We are currently recruitingfor a Design Engineer to work with an exciting and growing engineering and manufacturingcompany.

Monday to Thursday, 4 day working week

Role:

• Design and developspecialisedtools, jigs, fixtures, for manufacturing processes using CAD software.

• Must have previouslydesigned and detailedMulti-stageprogression tools for small to medium sized pressings, in material thickness between0,2mmand3,00mm (minimum).

• Create detailed drawings, 3D models, and technical specifications.

• Design tooling for both prototyping and mass production(Progression & secondary opp.)

• Toassistin updating andmaintainingthe QMS/EMS to meet ISO9001, IATF16949,AS9100and ISO14001 requirements.

• Work with engineers, production managers,toolmakersand machinists to understand design requirements andidentifysolutions.

• Communicate with various teams to ensure project goals are met.

• Liaise with external vendors and customers to ensure designs are cost-effective and meet quality standards

• Manage tooling projects from concept to completion, ensuring they stay on schedule and within budget.

• Coordinate with shop floor staff and other departments to meet production deadlines.

• Manage the procurement and inventory of tooling and equipment.

• Toassistin problem resolution,production support

• Develop key skills and abilities in line with companys personal development plan

• Collection and recording ofdata.

• Assistin companys continuous improvement projects/activities

Duties and Responsibilities:

• Creating detailed 2D and 3D models and blueprints of tools using computer-aided design (CAD) software like SolidWorks or AutoCAD(including detailing & dimensioning).

• Working closely with engineers, tool room, Quality, production managers, machinists, and customers to understand project requirements,identifydesign flaws, and ensure the designs meet specifications.

• Reviewing technical data and using engineering principles to develop and improve existing tooling designs for manufacturing efficiency, cost reduction, and enhanced quality.

• Developing prototypes, testingnew designs, and implementing design changes based on feedback and performance data.

• Developing andmaintainingdocumentation for tooling, managing projects frominitialdesign to the first production run, and ensuring adherence to schedules and budgets.

• Developing and implementing quality control measures,assistingwith troubleshooting manufacturing problems or equipment faults.

• Consulting with outside vendors and suppliers to discuss tooling requirements, negotiate costs, and ensure the quality andtimelydelivery of materials and equipment.

• Researching and staying up to date with industry trends, advancements in tool design, and new materials and processes.

• Continue with trainingin accordance withdepartment skills matrixand personal development plan

Key Requirements:

• Proficiencyin programs likeAutoCAD,SolidWorks, orCATIAis essential for creating designs and models.

• A deep understanding of various processes such as stamping/pressings, and other tooling development methods is crucial.

• Knowledge ofdifferent materials, their properties, and how they perform in tooling isacore requirement.

• Expertisein 3Dmodelling, drafting techniques, and reading engineering drawings is fundamental.

• A strong understanding of Geometric Dimensioning and Tolerancing is a key technical competency.

• Familiarity with simulation software foranalyzingtool performance can be beneficial.

• Microsoft officeproficiency

• Knowledge of APQP