Data Center Infrastructure Engineer (Project Lead) in at The Entrepreneur Cooperative

★ PLEASE SUBMIT YOUR CV IN ENGLISH ★

English Level Required: C1 (Advanced – written and spoken)
Data Center Infrastructure Engineer (Project Lead)
Location: Remote
Compensation: $5,000 – $7,000 USD per monthAbout the Role
We are seeking a Data Center Infrastructure Engineer (Project Lead) to lead the design and technical execution of next-generation data center developments.
This individual will play a central role in shaping how large-scale infrastructure is designed, deployed, and scaled across key markets, with environments engineered to support high-density compute workloads and future growth.
This role is focused on the infrastructure that is developed and delivered, not on land acquisition or monetization strategies. The ideal candidate brings a combination of deep engineering expertise, real-world project delivery experience, and a forward-looking perspective on data center infrastructure, power systems, and thermal management.Key Responsibilities
Design & Project Leadership

• Lead end-to-end design and execution of large-scale data center campuses (50MW–100MW)
• Establish and refine design standards across electrical, mechanical, and site infrastructure
• Develop modular, repeatable design frameworks to accelerate deployment timelines

Grid-Power-Centric Infrastructure

• Design infrastructure anchored by utility-scale grid power availability
• Architect efficient power distribution systems, including:
  • Medium and high-voltage distribution
  • Reduced conversion architectures
  • Scalable redundancy strategies (N+1, 2N, etc.)
• Coordinate closely with utilities on load delivery, interconnection, and phasing

High-Density & AI Optimization

• Design environments capable of supporting:
  • 75kW–150kW per rack, with a path toward 300kW+ per rack and beyond
  • GPU-intensive and AI workloads
• Lead integration of:
  • Direct-to-chip liquid cooling
  • CDU-based architectures
  • Advanced thermal management strategies

Innovation & System Optimization

• Evaluate and integrate emerging technologies, including:
  • Liquid and immersion cooling
  • Advanced electrical topologies
  • Grid-interactive design strategies
• Identify opportunities to:
  • Reduce cost per MW
  • Increase speed to market
  • Improve operational efficiency

Cross-Functional Execution

• Collaborate with:
  • Development and investment teams
  • External MEP engineers and consultants
  • Utilities and infrastructure providers
  • OEMs and technology partners
• Translate customer and market requirements into scalable infrastructure solutions

Project Delivery

• Oversee project execution from concept through commissioning
• Ensure alignment with:
  • Budget targets
  • Development timelines
  • Long-term operational performance

Qualifications
Core Requirements

• Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Civil Engineering, or related field
• 5–10+ years of experience in mission-critical or data center infrastructure projects
• Proven experience delivering data center projects of 10MW+, preferably 50MW+ environments
• Deep expertise in:
  • Power distribution systems
  • Redundancy design
  • Cooling systems (air and liquid-based)

Preferred Qualifications

• Professional Engineer (PE) license is strongly preferred
• Experience with:
  • High-density or AI/HPC environments
  • Liquid cooling systems and CDU architectures
  • Utility interconnection and large-load power strategies
• Familiarity with modular construction and prefabrication

What We’re Looking For
This role is best suited for individuals who:

• Have successfully delivered large-scale infrastructure projects, not just designed them
• Have experience operating in high-density compute environments (75kW+ per rack)
• Thrive in fast-moving, execution-driven environments
• Think in terms of integrated systems (power, cooling, and compute)
• Are motivated to challenge traditional data center design approaches
• Can operate at both:
  • Strategic level (design standards, planning)
  • Technical level (detailed system architecture and execution)

Why This Role

• Opportunity to help define next-generation AI-ready data center infrastructure
• Direct involvement in platform-level design and development strategy
• Exposure to large-scale power infrastructure and planning
• Ability to influence how and where data centers are built
• Work alongside high-performing, execution-focused teams

Important Notes

• This role is remote
• Availability to coordinate with international teams is required

This is a remote/telecommute position.