Sustaining Engineer I — PLM & DFM for Complex Busbars

Vertiv; Burnfoot; On-site; EUR 65,000 - 82,000; Full time

Job summary

Vertiv is seeking a Sustaining Engineer to own Busbar PLM across the product lifecycle, ensuring design accuracy, manufacturability, and production readiness. You will respond to production issues, improve safety and quality, and work to optimize efficiency within an ETO environment.

Responsibilities include maintaining PLM, supporting NPDI, and providing design support for production and supply chain constraints.

Qualifications

• 1-3+ years of experience in product design
• 1-3+ years of experience in 3D modeling / 2D drafting
• Excellent communications skills – written & verbal
• Experience in Design for Manufacturability
• Experience using Product Lifecycle Management (PLM) systems
• 1-3+ years of experience in Sheet Metal and Copper Design
• Proficient in Microsoft Office Suite
• Ability to lead cross-functional teams
• Bachelor’s degree in Mechanical Engineering

Responsibilities

• Maintain Busbar design Product Lifecycle Management
• Identify and Cross-Functionally Coordinate Design for Manufacturability Improvements (Safety, Quality, and Efficiency)
• Provide design support for issues discovered during production
• Provide design support for supply chain constraints
• Support New Product Development and Introduction (NPDI)
• Ensure quality of ETO design before released to production

Skills

3D modeling

2D drafting

Communication

Leadership

Design for Manufacturability

Education

Bachelor’s degree in Mechanical Engineering

Tools

PLM systems

Microsoft Office Suite

Job description

Vertiv is seeking a Sustaining Engineer to own Busbar PLM across the product lifecycle, ensuring design accuracy, manufacturability, and production readiness. You will respond to production issues, improve safety and quality, and work to optimize efficiency within an ETO environment.

Responsibilities include maintaining PLM, supporting NPDI, and providing design support for production and supply chain constraints.