Welding Process Engineer

Omega Resource Group; Cheltenham; On-site; GBP 46,000 - 48,000; Full time

Job summary

Omega Resource Group is seeking a Welding Process Engineer in Cheltenham to develop, optimise and maintain automated welding processes, driving product quality and process capability.

You will define welding parameters, establish robust procedures, and support NPI, audits and supplier collaborations to reduce scrap and improve uptime.

The role focuses on continuous improvement using lean-six-sigma tools, training operators, and providing technical guidance to production and QA teams.

Qualifications

• Strong technical knowledge of mechanical engineering processes.
• Proven experience with automated or robotic welding systems.
• Ability to interpret engineering drawings, weld symbols, and specifications.

Responsibilities

• Develop, validate, and optimise mechanical welding processes for production and NPI.
• Define and control welding parameters (current, travel speed, wire feed, shielding gas).
• Establish robust procedures and operating windows for repeatable welds.
• Support audits relating to welding processes and controls.
• Lead root cause analysis using 5 Whys, Fishbone, PFMEA.
• Implement corrective actions to improve weld quality and reduce scrap.
• Specify, commission, and validate automated welding equipment and tooling.
• Train operators, technicians, and inspectors on welding processes.

Skills

Mechanical engineering

Welding processes

Drawing interpretation

Tools

Automated welding systems

Robotic welding systems

Job description

Role: WeldingProcess Engineer

Location:Cheltenham

Job Type:Permanent

Salary:£46,000 - £48,000

The Process Engineer is responsible for developing, optimising, and maintaining automated mechanical engineering processes and related equipment to ensure consistently high product quality, process capability, efficiency, and compliance with applicable standards. The role focuses on process robustness, continuous improvement and technical support across production and new product introduction (NPI).

Key Responsibilities

Process Development & Optimisation

• Develop, validate, and optimise mechanical engineering processes for production and new product introduction.
• Define and control critical welding parameters (e.g. current, travel speed, wire feed, shielding gas, heat input).
• Establish robust procedures and operating windows to ensure repeatable, high-quality welds.

Technical Documentation & Standards

• Support internal and external audits relating to welding processes and special process controls.

Quality & Problem Solving

• Provide technical support to production to resolve weld quality issues such as porosity, lack of fusion, distortion, or cosmetic defects.
• Lead root cause analysis activities using structured problem-solving tools (e.g. 5 Whys, Fishbone, PFMEA).
• Implement corrective and preventive actions to improve weld quality and reduce scrap and rework.

Automation & Equipment Support

• Specify, commission, and validate automated welding equipment, fixtures, and tooling.
• Work with equipment suppliers and integrators to improve system capability and uptime.
• Support maintenance and calibration strategies for welding equipment and monitoring systems.

Continuous Improvement

• Drive continuous improvement initiatives by applying Lean six-sigma principles focused on productivity, cost reduction, and process capability (Cp/Cpk).
• Support trials of new consumables, materials, and technologies.
• Cross-Functional Collaboration
• Work closely with Design Engineering to influence manufacturability and weld joint design.
• Support Supply Chain and Quality teams with supplier welding capability assessments when required.
• Provide training and technical guidance to operators, technicians, and inspectors.

Requirements

• Strong technical knowledge of mechanical engineering processes
• Proven experience withautomated or robotic welding systems
• Ability to interpret engineering drawings, weld symbols, and specifications.