We are recruiting for a CNC Workshop Production Engineer for a global engineering group focused on the precise control and movement of fluids in critical applications.
The company work with leading international companies in over 50 countries to deliver innovative engineering solutions to address global trends such as clean energy, energy efficiency, healthcare and increasing automation.
The company's Engineering Division specialises in the design and manufacture of engineer to order highly specialised flow control valves.
Salary: This position comes with a very competitive market related salary and comprehensive benefits package.
Please call Alan for more details.
Hours of Work: 37 hours per week.
8.00am to 4.30pm Mon to Thurs and 8.00am to 1.00pm Friday Location: Poole, Dorset, Site based.
Job Summary An engineering role within the Operations team, this position is responsible for producing all relevant documentation, routings, procedures, programs, tooling, and equipment to enable the successful manufacture and testing of various valves for the Oil & Gas, Nuclear and Marine sectors.
The role will also require supporting skilled operators with production of both prototypes and production products and liaising with design engineering to overcome production and testing issues.
This role will focus on machining & automation of components; however, the successful candidate may also be required to assist with engineering support in other areas of the business where their skillset allows them to do so.
Responsibilities Use CAM software to produce programs for a variety of multi-axis CNC machines, including 5-axis turn-mill, sliding head turn-mill and 5-axis milling.
Create set-up sheets for CNC machines to include all information about cutting tools, fixtures, and inspection equipment.
Ensure additional key notes and photos are added to aid operators in setting up work to produce a first off right first time.
Support with the prove out of new programs across CNC machines ensuring that programs and set-up sheets are correct before handing the machine over to production.
Ensure updated CNC programs are returned in a timely manner, stored in the correct database location and CNC controls are kept clear of programs by the machine operators.
Support with, and make improvements to, a wide range of production techniques for machining of components, including manual machining, CNC machining, deburring, component finishing, cleaning, and metrology.
Assist production team with their day-to-day production requirements by providing them with technical assistance and problem-solving solutions.
Develop solutions for manufacturing components across the machine shop using standardised tooling and production methods wherever possible.
Design new cutting tools and work holding solutions where the needs of production cannot be met within a standard offering.
Identify defective products and processes that require a cross-functional team to review.
Organise and lead RCAs to get to the root cause of an issue.
Implement corrective actions to provide swift and permanent resolutions.
Identify waste within the manufacturing processes and lead continuous improvement activities and process improvements by organising meetings and workshops and actively contributing to the agreed action plan.
Review cost of products, and cost of poor quality by reviewing and responding to NCRs as required.
Raise, and respond to, change requests to prevent reoccurrence of quality issues.
Maintain and apply lean principles to the machining environment.
Design jigs and fixtures using CAD (preferably 3D) for use in production, to ensure ease of use, consistency of manufacture and error proofing whilst following lean principles.
Provide detailed manufacturing procedures.
More details in full job specification.
Requirements Qualified to HNC level or actively working towards completion of a similar Mechanical or Production Engineering qualification with demonstrable experience working in an engineering-based role.
Possess a sound understanding of modern manufacturing methods.
Demonstrate ability to evaluate processes through capability studies and equipment reviews.
Able to design jigs and fixtures using CAD (preferably 3D).
Demonstrable experience in use of Continuous Improvement tools and techniques e.g., VSM, SMED, TPM, Kaizen, 5S, Error proofing etc.
Conversant with Design for manufacture (DFM), Lean Manufacture Value Analysis and Value Engineering (VAVE) Able to build strong relationships and gain the respect of both internal and external customers.
Able to demonstrate a positive attitude and work calmly under pressure.
Excellent communication skills.
Flexible with the ability to work to deadlines and the determination to see a job through to a satisfactory conclusion.
PC Literate, specifically in PowerPoint, Outlook, Word, Project, and Excel Articulate presenter and communicator both written and verbal Excellent organisational and planning skills.
Good strong team player with the ability to influence others.
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