1. Engineering & Product Development 

• Lead the complete engineering lifecycle of data center cooling products from concept development to production and deployment. 

• Provide technical leadership for products such as: 

• Immersion Cooling Pods 

• Coolant Distribution Units (CDU) – Liquid-to-Liquid and Liquid-to-Air 

• Load Banks 

• Heat exchangers and thermal management systems 

• Pumps, valves, piping, manifolds, controls, sensors, and cooling loops 

• Establish engineering standards, design methodologies, product architectures, and development processes. 

• Drive DFM/DFA, reliability, manufacturability, serviceability, and cost optimization. 

2. Immersion Cooling Expertise

• Lead the engineering development of single-phase and/or two-phase immersion cooling systems. 

• Understand thermal characteristics, coolant selection, flow distribution, heat rejection, pumping requirements, and system integration. 

• Develop and validate immersion cooling pods/tanks and associated cooling infrastructure. 

• Work closely with customers and data center teams to address system-level thermal and operational requirements. 

3. CDU & Liquid Cooling Systems

• Provide technical leadership in the development of CDUs and liquid cooling systems. 

• Understand system sizing, flow rates, pressure drops, heat loads, redundancy, pump selection, heat exchangers, controls, and instrumentation. 

• Lead development of L2L and L2A CDU architectures for high-density data center applications. 

• Ensure products meet required performance, reliability, safety, and scalability targets.

  
  

4. Load Bank Engineering 

• Lead the engineering and development of data center load banks used for testing and commissioning of power and cooling infrastructure. 

• Understand thermal loads, electrical interfaces, heat rejection, airflow/liquid cooling requirements, controls, instrumentation, and safety. 

• Ensure load bank designs are suitable for data center testing and validation environments. 

5. Thermal & Simulation

• Collaborate with thermal/CFD engineers to validate product performance. 

• Review and guide CFD, thermal analysis, heat transfer, fluid flow, pressure drop, and system-level simulations. 

• Translate simulation results into practical design improvements. 

• Establish appropriate testing and validation methodologies to correlate simulation with physical performance. 

6. R&D, Testing & Validation

• Establish product development and validation plans. 

• Lead prototype development, laboratory testing, performance validation, reliability testing, and design verification. 

• Define engineering acceptance criteria and product performance benchmarks. 

• Drive root-cause analysis and corrective actions for product performance issues. 

7. Manufacturing & Industrialization 

• Work closely with Manufacturing, Quality, Procurement, and Operations teams to industrialize new products. 

• Ensure engineering designs are suitable for factory-level manufacturing and assembly. 

• Support supplier development, component qualification, and technical evaluation of vendors. 

• Drive cost reduction, value engineering, and design standardization initiatives. 

8. Customer & Project Technical Leadership 

• Engage with customers, data center operators, consultants, EPCs, and technology partners on technical requirements. 

• Lead technical discussions, design reviews, FAT/SAT, commissioning support, and customer escalations. 

• Translate customer requirements into engineering specifications and product roadmaps. 

• Support business development and presales teams with technical solutions and product demonstrations. 

9. Engineering Team Leadership

• Build and lead a multidisciplinary engineering organization covering Mechanical, Thermal/CFD, Electrical, Controls, Product Design, and R&D. 

• Establish engineering goals, development plans, KPIs, and technical competency frameworks. 

• Mentor engineers and develop strong technical leadership within the team. 

• Allocate resources across multiple product development and customer projects. 

10. Quality, Reliability & Compliance 

• Establish engineering standards for quality, reliability, safety, and product performance. 

• Ensure products comply with applicable industry standards, customer specifications, and regulatory requirements. 

• Drive design FMEA, risk assessment, failure analysis, and reliability improvement initiatives. 

• Work with Quality teams on product qualification and certification requirements.