Chief Engineer- Data Center Cooling at Eaton USA

Pune, maharashtra, India -

Full Time

Start Date

Immediate

Expiry Date

23 Feb, 26

Salary

0.0

Posted On

25 Nov, 25

Experience

10 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Cooling Technologies, Data Center Design, Mechanical Engineering, Electrical Engineering, Energy Efficiency, Sustainability Practices, Technical Leadership, Problem Solving, Project Management, Digital Twin Integration, Advanced Visualization, Cooling Distribution Units, Heat Exchangers, Liquid Cooling, Chillers, Communication Skills

Industry

electrical;Appliances;and Electronics Manufacturing

Description

This role will define the cooling technology roadmap and drive the development of high-performance solutions, including creating and validating conceptual cooling layouts for next-generation high-performance data centers. The position involves working across air, liquid, and hybrid cooling technologies, leveraging industry-standard design tools to produce layouts, schematics, and digital models that integrate seamlessly into digital twin environments. - Develop advanced cooling solutions such as Cooling Distribution Units (CDUs), rear-door heat exchangers, liquid manifolds, hot aisle containment systems, chillers, and facility water systems. - Evaluate and develop new cooling technologies for data center future products - Ensure close integration of designs with mechanical and electrical engineering teams for safe, optimized end-to-end system performance. This position is based at our office in Magarpatta City, Pune. - Technical Leadership - Drive Data Center cooling solution programs, engineering reviews and ensure adherence to technical standards. Provide guidance on complex technical issues and mentor junior engineers. - Innovation & Problem Solving - Evaluate new technologies and solution approach, drive continuous improvement in design processes and methodologies. Resolve technical challenges and implement best practices for reliability and performance. - Strategy contribution - Contribute to overall data center architecture strategy, aligning with business objectives; deliver robust, future-ready solutions data center segment. - Program governance and collaboration with cross-functional teams to ensure seamless implementation. Ensure robust documentation and adherence to safety standards. - Project Execution - Oversee end-to-end Data Center cooling solutions development lifecycle, from concept to validation. Ensure timely delivery of engineering work packages within scope and budget. Evaluate conceptual cooling system layouts for air, liquid, and hybrid-cooled data centers and develop digital twin platforms - DevelopThermal technology roadmap and evaluate and integrate emerging cooling technologies (CDUs, rear-door HX, direct-to-chip liquid cooling, immersion, advanced containment). Masters or PhD in mechanical or electrical engineering or Energy systems or related field 15+ years of experience in data center energy systems, electrical infrastructure, cooling or related domains. Deep knowledge of data center power architectures (Transformers, SST, UPS, PDUs, Switchgear, MV and LV architectures) Deep knowledge of air, liquid, and hybrid cooling systems (CDUs, RDHx, manifolds, chiller plants, heat reuse) for data centers. Knowledge of energy efficiency and sustainability best practices in data centers (energy usage, water use, heat reuse, metrics). Excellent communication skills — comfortable engaging with executives, engineers, and customers alike. Track record of publishing, presenting, or contributing to standards/industry consortia (ASHRAE, OCP, IEEE, etc.). Familiarity with Autodesk design tools (e.g., AutoCAD, Revit, CFD platforms) and integration with digital twin environments. Experience with advanced visualization ecosystems like USD (Universal Scene Description) and NVIDIA Omniverse. Business development or product strategy experience in a technology-driven environment. Exposure to USD (Universal Scene Description) and NVIDIA Omniverse for advanced visualization and digital twin integration. Hands-on familiarity with liquid cooling components (cold plates, manifolds, CDUs). Knowledge of sustainability and efficiency practices in data centers (energy efficiency, water use, heat reuse). - Proven success in leading multidisciplinary teams and managing complex technical projects. Values differences - Appreciates the values of different perspectives and cultures Business Insights - Applies market and competition knowledge to advance organizational goals Strategic agility - sees ahead clearly; can create competitive and breakthrough strategies Drive for results - can be counted on to exceed goals successfully Decision quality - makes good decisions based upon a mixture of analysis, wisdom, experience, and judgment Demonstrated experience in managing & developing new processes, systems and tool Skilled at conflict management, dealing with ambiguity and change management Communicates effectively - develops and delivers multi-mode communication to diverse stakeholder

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Responsibilities

Define the cooling technology roadmap and develop high-performance cooling solutions for data centers. Oversee the entire development lifecycle from concept to validation, ensuring integration with mechanical and electrical engineering teams.