Infosys

Cost Engineering

Infosys

Bengaluru, Karnataka, India · Full Time

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Experience
3–8 yrs
Salary
Openings
1
Posted
16 hours ago

Where you'll work

Job description

Role Overview

This position focuses on product teardown and should-cost analysis for automotive and energy equipment, along with costing for tools, dies, and molds. The role supports cost optimization across design, sourcing, and supplier interfaces while contributing to early-stage product development decisions.

Key Responsibilities

  • Carry out teardown studies and build should-cost estimates for automotive and energy equipment, as well as tooling, dies, and mold-related items.
  • Facilitate VAVE sessions to uncover practical opportunities for cost reduction.
  • Work closely with design, sourcing, and supplier teams to improve product economics.
  • Assist new product development teams by preparing cost estimates at an early stage.
  • Review supplier quotations and manufacturing methods to validate and benchmark costs.
  • Support supply chain initiatives aimed at reducing cost and increasing localization.

Required Background

  • B.E. or B.Tech in Mechanical Engineering or Industrial Engineering.
  • 3 to 8 years of experience in cost engineering.
  • Preferred exposure to automotive, medical, or energy-related domains.
  • Strong understanding of electromechanical systems and manufacturing workflows.
  • Hands-on experience in costing mechanical parts and assemblies across stamping, injection molding, die casting, forging, machining, and secondary finishing processes.
  • Experience with VAVE practices, cost modeling tools, and supplier negotiation support.
  • Familiarity with COTS platforms such as Siemens TcPCM, aPriori, and SEER.

Additional Information

This is a full-time onsite opportunity based in Bengaluru East, Karnataka, India.

The role is with Infosys.

Skills

Cost Estimation Should-Cost Analysis Value Analysis and Value Engineering Supplier Cost Negotiation Manufacturing Process Analysis Mechanical Component Costing New Product Development Support Electromechanical Systems Cost Modeling Supply Chain Cost Reduction

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