Associate Engineer- Aerospace Sensors

As an Associate Engineer, the incumbent would be working on product or technology groups with design,
development, testing or sustaining engineering responsibilities. They have to study, design, make changes
to existing designs as per needs, Accumulate product/technology knowledge and assess systemic
improvements & sustenance. Plan their activities to achieve project timelines and deliverables. The
Associate Engineer would be working for Aerospace products such as Chip detectors, Breathers, Level indicators, Pressure sensors and electro mechanical products at Eaton India Innovation Centre.
Perform engineering assignments, understand products & technologies, testing & specification of Eaton Aerospace Sensors products.
Creation of 3D models, drawings, reports, ECRs/ECOs and BOMs new product designs and modification of existing drawings and models.
Utilize DFSS concepts, DFMEA, Risk Management & DVPR for new product development &/or existing
product improvements.
Creates and sustains process for design standards and procedures governing product design methods,
documents and data control for the associated business group.
Develop understanding of manufacturing processes to improve new and existing designs.
Maintain credible communication practice with external customer on technical clarifications, testing &
resolving of field failures.
Learning agility to understand & assimilate varied technologies & product knowledge
Ensure the successful completion of the assigned projects within the budget time and cost constraints
Supports product sustaining activities to improve manufacturability or to manage obsolescence through drawing changes.

B.E/B.Tech
Minimum 1 year of experience in Product Design and development
Bachelor s in Mechanical Engineering

Working knowledge of mechanical design principles
Strong product design ability (Both new product & product modification).
Innovative mechanical design skills including but not limited to frequent use of 2D and 3D CAD (CATIA and/or Creo) modeling and Model Based Definition, and GD&T
Ability to read and understand Drawings, Specifications, and Requirements
In-depth knowledge of mechanics of materials, statics, and dynamics
Having a fair understanding of material science of components used in mechanical design (metals, insulators, plastics, connectors, gaskets, thermal interface materials, potting, etc.).
Ability to lead technical discussions and presentations for internal and external customers, including design reviews, non-advocate reviews and technical coordination meetings.
Excellent written and verbal communication skills needed.
Ability to work across site boundaries in a global virtual engineering organization.
Ability to develop productive working relationships with functions and organizations outside of Engineering.
Excellent written and verbal communication skills needed.
Ability to work across site boundaries in a global virtual engineering organization.
Ability to develop productive working relationships with functions and organizations outside of Engineering.