1 Opening(s)
8.0 Year(s) To 12.0 Year(s)
20.00 LPA TO 25.00 LPA
Advanced Lead Engineer-Mechanical Component:
M.Tech with 7-8 Yrs. minimum experience.
Skill- Mechanical design & analysis, 80% into design & 20% into analysis. FEA, ANSYS. Keywords: mechanical design, structural design, FEA, ANSYS
Advanced Lead Engineer-Mechanical Component
Job Description Summary
Activities contributing to the design and development of products, solutions and systems.
Includes activities linked to technical ...
1 Opening(s)
6.0 Year(s) To 12.0 Year(s)
20.00 LPA TO 30.00 LPA
Role Summary/Purpose:
As an Advanced Lead Engineer, you will build and utilize multiple skillsets including design, product definition and field issue resolutions for a specific hardware or group of hardware in LCE Engineering Org. You will be doing activities linked to technical improvement of existing components and products, resolution of ...
1 Opening(s)
12.0 Year(s) To 17.0 Year(s)
30.00 LPA TO 40.00 LPA
As a staff engineer, you will provide technical leadership while owning hardware on GP FAN module. In this role, you will be responsible to maintain part for the life cycle of the engine including aspects on solving new make issues, field issue resolution, RCA, TOPS8D, QEM, Repair, and cost reduction. ...
1 Opening(s)
4.0 Year(s) To 8.0 Year(s)
15.00 LPA TO 20.00 LPA
Lead Engineer will execute design programs while owning hardware on GE90/GP FAN module. In this role, you will be responsible to maintain part for the life cycle of the engine including aspects on solving, field issue resolution, RCA, TOPS8D, Quality Issue, Repair, and cost reduction. you will manage field issues, ...
1 Opening(s)
4.0 Year(s) To 8.0 Year(s)
15.00 LPA TO 20.00 LPA
Job Description Summary
In this role you will be part of the additive heat exchanger design team in Advanced Mechanical Design organization. You will take part in the latest GE product design through technology maturation programs. You will have the opportunity to work and lead projects on different engine modules and ...
1 Opening(s)
5.0 Year(s) To 8.0 Year(s)
15.00 LPA TO 20.00 LPA
Job Description Summary
In this role you will be part of the Hot structures design team in Advanced Mechanical Design organization. You will take part in the latest GE product design through technology maturation programs. You will have the opportunity to work and lead projects on different engine modules and design ...
1 Opening(s)
7.0 Year(s) To 10.0 Year(s)
23.00 LPA TO 33.00 LPA
Job Description Summary
In this role you will be part of the Hot structures mechanical design team in Advanced Mechanical Design organization. You will take part in the latest product design through technology maturation programs. You will have the opportunity to work and lead projects on different engine modules and design ...
3 Opening(s)
5.0 Year(s) To 10.0 Year(s)
20.00 LPA TO 22.00 LPA
The mechanical engineer in the Preliminary Design team is a pivotal role in shaping the future of flight and environmentally sustainable air travel. Operating within the Advanced Technologies department at Aerospace, you will be involved in designing, assessing, and launching next generation of propulsion systems, collaborating closely with the commercial ...
1 Opening(s)
5.0 Year(s) To 10.0 Year(s)
15.00 LPA TO 22.00 LPA
Job Description Summary
The Lead Engineer – Emerging Technologies is responsible for Mechanical Design of Aircraft Jet Engine Hot Structures from conceptual design phase supporting RISE technology programs at GE Aerospace Bangalore Engineering Center. Work in this role has the objective of demonstrating the feasibility of concept through analyses and test. ...
1 Opening(s)
4.0 Year(s) To 5.0 Year(s)
15.00 LPA TO 15.00 LPA
R3751398 Lead Engineer- Clearances
Job Description Summary
Engine Clearances is a critical domain for aircraft engines as it impacts the product design from conceptual design thru engine certification and entry into service. The main objective of the engine clearances team is to develop an architecture/product design ensuring safety & reliability while finding an optimal balance between ...