Senior Principal Data Center Liquid Cooling Engineer

Jabil; United States; Remote; USD 164,000 - 296,000; Full time

Benefits offered by this job

Short-term incentive

Medical, dental, and vision insurance

Paid time off

Parental leave

Holidays

401(k) retirement plan

Employee stock purchase plan

Job summary

Jabil is seeking a Senior Principal Mechanical Design Engineer to lead liquid cooling system design for data centers, including HDLC concepts and rack-level integration. The role requires deep experience with piping, manifolds, and materials, working across disciplines to meet performance and code standards.

Remote or Austin-based, this position emphasizes collaboration with global teams, CAD/CAE usage, and rigorous validation of thermo-mechanical performance for scalable modular deployments.

Qualifications

• Bachelor's degree in Mechanical Engineering or related field required.
• 8+ years of experience in mechanical system integration for data centers or similar infrastructure.
• Strong communication, teamwork, and problem-solving skills.

Responsibilities

• Lead mechanical design of liquid cooling systems for data centers, including HDLC and rack-level solutions.
• Review CAD/Technical Data Packages to ensure design meets performance and code requirements.
• Collaborate with cross-functional teams to validate piping, manifolds, and components.
• Perform thermo-mechanical analyses and test plans to confirm conformance with standards.

Skills

Liquid cooling

Data center design

CAD/CAE tools

Technical communication

Project collaboration

Education

Bachelor's degree in Mechanical Engineering

Job description

Jabil is seeking a Senior Principal Mechanical Design Engineer to lead liquid cooling system design for data centers, including HDLC concepts and rack-level integration. The role requires deep experience with piping, manifolds, and materials, working across disciplines to meet performance and code standards.

Remote or Austin-based, this position emphasizes collaboration with global teams, CAD/CAE usage, and rigorous validation of thermo-mechanical performance for scalable modular deployments.