This listing is archived (older than 2 years). Verify status before applying.
Combustion Engnr (M.tech) Required at GE India
Posted May 18, 2011
· 2 - 5 Years
Organization
Engineering Analysis Center of Excellence (EACoE) is the Engineering & technology hub for GE Infrastructure located at the John F Welch Technology Centre, Bangalore. The team is part of the Global Engineering team of the Infrastructure businesses like Aviation, Energy, Oil & Gas and Water technologies, engaged in high-end design and analysis of Aircraft Engine components, Steam / Gas / Wind Turbines and Generators and mechanical drives for oil & gas applications.
Role
Experience:2 - 5 Years
Location:Bengaluru/Bangalore
Education:UG - B.Tech/B.E. - Any Specialization PG - M.Tech - Aviation, Mechanical
Industry Type:Oil and Gas/ Power/Infrastructure/Energy
Role:Other
Functional Area:Other
Desired Candidate Profile
• Post graduate in Mechanical/Aerospace engineering with excellent academic record.
• 2 to 5 years of experience with sound knowledge of Fluid Mechanics/Dynamics, Heat Transfer and combustion.
• Strong knowledge of fundamentals of advanced Fluid Mechanics and Computational Fluid Dynamics (CFD) especially gained through course/thesis work and/or experience in applying CFD codes.
• Excellent analytical skills and problem solving ability.
• Excellent teamwork and communication skills.
• Strong commitment to deliver.
• Ability to work independently, with minimal oversight.
• Inclination to work on a wide variety of projects of interest to GE Energy.
• Passion for technology development and continuous learning.
Job Description
• Design, analysis and development of next generation advanced technology gas turbine combustion systems considering cost, operability, reliability and emissions working with a team of engineers
• Work through the complete cycle of CFD analysis right from CAD geometry creation, mesh generation, solution and post processing using tools like UG, ICEM, Gambit/ TGrid and Fluent.
• CFD analysis involving both non-reactive and complex reactive flow. In-depth physical interpretation of CFD results, propose design changes and preparation of design study reports with clear conclusions and recommendations.
• Actively contribute in developing state-of-the-art analyses methods for Combustor design and analysis.
• Strong interaction with the team members locally and worldwide to understand the project requirements and deliver results on time with superior quality maintaining seamless communication among the stakeholders.
• Interact with worldwide GE Combustion community to establish/communicate best practices, latest technical breakthroughs, and contributions
• Work with entire Gas Turbine Design team to assure system level approach to meet product goals
• Conceive ideas to solve aerothermal design problems
• Evaluate design of hardware and combustion system using experimental and computational techniques
• Meet schedule and deliver high quality analytical work
• Participate in laboratory testing of combustion system to validate aerothermal performance
Keywords: combustion, reacting flow
Contact Details
Company Name:GE India Technology Pvt. Ltd.
Location:Bengaluru/Bangalore
Education:UG - B.Tech/B.E. - Any Specialization PG - M.Tech - Aviation, Mechanical
Industry Type:Oil and Gas/ Power/Infrastructure/Energy
Role:Other
Functional Area:Other
Desired Candidate Profile
• Post graduate in Mechanical/Aerospace engineering with excellent academic record.
• 2 to 5 years of experience with sound knowledge of Fluid Mechanics/Dynamics, Heat Transfer and combustion.
• Strong knowledge of fundamentals of advanced Fluid Mechanics and Computational Fluid Dynamics (CFD) especially gained through course/thesis work and/or experience in applying CFD codes.
• Excellent analytical skills and problem solving ability.
• Excellent teamwork and communication skills.
• Strong commitment to deliver.
• Ability to work independently, with minimal oversight.
• Inclination to work on a wide variety of projects of interest to GE Energy.
• Passion for technology development and continuous learning.
Job Description
• Design, analysis and development of next generation advanced technology gas turbine combustion systems considering cost, operability, reliability and emissions working with a team of engineers
• Work through the complete cycle of CFD analysis right from CAD geometry creation, mesh generation, solution and post processing using tools like UG, ICEM, Gambit/ TGrid and Fluent.
• CFD analysis involving both non-reactive and complex reactive flow. In-depth physical interpretation of CFD results, propose design changes and preparation of design study reports with clear conclusions and recommendations.
• Actively contribute in developing state-of-the-art analyses methods for Combustor design and analysis.
• Strong interaction with the team members locally and worldwide to understand the project requirements and deliver results on time with superior quality maintaining seamless communication among the stakeholders.
• Interact with worldwide GE Combustion community to establish/communicate best practices, latest technical breakthroughs, and contributions
• Work with entire Gas Turbine Design team to assure system level approach to meet product goals
• Conceive ideas to solve aerothermal design problems
• Evaluate design of hardware and combustion system using experimental and computational techniques
• Meet schedule and deliver high quality analytical work
• Participate in laboratory testing of combustion system to validate aerothermal performance
Keywords: combustion, reacting flow
Contact Details
Company Name:GE India Technology Pvt. Ltd.