Associate Engineer - M&S Aero

Eaton; Pune District; On-site; INR 350,000 - 550,000; Full time

Job summary

A leading global technology company in Pune is seeking an Associate Engineer to perform FEA analysis on their mobility products. The role entails collaboration with local and global teams to create models for static and vibration analyses, understanding design intents, and validating outcomes of simulation tests. Ideal candidates should have a Bachelor's in Mechanical, Automotive, or Production Engineering, with less than two years of relevant experience or suitable fresh graduates. Strong communication and teamwork skills are essential for this role.

Qualifications

• Less than 2 years of relevant experience with multinational engineering organization.
• Fresh graduates (BE/B.Tech) from reputed colleges can also apply.

Responsibilities

• Collaborate with technology and product teams to define problem statements.
• Deploy digital prototype methodologies in static and vibration structural FEA analysis.
• Coordinate with stakeholders to develop static and vibration structural FEA analysis requirements.
• Interpret and communicate static and vibration structural FEA results to audiences.
• Support validation for maturing analysis capability.
• Understand product function and architecture in-depth.

Skills

Strength of Materials understanding

Knowledge of automotive product lines

Finite Element Methods (FEM)

Experience with FEA/CAE analysis

Excellent English communication skills

Team player

Learning agility

Education

Bachelor in Mechanical, Automotive, Production Engineering

Tools

ANSYS

Abaqus

Job description

Overview

Eaton India Innovation Center (EIIC) – Modelling and Simulation has an Associate Engineer opening. The primary responsibility is to analyse Eaton's Mobility products for static and vibration FEA analysis domains such as stress, deformation, fatigue, and modal/harmonic vibration. The individual will partner with global and local teams, understand the design intent, and develop and validate static and vibration structural FEA analysis models to substantiate engineering designs.

Responsibilities

• Collaborate with technology and product teams to define problem statements.
• Understand product and evaluate requirements (CTQs) of system, sub-systems and components in cooperation with internal and external customers.
• Deploy digital prototype methodologies in static and vibration structural FEA analysis (stress, deformation, fatigue, modal, harmonics & random vibration FEA).
• Coordinate with stakeholders to develop static and vibration structural FEA analysis requirements for Eaton's Mobility products.
• Interpret, summarize and communicate static and vibration structural FEA results (stress, deformation, fatigue, modal, harmonics & random vibration) to local and global audiences and provide technical and/or design recommendations.
• Support validation for maturing analysis capability of static and vibration structural FEA.
• Support test plans wherever necessary to verify simulation models and validate analysis approaches in correlation with test outcomes.
• Understand product function and architecture in-depth and collaborate closely with product and test teams.

Qualifications

Bachelor in Mechanical, Automotive, Production Engineering. Less than 2 years of relevant experience with multinational engineering organization; fresh graduates (BE/B.Tech) from reputed colleges can also apply.

Skills

• Fundamental engineering understanding of Strength of Materials and Vibrations and their application in mechanical design.
• Knowledge of various automotive product lines and architectures; understanding of subsystems or components.
• Fundamental understanding of finite element methods (FEM) and tools such as ANSYS, Abaqus, etc.
• Experience in projects involving FEA/CAE analysis.
• Excellent English communication (oral and written) and presentation skills.
• Team player with effective interpersonal and collaboration skills.
• Good learning agility with energy and zeal to deliver beyond expected results.
• Good communication and articulation skills, ability to collaborate with local and global stakeholders, learning agility, drive and energy.