The Senior Thermodynamics Engineer – Pump-Turbine Units provides expert-level technical leadership in the thermodynamic analysis, design optimization, and performance evaluation of pump-turbine systems. This role is critical in maximizing energy efficiency and reliability for complex water and power infrastructure projects. The engineer leads modeling, testing, and integration efforts, and collaborates with cross-disciplinary teams on new installations, retrofits, and operational upgrades.
Lead detailed thermodynamic cycle modeling and system-level performance assessments for pump-turbine installations.
Identify energy losses, thermal inefficiencies, and system bottlenecks using both theoretical and empirical methods.
Provide technical oversight on the thermal design and specification of pump-turbine components, including impellers, runners, heat exchangers, and seals.
Guide the selection and optimization of configurations for peak-load management, energy recovery, and water flow control.
Develop and validate complex thermal-fluid models using MATLAB, EES, CFD (ANSYS Fluent, CFX), and system simulation tools.
Use real-time operational data for predictive modeling and digital twin integration.
Lead field performance testing and commissioning of pump-turbine systems.
Analyze operational data to resolve thermal imbalances, transient behavior, and system instabilities.
Mentor junior engineers and provide strategic guidance for energy efficiency initiatives.
Collaborate with mechanical, electrical, and controls teams on integrated system performance.
Advanced Thermodynamic Modeling of Pump-Turbine Cycles
System Optimization for Energy Recovery and Efficiency
CFD and Heat Transfer Simulation for Rotating Equipment
Commissioning and Field Diagnostics for Pumped-Storage Applications
Design Review, Technical Specifications, and Vendor Evaluation
Cross-Functional Leadership in Integrated Water-Energy Projects
Data-Driven Engineering Using Real-Time Monitoring & Analytics
Bachelor’s degree in Mechanical or Thermal Engineering (Master’s or PhD preferred)
7–10+ years of experience in thermodynamics and energy systems involving rotating equipment
Deep expertise in pump-turbine performance analysis, heat transfer, and cycle efficiency
Proficient in modeling and simulation tools: MATLAB, EES, ANSYS, or similar platforms
Familiarity with international standards (e.g., ASME PTC, ISO, API) for turbomachinery
Strong leadership, mentoring, and technical decision-making skills
Advanced analytical skills with a focus on energy conservation and system optimization
Excellent communication, reporting, and presentation abilities
Ability to manage cross-disciplinary projects and interface with operations, design, and OEMs
Passion for innovation, sustainability, and performance excellence