Precision Machining & NDT Technician – Rotor Parts

Rolls-Royce; Hucknall; On-site; GBP 25,000 - 32,000; Full time

Job summary

Rolls-Royce is seeking a Team Member CRF at the Annesley Comp Rotor Facility. The role involves processing products using machining and inspection techniques, supported by a time-served apprenticeship. You will perform NDT and interpretation of engineering drawings and specifications.

The position requires an engineering apprenticeship or NVQ Level 3, with training provided for inspection tasks. You will work in a manufacturing environment with potential variations in shift patterns and a strong

Qualifications

• Recognised Engineering Apprenticeship/NVQ Level 3 as a minimum.
• Previous Inspection experience is preferred although full training will be given.
• Good levels of numeracy and literacy.
• Good eyesight.
• Able to maintain safe working practices.
• Able to work independently or as part of a team.
• Previous experience in manufacturing or production is desirable but not essential.

Responsibilities

• Carrying out machining inspection or NDT using various inspection techniques on blades, discs, blisks and drums.
• Work closely with support functions to ensure smooth operations.
• Ensure safe working practices are followed at all times.
• Maintain high levels of 5S, housekeeping and asset care.
• Flexible to work shift patterns (days, 2 shifts, 3 shifts, or 4 shifts) depending on workload.

Skills

Machining experience

Inspection

NDT

Numeracy

Literacy

Teamwork

Safety practices

Education

Engineering Apprenticeship or NVQ Level 3

Job description

Rolls-Royce is seeking a Team Member CRF at the Annesley Comp Rotor Facility. The role involves processing products using machining and inspection techniques, supported by a time-served apprenticeship. You will perform NDT and interpretation of engineering drawings and specifications.

The position requires an engineering apprenticeship or NVQ Level 3, with training provided for inspection tasks. You will work in a manufacturing environment with potential variations in shift patterns and a strong