Job Title: Forge Inspector
Location: Livingston
Salary: £30,731.94 + shift prem £7,682.99 annual salary £38,414.93
After successful probationary £31,366.65 + shift prem £7,841.66 annual salary £39,208.31
Shifts: Your basic working hours are 37 hours per week. Three Shifts rotation hours are:
Monday - Thursday Early Shift 6am to 2.00pm
Back Shift 2pm to 10.00pm
Night Shift 10pm to 6.00am
20 minutes unpaid meal break (to be taken at a time to suit the Company)
Friday Early Shift 6am to 12.20pm
Back Shift 12:20pm to 6.40pm
Night Shift 6:40pm to 1am
Duties & Responsibilities:- To support the site in pursuing business objectives
- To assist with the identification, development and implementation of operational improvements
- To ensure continuity of production of quality parts ensuring customer satisfaction is achieved.
- To ensure that quality, cost and delivery are continually improved.
- To ensure that all work meets customer (internal and external) expectations on delivery and quality.
- To be flexible and adaptable including movement between work areas, overtime and shift changes to support the site in case of unexpected absence or die backlog.
- Carry out both simple and complex numerical computations involving decimals and fractions.
- Inspection of templates, final dies and part finished dies.
- Inspection of machining operations on various machines.
- Carrying out hot forge inspection of forged components and dies for set ups.
- Carrying out black forge inspection of machined and pre machines aircraft parts.
- Setting up jigs and fixtures for various machine shop operations.
- To rotate to any area within the inspection department that is required.
These areas include:- Hot Forge
- Marking off
- Pipe Shop
- Die and Aircraft
- Template checking
Knowledge & Experience:- Time served engineer. (HNC)
- Must have a high degree of numerical ability.
- Knowledge and application of safe working practices.
- Knowledge and experience in quality systems and procedures
- Previous experience working within a Team
- Knowledge of reading and interpreting computer blueprints, sketches and process sheets is desirable, as well as using a variety of precision measuring instruments