VAVE Mechanical Engineer: Creo/PLM Cost Savings Pro

Linx Printing Technologies Ltd.; St. Ives; Hybrid; GBP 35,000 - 50,000; Full time

Job summary

A leading global provider of coding solutions is seeking a VAVE Mechanical Engineer to create innovative cost-saving solutions while ensuring quality. This role requires a degree in Mechanical Engineering and a minimum of 2 years of industry experience. Key responsibilities include executing technical savings projects and participating in design reviews. An appreciation for manufacturing techniques and experience with CAD tools like PTC Creo is essential. The position is based in St. Ives with a hybrid working model.

Benefits

Opportunity to grow expertise

Collaborative diverse team environment

Joining a successful company

Qualifications

• Minimum of 2 years industry experience.
• Willingness to go to the office a minimum of 3 days per week.
• Appreciation of manufacturing techniques, e.g., sheet metal processing.
• Experience with mechanical CAD tools like Creo or SolidWorks.

Responsibilities

• Identification & execution of technical savings projects.
• Participation in internal and supplier VAVE workshops.
• Create design concepts and final production parts.
• Participation in design review and DFMEA sessions.
• Safely prototype and test design concepts.

Skills

Technical savings projects execution

Mechanical CAD tools

Design review participation

Prototyping

Education

Degree or HNC/HND in Mechanical Engineering

Tools

PTC Creo

PTC Windchill PLM

Job description

A leading global provider of coding solutions is seeking a VAVE Mechanical Engineer to create innovative cost-saving solutions while ensuring quality. This role requires a degree in Mechanical Engineering and a minimum of 2 years of industry experience. Key responsibilities include executing technical savings projects and participating in design reviews. An appreciation for manufacturing techniques and experience with CAD tools like PTC Creo is essential. The position is based in St. Ives with a hybrid working model.