BIW Design Engineer

Weekday AI; Chennai District; On-site; INR 100,000 - 700,000; Full time

Job summary

Weekday AI invites applications for a BIW Design Engineer to join a major automotive client in India. The role focuses on BIW component design using UG NX, with emphasis on packaging, materials, and manufacturability to support passenger vehicle assemblies.

The candidate should be proficient in BIW components and sheet metal design, with strong knowledge of tolerancing, GD&T, and cross-functional collaboration. Location options include Pune or Chennai and the position is full-time.

Qualifications

• Experience with UG NX for automotive component design.
• Experience with Teamcenter PLM.
• Knowledge of BIW components and passenger vehicle body structures.
• Experience considering packaging and manufacturing constraints.
• Strong sheet metal design knowledge.
• Understanding of material grades, properties and thickness selection.
• Knowledge of tolerancing, DFM and DFA principles.

Responsibilities

• Design and develop BIW components for passenger vehicles using UG NX.
• Demonstrate strong knowledge of BIW components and their functional requirements.
• Design components considering packaging space, material selection, material grade, material properties, and sheet thickness.
• Apply DFM and DFA principles throughout the design process.
• Develop robust sheet metal designs while considering manufacturing feasibility and assembly requirements.
• Apply tolerance concepts and GD&T to ensure quality and performance.
• Collaborate with cross-functional engineering and manufacturing teams to resolve design issues.
• Manage CAD data, revisions, and product structures using Teamcenter PLM.
• Ensure designs meet required technical, functional, manufacturing, and quality standards.

Skills

BIW Component Design

Sheet Metal Design

DFM & DFA

Cross-functional Collaboration

Problem-solving

Tools

UG NX

Teamcenter PLM

Job description

This role is for one of Weekday’s clients
Salary range: Rs 100000 - Rs 700000 (ie INR 1 - 7 LPA)

Min Experience: 3+ years
Location: Pune, Chennai
JobType: full-time

We are looking for a skilled BIW Design Engineer with hands-on experience in automotive Body-in-White component design. The ideal candidate should have strong expertise in UG NX and Teamcenter, along with a solid understanding of BIW components, sheet metal design, packaging requirements, and design for manufacturability and assembly.

Requirements

Key Responsibilities

• Design and develop BIW components for passenger vehicles using UG NX.


• Demonstrate strong knowledge of various BIW components and their functional requirements.


• Design components considering available packaging space, material selection, material grade, material properties, and sheet thickness.


• Apply Design for Manufacturability (DFM) and Design for Assembly (DFA) principles throughout the design process.


• Develop robust sheet metal designs while considering manufacturing feasibility and assembly requirements.


• Apply appropriate tolerance concepts and GD&T principles to ensure component quality and functional performance.


• Collaborate with cross-functional engineering and manufacturing teams to resolve design and feasibility issues.


• Manage CAD data, revisions, and product structures using Teamcenter PLM.


• Ensure designs meet required technical, functional, manufacturing, and quality standards.

Required Skills & Experience

• Strong hands-on experience with UG NX for automotive component design.


• Proficiency in Teamcenter PLM.


• Good understanding of BIW components and passenger vehicle body structures.


• Experience in BIW component design considering packaging and manufacturing constraints.


• Strong knowledge of sheet metal design.


• Understanding of material grades, material properties, and thickness selection.


• Knowledge of tolerancing, DFM, and DFA principles.


• Strong problem-solving and cross-functional collaboration skills.

Must-have Skills

• UG NX


• Teamcenter


• BIW Component Design

Good-to-have Skills

• Sheet Metal Design


• Design for Manufacturability


• Design for Assembly


• Tolerance / GD&T Knowledge