build and lead teams of construction industry professionals
- Work with large scale budgets
- Operate as a key leader on some of the largest scale and most critical projects at both Crusoe and globally
Impact
The difference you'll make
This role directly enables the expansion of AI infrastructure that is energy-efficient and environmentally responsible, accelerating the transition to sustainable computing and supporting AI innovation that can solve global challenges.
Profile
What makes you a great fit
- Over 10 years of experience in construction management of mission critical projects
- Proven track record of managing and delivering very challenging projects on time and on/under budget
- Deep understanding of construction best practices, methodologies, budgeting, scheduling, and quality management
- Ability to thrive under tight deadlines
Benefits
What's in it for you
- 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: $190,000 - $240,000 + Bonus
About
Inside Crusoe
Crusoe is a vertically integrated AI infrastructure company on a mission to accelerate the abundance of energy and intelligence, owning and operating each layer of the stack from electrons to tokens to power the world's most ambitious AI workloads with an energy-first approach.