Senior Manufacturing Engineer at Thales
TB0, , United Kingdom -
Full Time


Start Date

Immediate

Expiry Date

11 Oct, 25

Salary

0.0

Posted On

11 Jul, 25

Experience

3 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Good communication skills

Industry

Mechanical or Industrial Engineering

Description

Location: Templecombe, United Kingdom
Thales people provide armed forces customers with operational advantage at every decisive moment throughout the mission. Defence and armed forces customers rely on us to deliver the full range of defence mission systems solutions at land, sea, and air. Our platforms extend across the battlespace including Above and Sonar, Electronic Combat, and Intelligence, Surveillance and Reconnaissance systems.
Together we offer fantastic opportunities for committed employees to learn and develop their career with us. At Thales UK, we research, develop, and supply technology and services that impact the lives of millions of people each day to make life better, and keep us safer. We innovate across the major industries of Aerospace, Defence, Security and Space. Your health and well-being matters to us and that’s why we offer you the flexibility to do what’s important to you; whether that’s part time hours, job sharing, home working, or the ability to flex your start and finish times. Where possible, we support a working pattern that suits your lifestyle and helps you reach your ambitions.

Responsibilities
  • Preparing all data for and running Production Readiness Reviews (PRRs) on behalf of industry.
  • Identify opportunities for manufacturing equipment capital purchases with financial assessment (Cost-Benefit Analysis & ROI’s) completed in order to drive business competitiveness.
  • Assessing the Manufacturing Readiness Level (MRL) of products by reviewing the product maturity with project teams to identify and minimise risks manufacturing risks.
  • Is accountable for the definition, setup, preparation and optimisation of manufacturing processes and tooling for a defined area, or product line, i.e. defining and agreeing layout and infrastructure for a product line, or manufacturing area.
  • Contributes to compliance of the production process with all Health, Safety and Environment (HSE) applicable regulations.
  • Defines and optimises manufacturing documentation, tools, workflows for manufacturing and inspection based on the information supplied by upstream R&D engineering departments and guarantees the production data (ERP).
  • Contributes to the technological innovation to reduce costs and workflows, whilst guaranteeing the feasibility and reproducibility of the process.
  • Attending Material Review Boards (MRBs) and Configuration Control Boards (CCBs) on behalf of manufacturing. Actively managing failures and changes.
  • Defining, managing, and setting up the entire manufacturing process from a high level set of design requirements
  • Ensuring that product manufacturability is considered throughout the design lifecycle and that opportunities to reduce product and project cost are identified, reported, and realised wherever possible
  • Leading product DFM/A (design for manufacture/assembly) reviews
  • Leading product and process FMEA (failure modes effects analysis) reviews
  • Actively managing and driving design change to improve manufacturability
  • Mentoring junior members of the team and other engineering disciplines in DFM/A and lean manufacturing techniques to drive progress and instil industry best practice
  • Liaising with designers, researchers, engineering and industry consultants to ensure that latest industry and equipment advances are identified to provide new and innovative solutions for current and future products
  • Defining and implementing manufacturing and process controls in a production environment to ensure that high level design requirements are achieved
  • Driving the assembly and proving of initial development and pre-production units to ensure that design and manufacturing lessons learnt are gathered and built into the final product solution
  • Designing the layout of the manufacturing facility including the identification of new capital equipment and tooling requirements
  • Defining and setting up new manufacturing lines using lean principles such as 5S, Kanban, SMED, 6 sigma, VSM (value stream mapping
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