A Snapshot of Your Day

As an Aerodynamic turbine designer, you are responsible for the design and optimization of our turbine airfoils & diffusor to maximize turbine performance. The tasks range from design & analysis of new airfoil design, upgrade of existing airfoil/components, prediction of airfoil row/stage component performance under new boundary conditions towards customer support and resolving non-conformance reports from manufacturing. To do so, you will apply a variety of different tools and 1D, 2D and 3D methods. You will make decisions based on simplified low fidelity approaches if possible or run a 3D CFD or multi-disciplinary optimization to find solutions for complex design tasks, or anything in between. You will be part of a global team and collaborate closely with colleagues from adjacent disciplines i.e. heat transfer, mechanical integrity, and manufacturing to develop a design that is a balanced compromise between project requirements for performance, lifetime and costs.

The tasks can include coming up with conceptual design, failure mode evaluation & root cause analysis, detailed aerodynamics analysis, report writing and defending key technical reviews. Deep knowledge of fluid dynamics, aerodynamics, and thermodynamics fundamentals are essential. Basic understanding of Aeroelasticity/Aeromechanics, Heat Transfer and appreciation for the structural integrity field are desirable. In addition to this, aerodynamics engineer needs to support manufacturing support qualification and field-testing aspects, (post final design review) for validation of the product. It is expected to provide technical advice about the suitability of developed design and its application across multiple gas turbine frames. Job requires regular interaction with global teams hence engineer should have persuasive communication skills and cross-cultural knowledge.

How You'll Make an Impact (Gas Services)

Turbomachinery aerodynamics calculations for axial gas turbine design, focusing on airfoils & exhaust diffusor. Have in-depth knowledge in numerical simulation (1D, 2D and 3D) of compressible flows in turbomachines.
In-depth knowledge in any commercial or in-house Quasi 3D CFD, throughflow and blade to blade tool/solver.
Independently able to create CFD setup by translating various assumptions & design requirements into the numerical model. Experience in CFX, Star CCM+.
2D/3D Aerodynamics CFD calculations to create turbine performance maps for the turbine hot flow path.
Turbine mean-line design, cascade design and analysis.
Knowledge on how to evolve a Turbine Airfoil design & perform optimization while satisfying Design for Manufacturability.
Able to understand physics, apply relevant assumptions, interpret results & perform basic hand calculations in Fluid mechanics, Aerodynamics & Heat Transfer discipline.
Able to understand the product function, design requirements and design principles.
Problem solving skills, self-learning capabilities.
Be a point of contact, speaking partner and provide expertise regarding hot gas path aerodynamics related topics in a project.
Working with project lead to understanding the project requirements, finding solutions to design challenges, and delivering results within agreed timeline & quality.

What You Bring

Mechanical/Aerospace engineer with a Master’s degree / M. Tech in Mechanical / Aerospace engineering (major - Aerodynamics, Fluid dynamics).
Strong understanding of Fluid dynamics, Turbomachinery aerodynamics and Computational Fluid Dynamics.
Minimum 5 years of relevant experience in Aerodynamics design & analysis of axial turbomachinery, Airfoil profile design, Design for Manufacturability.
Good understanding of CFD codes like CFX, StarCCM+, meshing tools like AutoGrid, Optimization tools like HEEDS etc.
Experience using Siemens NX (formerly known as Uni-graphics) or similar CAD software for visualization of Airfoil/cooling channel/scheme layout of components or engine assembly is a merit.
Programming skills like Python and Java and experience with Machine Learning
Good Understanding of Heat Transfer and Aeromechanics.
Basic understanding of Mechanical integrity (Strength, Fatigue, Creep, Fracture) and manufacturing aspects for gas turbine blading.
Ability to work within a cross-functional team.
Experience in Providing technical support to other functional areas is a merit.
Exposure to SAP and Teamcenter PLM.

Personality:

Strong interpersonal skills i.e., collaborator, adaptive learner, energetic, imaginative, innovative, ability to adapt quickly & effectively etc.
Self-driven in work tasks with a willingness to learn & propose and try new methods to solve a problem.
Align with organization purpose, values & behavior & adhere to business compliance guidelines.
Effective communicator both verbal and non -verbal.
Ability to write clear and descriptive reports in English.

About the Team (Power Generation)

In the large steam and gas turbine domain, we offer services and solutions for gas turbines, large steam turbines, large generators, and associated control technology. Our portfolio serves customers such as power utilities, Independent Power Producers (IPPs), Engineering Procurement and Construction (EPC) firms, and industrial clients. We provide a comprehensive range of offerings including maintenance, operation, digital services, modernization and upgradation, plant flexibilization, as well as control and digitalization solutions (digital control systems, field instruments, and equipment) and professional consulting.

Our power generation portfolio also includes industrial steam turbines (ranging from 10 kW to 250 MW), condensers, and service offerings designed to extend the lifespan and efficiency of industrial steam turbines through heat recovery solutions. We cater to a wide range of process industries—including oil and gas, chemicals, petrochemicals, paper & pulp, sugar & ethanol, and marine—helping customers reduce energy consumption and greenhouse gas emissions. A key focus area is delivering integrated industrial decarbonization solutions built on electrification, automation, and digitalization, while supporting sustainability through carbon-optimized energy systems and hydrogen generation.

Who is Siemens Energy India?

Siemens Energy India Limited (SEIL) has been a strategic partner in India for more than 100 years and is focused on being the most-valued energy technology company. Our large footprint spread across the entire region (India, Sri Lanka, Bhutan, Nepal, Maldives) with state-of-the-art facilities and customers installations positively impacts the lives of hundreds of millions of people, helping the countries navigate their energy transition and achieve its net zero targets.

SEIL is a pure play energy technology company, oﬀering a comprehensive portfolio of products, solutions, and services designed to support our customers along the entire energy value chain to go through their energy transition journey and achieve their net zero targets. Our portfolio oﬀering includes low to zero emissions power generation, power transmission and storage, and decarbonization of the industry. More information on:

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Hot Gas Path - Turbine Aerodynamics Engineer

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