Senior Engineer

Jobtailor; Chennai District; On-site; INR 1,200,000 - 2,200,000; Full time

Job summary

Jobtailor invites an experienced engineer to lead the design and development of Ground Engaging Tool (GET) components for mining equipment. You will drive wear-package optimization and evaluate materials, heat treatments, and wear technologies to extend life and performance.

You will perform structural and wear simulations, validate models with field data, and work onsite five days a week, coordinating with cross-functional teams to deliver production-ready solutions.

Qualifications

• Experience in designing GET components and wear parts for mining equipment.
• Ability to identify root causes and develop multiple solutions.
• Strong communication and collaboration skills for cross-functional teams.
• Knowledge of product development lifecycle from concept to production.

Responsibilities

• Lead design and development of GET components including cutting edges and wear packages.
• Develop solutions to improve machine productivity, wear life and reliability.
• Perform structural, fatigue, performance, and wear simulations.
• Use VPD tools to predict stress and durability in GET systems.
• Validate wear-performance models with field data and lab tests.
• Analyze blade, moldboard, and ripper interactions and optimize designs.
• Evaluate alternative materials, heat treatments, and wear technologies.
• Support prototypes, testing, field validation, and production implementation.
• Lead root-cause investigations using analytics and test data.

Skills

Ground Engaging Tool Systems

Wear Technologies

Simulation Methods

AI-Assisted Technologies

Effective Communication

Project Management

Tools

Creo

Teamcenter

ANSYS

DEM

Wear Simulation

Job description

• Lead design and development of Motor Grader Ground Engaging Tool components, including cutting edges, end bits, ripper points, shank protection systems, and wear packages
• Develop solutions improving machine productivity, penetration performance, wear life, serviceability, and customer value
• Perform structural, fatigue, performance, and wear simulations
• Utilize Virtual Product Development tools to predict stress, durability, material behavior, and wear characteristics
• Develop and validate wear-performance models using field data, laboratory testing, and simulation results
• Analyze interactions between blade, cutting edge, moldboard, and ripper systems
• Evaluate alternative materials, heat treatments, casting, forging, and wear technologies
• Support prototype builds, laboratory testing, field validation, and production implementation
• Lead root-cause investigations for field issues using analytical, simulation, and test data

Requirements

• Knowledge of analytical techniques, engineering tools, simulation methods, and AI-assisted technologies
• Ability to identify root causes of design and performance issues and develop multiple solutions
• Understanding of effective communication concepts, tools and techniques
• Ability to manage multiple concurrent objectives, projects, groups, or activities
• Knowledge of mining applications, Ground Engaging Tool (GET) systems, wear technologies, and engineering methodologies
• Knowledge of engineering tools including Creo, Teamcenter, ANSYS, DEM, and Wear Simulation
• Knowledge of parametric design, simulation, and knowledge-based engineering
• Ability to design, analyze, simulate, validate, and optimize GET systems throughout the product development lifecycle
• Ability to design, build, and develop a new product, technology, or service from concept through production
• Must work onsite five days a week
• Visa sponsorship is not available

Core Competencies

Demonstrates expertise in the design and development of Ground Engaging Tool components, utilizing advanced engineering tools and simulation methods to enhance machine performance and durability. Proficient in managing product development lifecycles, from concept to production, while effectively communicating and collaborating across multiple projects.

Highest-signal resume keywords

• Ground Engaging Tool (GET) Systems
• Wear Technologies
• ANSYS
• Creo
• Simulation Methods

ATS Optimization Keywords

Hard Skills

• Structural Analysis
• Fatigue Simulation
• Performance Simulation
• Wear Simulation
• Parametric Design
• Knowledge-Based Engineering
• Material Behavior Analysis
• Prototype Development
• Laboratory Testing
• Field Validation

Soft Skills

• Effective Communication
• Problem Solving
• Project Management

Industry Keywords

• Mining Applications
• Engineering Methodologies
• Heat Treatments
• Casting
• Forging

Tools & Technologies

• Teamcenter
• Virtual Product Development Tools
• AI-Assisted Technologies