Chief Engineering Officer, Data Center Systems

riot-platforms-careers; United States; Remote; USD 310,000 - 340,000; Full time

Benefits offered by this job

Sign-on equity grant

Equity incentive programs

401(k) with match

Health coverage

Job summary

Riot Platforms in the United States is seeking a Senior Vice President (SVP) of Engineering to lead Riot Data Centers’ engineering organization. You will oversee mechanical, electrical, and controls disciplines, set technical standards, and drive design integrity across the active portfolio.

You will manage a multi-discipline team, collaborate with design and construction leadership, and guide vendor relations, capital investment decisions, and cross-functional execution to accelerate delivery

Qualifications

• Bachelor's degree in Electrical or Mechanical Engineering; advanced degree a plus.
• 15+ years of engineering experience in the data center market (implied)
• Demonstrated leadership of multi-discipline engineering teams with people management accountability.

Responsibilities

• Establish and enforce engineering standards, Basis of Design (BoD) frameworks, and QA/QC protocols across all disciplines.
• Own technical reviews at key project milestones (DD, 30/60/90/IFC) to ensure design integrity.
• Serve as senior technical authority for cross-discipline coordination across mechanical, electrical, and controls.

Skills

Leadership

Multidisciplinary team mgmt

Engineering standards

Executive communication

Cross-functional coordination

Travel flexibility

Education

B.S. in Electrical or Mechanical Engineering

Advanced degree a plus

Job description

Riot Platforms in the United States is seeking a Senior Vice President (SVP) of Engineering to lead Riot Data Centers’ engineering organization. You will oversee mechanical, electrical, and controls disciplines, set technical standards, and drive design integrity across the active portfolio.

You will manage a multi-discipline team, collaborate with design and construction leadership, and guide vendor relations, capital investment decisions, and cross-functional execution to accelerate delivery