Overview
To lead, manage and develop a team of manufacturing engineers responsible for the design, development, validation and ongoing support of the TAS production system to ensure the system produces product that consistently fulfils technical, quality and cost requirements while operating at the customer demand rate and ensuring health, safety and environmental requirements are adhered to.
Ensure customer requirements are consistently met through the use of process control, lessons learned and continuous improvement.
Support delivery of TAS operational excellence targets by utilising improved engineering methodologies, increased automation, enterprise wide system integration, optimisation of plant layout and application of lean practices.
This role will be based at our Goban Street site.
Responsibilities
- Contribute to the creation and implementation of best practice manufacturing engineering; planning vision, strategy, policies, processes and procedures to aid and improve business and functional performance
- Design, prove, implement and maintain production systems to deliver product on time, to quality and cost requirements
- Drive continuous improvement activities in quality, cycle times, process improvement, machine availability through lean techniques and value engineering to enhance the capability of existing processes and remove waste
- Analyse downtime, identify trends and develop solutions
- Develop, implement and manage key performance indicators (KPIs) for each area of responsibility
- Ensure KPIs are met by working to the overall plan, including management of, and reporting
- Conduct risk assessments of processes and tasks in the department
- Ensure the delivery of the People Strategy within area of accountability
- Motivate and coach the team to operational success
- Hold responsibility for team budget
- Develop and maintain strong relationships with internal and external stakeholders to ensure optimal performance
- Work collaboratively, negotiate and engage with key stakeholders to facilitate delivery and compliance with the manufacturing strategy
Reward
- Competitive salary
- Annual bonus (linked to company performance)
- 33 days annual leave (Increase after 5 years\' service)
- 37.5 hours per week
- Flexi time working
- £5,000 employee referral bonus
- Health cash plan
- Contributory Salary Sacrifice Pension Scheme
- Holiday Purchase Scheme - Salary Sacrifice
- Electric Car Scheme - Salary Sacrifice
- Cycle to Work Scheme
- Life Assurance Scheme at x4 gross salary
- Competitive enhanced Maternity and Paternity pay
- IVF & Assisted Conception Policy
- Women in Business - Corporate Member
- Wellbeing Initiatives
- Employee Recognition scheme
- Service Awards
- Local charity / sponsorship activities
- Dedicated employee parking
- Discounted Gym membership
- Learning and development opportunities
- Career progression
Requirements
Essential
- Minimum 8 years’ relevant experience in a similar environment, i.e. automotive, aerospace or heavy engineering
- Minimum 3 years’ experience managing a team
- Understanding of industry best practice in manufacturing and/or assembly processes
- Strong working knowledge of process design, process planning and lean manufacturing techniques
- Awareness of the effective application of process design and planning tools such as PLM, MOM/MES and MRP
- Experience of New Product Introduction, reworking design changes and upgrades through to production
- Manufacturing/Mechanical/Aeronautical Engineering degree
- Highly experienced technicians in a manufacturing discipline who have completed or are in the process of completing a technical and/or leadership qualification will be considered
- Good communication and interpersonal skills
- Distinguished record of creativity and innovation
Desirable
- Membership of an industry related professional body
We reserve the right to enhance criteria on shortlisting.
Thompson Aero Seating is an Equal Opportunities employer.
The closing date for applications is the 10th May 2026 at 17:00.
For further information contact careers@thompsonaero.com
#J-18808-Ljbffr