Job Detail

Lead Engineer - Thermal Dynamics Tools and Methods - GE Aviation

Date Posted:Nov 11, 2021

Job Detail

  • Location:
    Bangalore, Karnataka, India
  • Company:
  • Type:
    Full Time
  • Career Level:
    Mid-Senior level
  • Experience:
    5 Year
  • Gender:
    No Preference
  • Degree:
    Graduate
  • Apply Before:
    Jan 09, 2022

Job Description

TSD tools and method is critical domain for GE businesses (Aviation, Power and Renewable). TSD tools platforms are equipped with state-of-the-art tools/methods which provides competitive edge for completing thermal analysis. NGT is one such platform which TSD tools team offers to GE businesses. NGT platform is an integrated framework that has a customized thermal solver with customized GUI (Graphical User Interface) used by GE engineers, for conducting mixed fidelity simulations that includes integrated Flow, Heat transfer and Mechanical analyses.
Lead Engineer – TSD Tools and Method engineer will be responsible for further enhancing thermal capabilities in NGT-Platform as per business need and fix issues in platform as reported by thermal users. This role also demands NGT code base deployment, testing and detailed validation before newer NGT releases of NGT to 100+ users. The tool owner must actively interact with all thermal engineers to understand the ask and must follow LEAN approach to eliminate waste as per business need.
In addition to the above, this role also demands strong collaboration with thermal users to empowering them in resolving issues/challenge faced while using thermal tools.

  • Gathering thermal enhancement requests from thermal users and translating those in to first principles-based equations and solving them through in-house solvers before implementing the same in the thermal solver.
  • Implementing thermal enhancement in NGT solver while ensuing desired connectivity between interfacing tools/methods such as Mechanical solver and Flow Solver etc.
  • Creating user interface (UI) specifications in accordance with enhancement request.
  • Empowering thermal users while addressing: 1. Bug/Issues reported by users,2. Issues faced while using thermal tools, 3. Automation requests 4. New technology integration requests.
  • Meeting NGT delivery schedule adhering to toll gate process followed within GE.
  • Following details SDLC process for NGT release (Code update, Integration, Compilation, Testing, Validation, TG review and Release)
  • Working on strategic POC’s targeted as enhancing tools state considering latest industry trend relative to thermal tools
  • Gathering thermal enhancement requests from thermal users and translating those in to first principles-based equations and solving them through in-house solvers before implementing the same in the thermal solver.
  • Implementing thermal enhancement in NGT solver while ensuing desired connectivity between interfacing tools/methods such as Mechanical solver and Flow Solver etc.
  • Creating user interface (UI) specifications in accordance with enhancement request.
  • Empowering thermal users while addressing: 1. Bug/Issues reported by users,2. Issues faced while using thermal tools, 3. Automation requests 4. New technology integration requests.
  • Meeting NGT delivery schedule adhering to toll gate process followed within GE.
  • Following details SDLC process for NGT release (Code update, Integration, Compilation, Testing, Validation, TG review and Release)
  • Working on strategic POC’s targeted as enhancing tools state considering latest industry trend relative to thermal tools
  • Overall, 5-6 years of experience with bachelor’s degree or master’s degree in Thermal domain from an accredited university or college (with a minimum of 3 years of experience in Thermal domain)
  • Strong understanding of heat transfer physics, simulation, and numerical methods
  • Minimum 3 years of software development experience in customizing thermal solver (Ansys, Nastran etc.) using FORTRAN/C/C++/Python.
  • Exposure to SDLC processes and experience in deploying customized thermal tools to users.
  • Introductory knowledge of Hypermesh API.
  • Passionate towards learning new thermal simulation methods / tools
  • A self-learner who will drive the project independently with correct definition of a problem statement to proposing a solution and finally attempting to creatively solve it.
  • Ability to work in a cross-functional environment with strong communication and presentation skills
  • Ansys ADPL programming, shell scripting, python scripting.
  • Build multi-type program interfaces, resolve dependencies, and deploy software packages
  • Proven skills of TSD process integration (CAD – Meshing – Solver – Post processing)
  • Should be aware about ML and optimization methods
  • Strong interpersonal and leadership skills with ability to influence others.

Additional Information

Relocation Assistance Provided: Yes

 

Skills Required

Company Overview

Cincinnati, Ohio, United States of America

GE Aviation, an operating unit of GE (NYSE: GE), is a world-leading provider of jet and turboprop engines, components and integrated systems for commercial, military, business and general aviation aircraft. GE Aviation has a global service network to... Read More

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