Vertiv
Lead System Engineer
- Pune, India · On-site
- Salary not published
- Posted 4 weeks ago
From Vertiv's careers page
Status: listed on the employer's own careers page when we last checked (daily). Confirm on their site before applying.
Vertiv
From Vertiv's careers page
Status: listed on the employer's own careers page when we last checked (daily). Confirm on their site before applying.
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System Architecture & Design
Lead overall CDU system design and architecture development from concept through production.
Define thermal, hydraulic, mechanical, electrical, and controls requirements.
Develop system specifications, performance requirements, and validation plans.
Perform system trade-off studies balancing performance, reliability, serviceability, cost, and scalability.
Establish platform architecture for future CDU product families.
Thermal & Hydraulic Engineering
Design liquid cooling loops for direct-to-chip and rear-door heat exchanger applications.
Perform thermal performance calculations and heat rejection analysis.
Pumps
Plate Heat Exchangers
Expansion Tanks
Valves
Flow Sensors
Air Separators
Filters and Strainers
Evaluate pressure drop, flow distribution, NPSH, and pump operating envelopes.
Cooling capacity
ATD
Flow loading
Temperature ranges
Glycol concentrations
Modelling & Simulation
Knowledge of - CFD tools, MATLAB, Simulink1D Flow Network Model, CAD, Will be added advantage, Refrigeration Cycle Simulation
Develop and validate system models against physical test data.
Create correction-factor methodologies and system performance prediction tools.
Support digital twin and predictive engineering initiatives.
Product Validation & Qualification
Define DVT and regulatory test plans.
Lead system qualification activities.
Correlate test results with analytical models.
Investigate performance deviations and root causes.
Drive reliability growth and design robustness.
Controls & System Integration
Work closely with controls and software teams.
Pump modulation
Flow control
Temperature control
Redundancy management
Fault detection
Validate system operation during transient and fault conditions.
Reliability & Serviceability
Drive serviceability-focused designs.
DFMEA
Design Reviews
Risk Assessments
Failure Analysis
Improve MTBF and field reliability.
Develop innovative maintenance and modular service concepts.
Product Development Leadership
Participate in New Product Development (NPD) programs.
Mentor design engineers and SMEs.
Interface with suppliers for component evaluation and qualification.
Support manufacturing, sourcing, quality, and field service teams.
Innovation & Intellectual Property
Identify patentable technologies and innovative system solutions.
Drive invention disclosures and patent filings.
Benchmark competitors and emerging cooling technologies.
Required Qualifications
Mechanical Engineering
Thermal Engineering
Fluid Engineering
Energy Systems
8-10 years of experience in thermal-fluid systems.
5+ years designing liquid cooling systems/CDUs/chillers/HVAC/ industrial fluid systems.
Technical Skills
Heat Transfer
Fluid Mechanics
Thermodynamics
Pump Selection
Heat Exchanger Design
System Curves
Pressure Drop Analysis
Thermal Qualification
Reliability Engineering
Standards Knowledge
ASME
ANSI
AHRI
UL
CE
IEC
SEMI Standards
Data Centre Cooling Best Practices
Cooling Distribution Units (CDU)
Direct-to-Chip Liquid Cooling
Immersion Cooling
Chilled Water Systems
Data Centre Thermal Management
AI Infrastructure Cooling
High-Density Rack Cooling