Should be experienced in Steam Turbine Thermodynamic calculations and flowpath design optimization.
Able to prepare the conceptual design based on fleet requirements w.r.t thermodynamic boundaries.
Deep understanding of steam turbine thermodynamics design principles and excellent hold on analytical calculations.
Deep understanding and hands-on experience in designing the most optimum and highest efficiency bladepath for the given thermal conditions.
Should be able to read, interpret and create the heat-balance diagrams for the complete cycle.
Able to apply logical thinking in interpreting the calculation results and proposing the most cost-effective and efficient design for the steam turbine fleet.
Should be able to work together with the team to drive the product in a structured manner.
Having Rotordynamics calculation experience in addition would be an advantage.
Utilize his/her domain expertise and knowledge to hands-on perform the calculation tasks (e.g. Thermodynamics, Rotordynamics) with complete ownership.
Should possess Strong collaborative working skills in order to work seamlessly with different stakeholders across departments and across geographical regions.
Should have an innovative problem solving mindset and act as a solution finder.
Should be creative enough to express and present the technical results and project status in global forums.
We don’t need superheroes, just super minds
Criteria
B.Tech in Mechanical/Thermal Engineering from good universities
>5 years of relevant experience and expertise in the field of Thermodynamics, Rotordynamics calculations (preferably Steam Turbines).
