Process Engineer – Automated Welding

Overview

In this role you will develop, validate and optimise automated and semi-automated welding processes within a high‑quality manufacturing environment. You will maintain robust welding procedures, support NPI, and drive quality and safety compliance. You’ll collaborate across Engineering, Quality and Production to implement continuous improvements. This is a hands‑on position with a focus on precision, reliability and cross‑functional impact in a global steam systems business.

Pay / Benefits

• competitive salary
• discretionary bonus
• flexible working
• 27 days holiday
• private healthcare
• enhanced pension plan

Responsibilities

• Develop, validate and optimise automated and semi-automated welding processes
• Define and control critical welding parameters for repeatable, high-quality welds
• Create and maintain WPS, PQRs and work instructions
• Ensure compliance with ISO 15614, ISO 3834, ASME and customer requirements
• Provide technical support to resolve weld quality issues and lead root cause analysis
• Support specification, commissioning and validation of automated welding equipment
• Drive continuous improvement initiatives using Lean / Six Sigma principles
• Work cross‑functionally with Engineering, Quality, Production, Supply Chain and Maintenance
• Provide training and technical guidance to operators and technicians

Key requirements

• Proven experience with automated or robotic welding systems (orbital welding desirable)
• Strong understanding of welding principles and metallurgy
• Experience supporting production and NPI in manufacturing
• Knowledge of weld inspection methods and quality systems
• Experience with engineering drawings, weld symbols and specifications
• Structured problem-solving approach
• High attention to detail with a focus on quality
• Effective communicator with cross‑team influence
• Proactive mindset and willingness to learn new technologies and train others

• Structured, analytical problem-solving
• Attention to detail and quality focus
• Effective communication across teams
• Automated/robotic welding systems
• Orbital welding (desirable)
• Welding principles and metallurgy

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