A long established UK manufacturer recognised for its expertise in delivering high quality, custom engineered plastic components is now seeking an Injection Moulding Setter. Operating with modern injection moulding technology, in house 3D design, rapid prototyping and both small batch and high volume production capability, this organisation continues to invest in new equipment, processes and peopl click apply for full job details
Apr 02, 2026
Full time
A long established UK manufacturer recognised for its expertise in delivering high quality, custom engineered plastic components is now seeking an Injection Moulding Setter. Operating with modern injection moulding technology, in house 3D design, rapid prototyping and both small batch and high volume production capability, this organisation continues to invest in new equipment, processes and peopl click apply for full job details
A Mechanical Engineer with a background involving production or manufacturing engineering will join the new production engineering team of an award-winning High-Tech company. Ideally qualified to Degree level, you'll be familiar with CAD tools, will have experience designing jigs, fixtures or mechanical test equipment and will benefit from exposure to electronic packaging or ruggedized product design. In this mid-level Mechanical Engineer role, reporting to the Production Engineering Manager, you will contribute to NPI projects within the production department and undertake a range of tasks such as: Supporting the transfer of products from R&D into engineering and manufacturing whilst ensuring mechanical designs are suitable for production through DFM/DFA reviews. Design and develop mechanical assembly fixtures, test jigs and tooling. Supporting Continuous improvement and manufacturing optimization. Providing hands-on engineering support when mechanical issues arise in production. Acting as mechanical interface between R&D, production, quality and operations. Your skills and experience should include: Degree or equivalent experience in Mechanical Engineering. Proven experience of working within a production / manufacturing engineering or mechanical design role. CAD skills such as SolidWorks or similar. Good understanding of mechanical manufacturing methods such as machining, sheet metal, injection moulding, assemblies. Previous experience of designing jigs, fixtures and/or tooling. Knowledge of DFM / DFA principles and lean manufacturing. Experience of supporting NPI from prototype through to volume manufacture. Of particular interest is experience relating to electronics packaging or ruggedized product design. Applicants must have full eligibility to work in the UK. Details of remuneration on application.
Apr 02, 2026
Full time
A Mechanical Engineer with a background involving production or manufacturing engineering will join the new production engineering team of an award-winning High-Tech company. Ideally qualified to Degree level, you'll be familiar with CAD tools, will have experience designing jigs, fixtures or mechanical test equipment and will benefit from exposure to electronic packaging or ruggedized product design. In this mid-level Mechanical Engineer role, reporting to the Production Engineering Manager, you will contribute to NPI projects within the production department and undertake a range of tasks such as: Supporting the transfer of products from R&D into engineering and manufacturing whilst ensuring mechanical designs are suitable for production through DFM/DFA reviews. Design and develop mechanical assembly fixtures, test jigs and tooling. Supporting Continuous improvement and manufacturing optimization. Providing hands-on engineering support when mechanical issues arise in production. Acting as mechanical interface between R&D, production, quality and operations. Your skills and experience should include: Degree or equivalent experience in Mechanical Engineering. Proven experience of working within a production / manufacturing engineering or mechanical design role. CAD skills such as SolidWorks or similar. Good understanding of mechanical manufacturing methods such as machining, sheet metal, injection moulding, assemblies. Previous experience of designing jigs, fixtures and/or tooling. Knowledge of DFM / DFA principles and lean manufacturing. Experience of supporting NPI from prototype through to volume manufacture. Of particular interest is experience relating to electronics packaging or ruggedized product design. Applicants must have full eligibility to work in the UK. Details of remuneration on application.
The Role At Notpla, we're at the forefront of sustainable innovation, creating natural alternatives to single use plastic packaging that are carefully engineered to help build a healthier planet. Founded on the belief that Nature is our North Star, we're an innovative, action oriented scale up developing and manufacturing uncompromisingly natural packaging solutions from seaweed and plants. As an Injection Moulding Engineer you will operate across Technology Readiness Levels 3 to 8; you will lead complex, critical projects that ensure robust, repeatable and scalable injection moulding processes across pilot and commercial production. This is an exciting time to join Notpla - we're on the brink of a record breaking year for revenue and on track for major growth in the next 18-24 months. On top of this our Series A+ fundraise, which closed in 2024, is enabling us to scale our growth and environmental impact faster than ever. Beyond offering meaningful roles and a vibrant working environment, Notpla provides competitive compensation, including EMI Share Options, a zero carbon pension scheme, discounts with local businesses, and subsidised social activities. Our office first working culture promotes a dynamic and collaborative atmosphere while maximising productivity. We're a social business with regular clubs and events, and we're proud of how our diverse, mission driven community works together to make plastic disappear. Led by strong values, all Notpla employees are encouraged to take ownership of their domain, enjoying a high degree of autonomy. Our aim is to build an inspiring culture reflected in our working policies, environment, and people. As an Injection Moulding Engineer you will spend your time executing factory trials both at internal pilot facilities and external manufacturing sites developing and optimising injection moulding processes for new and existing polymer formulations. You will act as the primary technical interface between the company and external moulding factories, coordinating and overseeing joint development and optimisation trials. In order to succeed in this role you will need deep expertise in polymer processing and factory based manufacturing environments. You will bring strong hands on knowledge of injection moulding processes, tooling interactions and material behaviour. Proven track record confidently leading factory trials while working closely with contract manufacturers and equipment operations is essential. You feel comfortable operating at the interface of material science, tooling design and real world production constraints. Key Responsibilities Injection Moulding Process Development & Optimisation Develop, establish, and optimise injection moulding processes for new and existing polymer formulations. Define and document robust processing windows (temperature, pressure, cooling time, screw speed, back pressure, etc.). Conduct structured process optimisation using Design of Experiments (DOE) methodologies and statistical analysis. Apply Process Capability (CP) and Process Capability Index (CPK) analysis to assess process capability and ensure production robustness in line with Six Sigma principles (ISO 13053). Establish scientifically grounded relationships between material properties and moulding performance (flow, shrinkage, warpage, weld lines, surface finish). Define material specifications suitable for industrial moulding environments. Factory Trials & Production Scale Up Lead and execute factory trials at internal pilot facilities and external manufacturing sites. Translate R&D scale learnings into full industrial moulding environments. Adapt processes across different machine platforms, tooling configurations, and factory setups. Ensure all trial parameters, deviations, and results are clearly documented and translated into Standard Operation Procedures (SOPs). Support handover from development to steady state production. Anticipate and mitigate scale up risks through structured planning and pre trial analysis. Ability to operate within production constraints such as uptime requirements, operator skill variability and machine limitations. Technical Troubleshooting & Root Cause Analysis Diagnose and resolve moulding defects (short shots, sink marks, flash, burn marks, voids, warpage, dimensional instability). Lead structured root cause analysis using methodologies such as FMEA and 8D. Address material related processing issues including moisture sensitivity, degradation, thermal stability, and rheological variability. Implement corrective and preventative actions to improve yield and reduce scrap rates. Tooling & Equipment Interaction Work closely with toolmakers to optimise gate design, runner systems, cooling channels, and venting strategies. Provide DFM (Design for Manufacture) input to product and tooling design teams. Evaluate and specify injection moulding equipment suitable for new product requirements. Support tool trials (T0, T1, T2 stages) and drive improvements prior to production release. External Manufacturing & Partner Management Act as the primary technical interface between the company and external moulding factories. Build strong working relationships with factory engineers, production managers, and machine operators. Ensure manufacturing partners adhere to defined process windows and quality standards. Coordinate and oversee joint development and optimisation trials with external partners. Salary Total compensation package depending on experience: £38,000 - £57,500 (base salary + EMI Share Options)
Apr 02, 2026
Full time
The Role At Notpla, we're at the forefront of sustainable innovation, creating natural alternatives to single use plastic packaging that are carefully engineered to help build a healthier planet. Founded on the belief that Nature is our North Star, we're an innovative, action oriented scale up developing and manufacturing uncompromisingly natural packaging solutions from seaweed and plants. As an Injection Moulding Engineer you will operate across Technology Readiness Levels 3 to 8; you will lead complex, critical projects that ensure robust, repeatable and scalable injection moulding processes across pilot and commercial production. This is an exciting time to join Notpla - we're on the brink of a record breaking year for revenue and on track for major growth in the next 18-24 months. On top of this our Series A+ fundraise, which closed in 2024, is enabling us to scale our growth and environmental impact faster than ever. Beyond offering meaningful roles and a vibrant working environment, Notpla provides competitive compensation, including EMI Share Options, a zero carbon pension scheme, discounts with local businesses, and subsidised social activities. Our office first working culture promotes a dynamic and collaborative atmosphere while maximising productivity. We're a social business with regular clubs and events, and we're proud of how our diverse, mission driven community works together to make plastic disappear. Led by strong values, all Notpla employees are encouraged to take ownership of their domain, enjoying a high degree of autonomy. Our aim is to build an inspiring culture reflected in our working policies, environment, and people. As an Injection Moulding Engineer you will spend your time executing factory trials both at internal pilot facilities and external manufacturing sites developing and optimising injection moulding processes for new and existing polymer formulations. You will act as the primary technical interface between the company and external moulding factories, coordinating and overseeing joint development and optimisation trials. In order to succeed in this role you will need deep expertise in polymer processing and factory based manufacturing environments. You will bring strong hands on knowledge of injection moulding processes, tooling interactions and material behaviour. Proven track record confidently leading factory trials while working closely with contract manufacturers and equipment operations is essential. You feel comfortable operating at the interface of material science, tooling design and real world production constraints. Key Responsibilities Injection Moulding Process Development & Optimisation Develop, establish, and optimise injection moulding processes for new and existing polymer formulations. Define and document robust processing windows (temperature, pressure, cooling time, screw speed, back pressure, etc.). Conduct structured process optimisation using Design of Experiments (DOE) methodologies and statistical analysis. Apply Process Capability (CP) and Process Capability Index (CPK) analysis to assess process capability and ensure production robustness in line with Six Sigma principles (ISO 13053). Establish scientifically grounded relationships between material properties and moulding performance (flow, shrinkage, warpage, weld lines, surface finish). Define material specifications suitable for industrial moulding environments. Factory Trials & Production Scale Up Lead and execute factory trials at internal pilot facilities and external manufacturing sites. Translate R&D scale learnings into full industrial moulding environments. Adapt processes across different machine platforms, tooling configurations, and factory setups. Ensure all trial parameters, deviations, and results are clearly documented and translated into Standard Operation Procedures (SOPs). Support handover from development to steady state production. Anticipate and mitigate scale up risks through structured planning and pre trial analysis. Ability to operate within production constraints such as uptime requirements, operator skill variability and machine limitations. Technical Troubleshooting & Root Cause Analysis Diagnose and resolve moulding defects (short shots, sink marks, flash, burn marks, voids, warpage, dimensional instability). Lead structured root cause analysis using methodologies such as FMEA and 8D. Address material related processing issues including moisture sensitivity, degradation, thermal stability, and rheological variability. Implement corrective and preventative actions to improve yield and reduce scrap rates. Tooling & Equipment Interaction Work closely with toolmakers to optimise gate design, runner systems, cooling channels, and venting strategies. Provide DFM (Design for Manufacture) input to product and tooling design teams. Evaluate and specify injection moulding equipment suitable for new product requirements. Support tool trials (T0, T1, T2 stages) and drive improvements prior to production release. External Manufacturing & Partner Management Act as the primary technical interface between the company and external moulding factories. Build strong working relationships with factory engineers, production managers, and machine operators. Ensure manufacturing partners adhere to defined process windows and quality standards. Coordinate and oversee joint development and optimisation trials with external partners. Salary Total compensation package depending on experience: £38,000 - £57,500 (base salary + EMI Share Options)
An innovative medical device company is seeking a Senior Mechanical Design Engineer to support the development of advanced electromechanical systems. This role focuses on delivering robust, manufacturable designs for cutting-edge diagnostic technology within a regulated environment. Key Responsibilities Lead detailed mechanical design of precision electromechanical components and assemblies Evaluate multiple design concepts and drive decisions based on engineering analysis and trade-offs Ensure designs are optimised for manufacturing (DFM), including machined and injection moulded parts Plan and execute testing and validation activities to verify design assumptions Manage technical risks through structured risk analysis and mitigation strategies Develop and transfer tooling, fixtures, and test equipment into manufacturing Produce high-quality engineering documentation, including drawings, specifications, and test reports Collaborate with cross-functional teams, suppliers, and manufacturing partners Requirements Degree in Mechanical Engineering (or equivalent) Proven experience delivering mechanical design projects, ideally within medical devices or regulated industries Strong knowledge of Design for Manufacture (DFM) principles Experience with manufacturing processes such as machining and injection moulding Hands-on involvement in testing, validation, and production support Proficiency in CAD (e.g., SolidWorks or similar) Understanding of quality systems (e.g., ISO 13485 or similar) Strong analytical, problem-solving, and communication skills Ability to work independently and manage technical projects
Apr 01, 2026
Full time
An innovative medical device company is seeking a Senior Mechanical Design Engineer to support the development of advanced electromechanical systems. This role focuses on delivering robust, manufacturable designs for cutting-edge diagnostic technology within a regulated environment. Key Responsibilities Lead detailed mechanical design of precision electromechanical components and assemblies Evaluate multiple design concepts and drive decisions based on engineering analysis and trade-offs Ensure designs are optimised for manufacturing (DFM), including machined and injection moulded parts Plan and execute testing and validation activities to verify design assumptions Manage technical risks through structured risk analysis and mitigation strategies Develop and transfer tooling, fixtures, and test equipment into manufacturing Produce high-quality engineering documentation, including drawings, specifications, and test reports Collaborate with cross-functional teams, suppliers, and manufacturing partners Requirements Degree in Mechanical Engineering (or equivalent) Proven experience delivering mechanical design projects, ideally within medical devices or regulated industries Strong knowledge of Design for Manufacture (DFM) principles Experience with manufacturing processes such as machining and injection moulding Hands-on involvement in testing, validation, and production support Proficiency in CAD (e.g., SolidWorks or similar) Understanding of quality systems (e.g., ISO 13485 or similar) Strong analytical, problem-solving, and communication skills Ability to work independently and manage technical projects
Do you have a background in designing mechanical engineered components? And knowledge of sheet metal, extrusion, plastic injection moulding, and electro-mechanical engineering? This could be the role for you! We are on the lookout for a Mechanical Design Engineer to design sheet metal and plastic enclosures, and additional mechanical components, for an electro-mechanical engineering business. You will be utilising processes such as material extrusion, fabrication and casting plus exciting technologies such as injection moulding. Production assistance with the design of jigs/fixtures will also be required from time to time.As a Mechanical Design Engineer, you will have a recognised mechanical engineering qualification and at least three years of design experience in all types of enclosures for a high volume manufacturing business. It would be beneficial for the appointed Mechanical Design Engineer to have experience in industrial/product design and have a flair for the aesthetic. On offer is the opportunity to join an industry-leading business that designs and manufactures their product on-site. Our client has a full order book for the foreseeable future, featuring some of the biggest names in British engineering.Mechanical Design Engineer - Role and Responsibilities - Mechanical Engineer / Sheet Metal / Plastic / Aluminium / Assembly / Mechanical Engineer / Solidworks Design plastic injection moulded components Design fabricated interlocking aluminium & steel enclosures Carry out mechanical fittings and compatibility checks on electronic assemblies. Produce wiring diagrams and assembly instructions when required Assist the production team with the design of relevant jigs & fixtures, and manage their manufacture Ensure all products are designed with manufacture and assembly considerations Evaluate components from datasheet information and then approve through appropriate testing Build and test initial samples and qualify the design with the correct documentation Provide technical support to Production for day-to-day design, performance and quality issues which ariseMechanical Design Engineer - Skills and Abilities - Mechanical Engineer / Sheet Metal / Plastic / Aluminium / Assembly / Mechanical Engineer / Solidworks Of degree calibre within mechanical engineering or equivalent Familiar with 2D & 3D modelling and design packages Knowledge of metal (castings, sheet metal, extrusions, etc) Experience in high volume manufacturing environment with design for manufacture and testMechanical Design Engineer / Sheet Metal / Plastic / Aluminium / Assembly / Mechanical Engineer / SolidworksIf this role could appeal, please do apply now!
Apr 01, 2026
Full time
Do you have a background in designing mechanical engineered components? And knowledge of sheet metal, extrusion, plastic injection moulding, and electro-mechanical engineering? This could be the role for you! We are on the lookout for a Mechanical Design Engineer to design sheet metal and plastic enclosures, and additional mechanical components, for an electro-mechanical engineering business. You will be utilising processes such as material extrusion, fabrication and casting plus exciting technologies such as injection moulding. Production assistance with the design of jigs/fixtures will also be required from time to time.As a Mechanical Design Engineer, you will have a recognised mechanical engineering qualification and at least three years of design experience in all types of enclosures for a high volume manufacturing business. It would be beneficial for the appointed Mechanical Design Engineer to have experience in industrial/product design and have a flair for the aesthetic. On offer is the opportunity to join an industry-leading business that designs and manufactures their product on-site. Our client has a full order book for the foreseeable future, featuring some of the biggest names in British engineering.Mechanical Design Engineer - Role and Responsibilities - Mechanical Engineer / Sheet Metal / Plastic / Aluminium / Assembly / Mechanical Engineer / Solidworks Design plastic injection moulded components Design fabricated interlocking aluminium & steel enclosures Carry out mechanical fittings and compatibility checks on electronic assemblies. Produce wiring diagrams and assembly instructions when required Assist the production team with the design of relevant jigs & fixtures, and manage their manufacture Ensure all products are designed with manufacture and assembly considerations Evaluate components from datasheet information and then approve through appropriate testing Build and test initial samples and qualify the design with the correct documentation Provide technical support to Production for day-to-day design, performance and quality issues which ariseMechanical Design Engineer - Skills and Abilities - Mechanical Engineer / Sheet Metal / Plastic / Aluminium / Assembly / Mechanical Engineer / Solidworks Of degree calibre within mechanical engineering or equivalent Familiar with 2D & 3D modelling and design packages Knowledge of metal (castings, sheet metal, extrusions, etc) Experience in high volume manufacturing environment with design for manufacture and testMechanical Design Engineer / Sheet Metal / Plastic / Aluminium / Assembly / Mechanical Engineer / SolidworksIf this role could appeal, please do apply now!
Product Design Engineer Join a forward-thinking engineering team designing innovative products from concept to manufacture. This role offers hands-on CAD design, product development, prototyping and testing within a fast-paced manufacturing environment. If youve also worked in the following roles, wed also like to hear from you: Mechanical Design Engineer, CAD Engineer, Development Engineer, Manufac click apply for full job details
Mar 31, 2026
Full time
Product Design Engineer Join a forward-thinking engineering team designing innovative products from concept to manufacture. This role offers hands-on CAD design, product development, prototyping and testing within a fast-paced manufacturing environment. If youve also worked in the following roles, wed also like to hear from you: Mechanical Design Engineer, CAD Engineer, Development Engineer, Manufac click apply for full job details
Production Design Engineer Witney Jigs & Tooling £45,000pa - £50,000pa plus bonus & benefits: An excellent opportunity has arisen for a Production Design Engineer with experience of working with Jigs and Tooling to join a well-established specialist manufacturer in the Witney area. This business has been heavily investing in new machinery, tooling and equipment. This Production Design Engineer role is vital to the company s growth plans over the coming years. On a day to day basis the Production Design Engineer will be responsible for: Creating & maintaining Technical Specifications for products and components including PDM, BOMs & production routings Introduction of new products to manufacturing including tooling design Ensuring Work instructions & SOP's meet the technical 'critical x's' of the specifications Problem solving on products & part design Process improvements & manufacturing efficiency to improve production costs & quality Product Quality, ensuring processes are controlled and cable The successful Production Design Engineer will need a proven track record within a plastics / injection moulding manufacturer, working with Jig & Tooling Design. Other key things: An engineering qualification, apprenticeship and higher education CAD / CAM New Product Introduction Production timings & process optimisation Continuous improvement techniques Process Mapping Product Data Management Product Design for Manufacture ERP system functions including Bills of Materials and Production Routings Product Costing If you re a Production Design Engineer looking for a new role in 2026, please apply or contact Lee at MARS Recruitment. MARS Recruitment is an equal opportunities employer and positively welcomes applications from suitably qualified applicants regardless of race, colour, sex, marital status, national origin, religion, age, disability, or any other protected status. Suitable candidates for the role will be contacted within 3 working days, unfortunately if you haven t heard back in this time your application has been unsuccessful at this time. MARS Recruitment is a specialist Engineering & IT recruiter working in partnership with companies across the UK and offers services of both an Employment Business (for Temporary/Contract roles) and an Employment Agency (for Permanent roles).
Mar 28, 2026
Full time
Production Design Engineer Witney Jigs & Tooling £45,000pa - £50,000pa plus bonus & benefits: An excellent opportunity has arisen for a Production Design Engineer with experience of working with Jigs and Tooling to join a well-established specialist manufacturer in the Witney area. This business has been heavily investing in new machinery, tooling and equipment. This Production Design Engineer role is vital to the company s growth plans over the coming years. On a day to day basis the Production Design Engineer will be responsible for: Creating & maintaining Technical Specifications for products and components including PDM, BOMs & production routings Introduction of new products to manufacturing including tooling design Ensuring Work instructions & SOP's meet the technical 'critical x's' of the specifications Problem solving on products & part design Process improvements & manufacturing efficiency to improve production costs & quality Product Quality, ensuring processes are controlled and cable The successful Production Design Engineer will need a proven track record within a plastics / injection moulding manufacturer, working with Jig & Tooling Design. Other key things: An engineering qualification, apprenticeship and higher education CAD / CAM New Product Introduction Production timings & process optimisation Continuous improvement techniques Process Mapping Product Data Management Product Design for Manufacture ERP system functions including Bills of Materials and Production Routings Product Costing If you re a Production Design Engineer looking for a new role in 2026, please apply or contact Lee at MARS Recruitment. MARS Recruitment is an equal opportunities employer and positively welcomes applications from suitably qualified applicants regardless of race, colour, sex, marital status, national origin, religion, age, disability, or any other protected status. Suitable candidates for the role will be contacted within 3 working days, unfortunately if you haven t heard back in this time your application has been unsuccessful at this time. MARS Recruitment is a specialist Engineering & IT recruiter working in partnership with companies across the UK and offers services of both an Employment Business (for Temporary/Contract roles) and an Employment Agency (for Permanent roles).
Vehicle Mechanical Design Engineer Warwick Hybrid £40,000 £55,000 DOE VIQU is working with a well-established engineering organisation within the specialist vehicle sector to recruit a Mechanical Design Engineer with experience in cab interior systems and occupant-focused design. This role will focus on the design and development of vehicle cab interior components, working from concept through to production, ensuring regulatory compliance and manufacturability throughout. Key Responsibilities: • Design and develop cab interior systems and components including dash and trim panels, door systems, floor systems and mats, seating and anchorage systems • Produce 3D CAD models, assemblies, detailed drawings and BOMs • Select appropriate materials based on performance, durability and regulatory requirements • Work closely with manufacturing teams to ensure DFM/DFA principles are applied • Support tooling reviews including A/B surface considerations • Ensure compliance with relevant vehicle and occupant safety regulations • Support validation, testing and product introduction activities • Contribute to engineering change management processes Key Requirements: • HNC/HND or Apprenticeship in Mechanical Engineering (essential) • Previous experience designing vehicle cab interiors or similar engineered interior systems • Strong material knowledge including plastics (ABS, PP, GRP), rubber, foam, fabrics and sheet metal fabrication • Experience with manufacturing processes such as injection moulding, vacuum forming, compression moulding and 3D printing • Understanding of tooling requirements and surface finish considerations • Knowledge of ECE R29 (Cab Strength) and ECE R14, R16, R17 (Occupant Protection & Seating Safety) • Strong 3D CAD experience (Solid Edge preferred, or SolidWorks/Creo equivalent) • Detail-oriented with strong problem-solving ability To apply: Phoebe Rees (url removed) (phone number removed) Know someone suitable? You could earn up to £1,000 if your referral is successful (T&Cs apply).
Mar 16, 2026
Full time
Vehicle Mechanical Design Engineer Warwick Hybrid £40,000 £55,000 DOE VIQU is working with a well-established engineering organisation within the specialist vehicle sector to recruit a Mechanical Design Engineer with experience in cab interior systems and occupant-focused design. This role will focus on the design and development of vehicle cab interior components, working from concept through to production, ensuring regulatory compliance and manufacturability throughout. Key Responsibilities: • Design and develop cab interior systems and components including dash and trim panels, door systems, floor systems and mats, seating and anchorage systems • Produce 3D CAD models, assemblies, detailed drawings and BOMs • Select appropriate materials based on performance, durability and regulatory requirements • Work closely with manufacturing teams to ensure DFM/DFA principles are applied • Support tooling reviews including A/B surface considerations • Ensure compliance with relevant vehicle and occupant safety regulations • Support validation, testing and product introduction activities • Contribute to engineering change management processes Key Requirements: • HNC/HND or Apprenticeship in Mechanical Engineering (essential) • Previous experience designing vehicle cab interiors or similar engineered interior systems • Strong material knowledge including plastics (ABS, PP, GRP), rubber, foam, fabrics and sheet metal fabrication • Experience with manufacturing processes such as injection moulding, vacuum forming, compression moulding and 3D printing • Understanding of tooling requirements and surface finish considerations • Knowledge of ECE R29 (Cab Strength) and ECE R14, R16, R17 (Occupant Protection & Seating Safety) • Strong 3D CAD experience (Solid Edge preferred, or SolidWorks/Creo equivalent) • Detail-oriented with strong problem-solving ability To apply: Phoebe Rees (url removed) (phone number removed) Know someone suitable? You could earn up to £1,000 if your referral is successful (T&Cs apply).
Technical Manager role with a growing manufacturing company. Senior management role based in Manchester. Client Details Our client is a growing, well established manufacturing company servicing the automotive sector and other bespoke markets. Description Responsible for defining and executing an injection moulding strategy designed at improving overall injection moulding effectiveness including Safety, Quality, Cost, Performance and People. The Technical Manager will be responsible for developing standards and controls in all aspects of plastic injection moulding including machinery & equipment, technology, tooling, materials and people / capability. Ensuring adherence and compliance to safety standards at all times Setting and mobilising a clear strategy for control and improvement of the injection moulding process including process optimisation, user access control, SPC and parts discrimination Working with the process development and setting teams to define 'best practice' and improve all aspects of injection moulding Working with NPD, tool and product design, marketing and other business functions to develop process technology and specify capital equipment requirements relating to the introduction of new products and new manufacturing methods Responsible for the development, implementation and sustainment of manufacturing (injection moulding) best practice Working with the engineering function, production function and other internal stakeholders to define specifications for production machines and ancillary equipment Preparation of Capex justifications for moulding machines, ancillary equipment and other moulding technologies Developing reporting tools to measure Injection Moulding performance and highlight improvement opportunities Exploring new materials opportunities with particular focus on development of sustainable materials and products Working with the site team to define and work on continuous improvement projects Providing direction for process development and setter teams on projects and on daily tasks Coaching and developing staff to ensure a high performing manufacturing team focused on delivering customer value Providing technical expertise to the team, transferring skills and knowledge to the Process Development team, Setter Team and wider Site team Ensuring a commitment to timely completion of staff appraisals, defining development plans and planning training requirements Analysing data and prepare reporting on Injection Moulding performance on a daily / weekly / monthly / as required basis Work as part of the EMEA and Global quality teams to share experiences and best-practice Improving site technical competency through the development of team members Working with the wider EMEA and Global Operations teams to benchmark performance and define 'best practice Profile Proven experience as a Technical Manager in an industrial manufacturing environment. A background in plastics, injection moulding, polymers, composites, extrusion or other similar materials or engineering sectors would be advantageous. This is a leadership role so we are interested in Technical Manager from any industrial manufacturing background as well. Strong engineering, industrial or process background A Technical related qualification Engineering Degree (or equivalent qualification), or qualified by experience Excellent IT skills, particularly Microsoft Excel and Word High level of numeracy and analytical skills Full driving licence IOSH: Managing Safely (Preferred) Job Offer 60,000 to 70,000 plus bonus and benefits
Mar 13, 2026
Full time
Technical Manager role with a growing manufacturing company. Senior management role based in Manchester. Client Details Our client is a growing, well established manufacturing company servicing the automotive sector and other bespoke markets. Description Responsible for defining and executing an injection moulding strategy designed at improving overall injection moulding effectiveness including Safety, Quality, Cost, Performance and People. The Technical Manager will be responsible for developing standards and controls in all aspects of plastic injection moulding including machinery & equipment, technology, tooling, materials and people / capability. Ensuring adherence and compliance to safety standards at all times Setting and mobilising a clear strategy for control and improvement of the injection moulding process including process optimisation, user access control, SPC and parts discrimination Working with the process development and setting teams to define 'best practice' and improve all aspects of injection moulding Working with NPD, tool and product design, marketing and other business functions to develop process technology and specify capital equipment requirements relating to the introduction of new products and new manufacturing methods Responsible for the development, implementation and sustainment of manufacturing (injection moulding) best practice Working with the engineering function, production function and other internal stakeholders to define specifications for production machines and ancillary equipment Preparation of Capex justifications for moulding machines, ancillary equipment and other moulding technologies Developing reporting tools to measure Injection Moulding performance and highlight improvement opportunities Exploring new materials opportunities with particular focus on development of sustainable materials and products Working with the site team to define and work on continuous improvement projects Providing direction for process development and setter teams on projects and on daily tasks Coaching and developing staff to ensure a high performing manufacturing team focused on delivering customer value Providing technical expertise to the team, transferring skills and knowledge to the Process Development team, Setter Team and wider Site team Ensuring a commitment to timely completion of staff appraisals, defining development plans and planning training requirements Analysing data and prepare reporting on Injection Moulding performance on a daily / weekly / monthly / as required basis Work as part of the EMEA and Global quality teams to share experiences and best-practice Improving site technical competency through the development of team members Working with the wider EMEA and Global Operations teams to benchmark performance and define 'best practice Profile Proven experience as a Technical Manager in an industrial manufacturing environment. A background in plastics, injection moulding, polymers, composites, extrusion or other similar materials or engineering sectors would be advantageous. This is a leadership role so we are interested in Technical Manager from any industrial manufacturing background as well. Strong engineering, industrial or process background A Technical related qualification Engineering Degree (or equivalent qualification), or qualified by experience Excellent IT skills, particularly Microsoft Excel and Word High level of numeracy and analytical skills Full driving licence IOSH: Managing Safely (Preferred) Job Offer 60,000 to 70,000 plus bonus and benefits
Principal Design Engineer Nottingham Salary : £50,000 - £60,000 (DOE) 25 Days Holiday + Bank Holidays The company : Our client is a leading provider of mechanical engineering services in the area, supplying, designing an installing Bespoke Materials Handling Equipment and Special Purpose Machinery. Established in the area, they have built a strong reputation for delivering quality service to their clients nationwide in the FMCG, and Logistics industries. Their team designs and assembles a variety of products, including conveyor systems, robots, structural steel work, Crane Systems, and more. They pride themselves in a providing a high standard of craftsmanship and innovation, Working with multi-billion-pound business across the UK. As a business they are experiencing growth and a consistent large volume of incoming projects, with a full order book! and have recently promoted from within, as such they are looking to expand their design team to allow them to run additional projects simultaneously. They currently employ over 150 employees across the business, with around 10 engineers in the design team. The role: As the Principal Mechanical Engineer , you will lead high-level technical initiatives, working closely with the Head of Design, Research & Development to provide guidance, technical oversight, and mentorship to a growing team of engineers. You will play a critical role in shaping the future of the company s design capabilities and product innovations, driving projects from conception through to installation and beyond. Your responsibilities will include : Lead multidisciplinary teams in the development of advanced mechanical systems. Spearhead the design of cutting-edge electromechanical systems, ensuring alignment with industry standards and internal quality benchmarks. Use SolidWorks and 2D CAD to produce detailed 3D models, assembly drawings, and specifications. Conduct advanced engineering analysis, including FEA, structural, and fatigue analysis. Apply mathematical modelling, statics, dynamics, and vibration principles to inform design decisions. Support the Head of Design in technical strategy and deputise when required. Oversee component selection, including gear-motors, actuators, and integration of mechanical with electrical systems. Champion Design for Manufacture (DFM) and Design for Assembly (DFA) principles. Perform DFMEA, risk assessments, and ensure designs meet the Machinery Directive and relevant standards. Manage the development of CAD libraries and documentation standards. Lead R&D efforts including IP management, internal testing equipment design, and innovative product development. Drive cost optimisation and value engineering throughout the design lifecycle. What we re looking for in a candidate: BSc or MEng in Mechanical Engineering (essential), MSc in a relevant field (preferably Engineering Design or related). A minimum of 5 years' experience in mechanical design engineering, with a strong background in industrial automation or product development. Demonstrable leadership skills, with the ability to manage complex technical projects and mentor junior engineers. Strong proficiency in SolidWorks, 2D CAD, and analytical tools for engineering calculations and FEA. Practical experience with sheet metal, machining, plastic injection moulding, and manufacturing processes. A good grasp of programming or simulation tools such as MATLAB is advantageous. Strong interpersonal skills, capable of delivering consultative services to internal and external stakeholders. Chartered Engineer status (CEng) with IMechE or actively working towards it. The Benefits : Competitive salary: £50k £60k, dependent on experience Work alongside a collaborative, high-calibre design team Office-based role with flexible working hours (start between 6:30am 8:30am) 25 days holiday + bank holidays Company pension and development opportunities Involvement in high-profile, technically challenging projects Supportive leadership and a strong pipeline of innovation-focused work How to Apply : If you are a motivated and experienced Principal Mechanical Engineer looking to join a growing company, we want to hear from you! ATA is committed to creating a diverse workforce and is an equal opportunities employer. We welcome applications from all suitably qualified persons regardless of age, disability, gender, marriage and civil partnership, pregnancy and maternity, race, religion or belief, sex, and sexual orientation
Mar 12, 2026
Full time
Principal Design Engineer Nottingham Salary : £50,000 - £60,000 (DOE) 25 Days Holiday + Bank Holidays The company : Our client is a leading provider of mechanical engineering services in the area, supplying, designing an installing Bespoke Materials Handling Equipment and Special Purpose Machinery. Established in the area, they have built a strong reputation for delivering quality service to their clients nationwide in the FMCG, and Logistics industries. Their team designs and assembles a variety of products, including conveyor systems, robots, structural steel work, Crane Systems, and more. They pride themselves in a providing a high standard of craftsmanship and innovation, Working with multi-billion-pound business across the UK. As a business they are experiencing growth and a consistent large volume of incoming projects, with a full order book! and have recently promoted from within, as such they are looking to expand their design team to allow them to run additional projects simultaneously. They currently employ over 150 employees across the business, with around 10 engineers in the design team. The role: As the Principal Mechanical Engineer , you will lead high-level technical initiatives, working closely with the Head of Design, Research & Development to provide guidance, technical oversight, and mentorship to a growing team of engineers. You will play a critical role in shaping the future of the company s design capabilities and product innovations, driving projects from conception through to installation and beyond. Your responsibilities will include : Lead multidisciplinary teams in the development of advanced mechanical systems. Spearhead the design of cutting-edge electromechanical systems, ensuring alignment with industry standards and internal quality benchmarks. Use SolidWorks and 2D CAD to produce detailed 3D models, assembly drawings, and specifications. Conduct advanced engineering analysis, including FEA, structural, and fatigue analysis. Apply mathematical modelling, statics, dynamics, and vibration principles to inform design decisions. Support the Head of Design in technical strategy and deputise when required. Oversee component selection, including gear-motors, actuators, and integration of mechanical with electrical systems. Champion Design for Manufacture (DFM) and Design for Assembly (DFA) principles. Perform DFMEA, risk assessments, and ensure designs meet the Machinery Directive and relevant standards. Manage the development of CAD libraries and documentation standards. Lead R&D efforts including IP management, internal testing equipment design, and innovative product development. Drive cost optimisation and value engineering throughout the design lifecycle. What we re looking for in a candidate: BSc or MEng in Mechanical Engineering (essential), MSc in a relevant field (preferably Engineering Design or related). A minimum of 5 years' experience in mechanical design engineering, with a strong background in industrial automation or product development. Demonstrable leadership skills, with the ability to manage complex technical projects and mentor junior engineers. Strong proficiency in SolidWorks, 2D CAD, and analytical tools for engineering calculations and FEA. Practical experience with sheet metal, machining, plastic injection moulding, and manufacturing processes. A good grasp of programming or simulation tools such as MATLAB is advantageous. Strong interpersonal skills, capable of delivering consultative services to internal and external stakeholders. Chartered Engineer status (CEng) with IMechE or actively working towards it. The Benefits : Competitive salary: £50k £60k, dependent on experience Work alongside a collaborative, high-calibre design team Office-based role with flexible working hours (start between 6:30am 8:30am) 25 days holiday + bank holidays Company pension and development opportunities Involvement in high-profile, technically challenging projects Supportive leadership and a strong pipeline of innovation-focused work How to Apply : If you are a motivated and experienced Principal Mechanical Engineer looking to join a growing company, we want to hear from you! ATA is committed to creating a diverse workforce and is an equal opportunities employer. We welcome applications from all suitably qualified persons regardless of age, disability, gender, marriage and civil partnership, pregnancy and maternity, race, religion or belief, sex, and sexual orientation
Technical Manager role with a growing manufacturing company. Senior management role based in Manchester. Client Details Our client is a growing, well established manufacturing company servicing the automotive sector and other bespoke markets. Description Responsible for defining and executing an injection moulding strategy designed at improving overall injection moulding effectiveness including Safety, Quality, Cost, Performance and People. The Technical Manager will be responsible for developing standards and controls in all aspects of plastic injection moulding including machinery & equipment, technology, tooling, materials and people / capability. Ensuring adherence and compliance to safety standards at all times Setting and mobilising a clear strategy for control and improvement of the injection moulding process including process optimisation, user access control, SPC and parts discrimination Working with the process development and setting teams to define 'best practice' and improve all aspects of injection moulding Working with NPD, tool and product design, marketing and other business functions to develop process technology and specify capital equipment requirements relating to the introduction of new products and new manufacturing methods Responsible for the development, implementation and sustainment of manufacturing (injection moulding) best practice Working with the engineering function, production function and other internal stakeholders to define specifications for production machines and ancillary equipment Preparation of Capex justifications for moulding machines, ancillary equipment and other moulding technologies Developing reporting tools to measure Injection Moulding performance and highlight improvement opportunities Exploring new materials opportunities with particular focus on development of sustainable materials and products Working with the site team to define and work on continuous improvement projects Providing direction for process development and setter teams on projects and on daily tasks Coaching and developing staff to ensure a high performing manufacturing team focused on delivering customer value Providing technical expertise to the team, transferring skills and knowledge to the Process Development team, Setter Team and wider Site team Ensuring a commitment to timely completion of staff appraisals, defining development plans and planning training requirements Analysing data and prepare reporting on Injection Moulding performance on a daily / weekly / monthly / as required basis Work as part of the EMEA and Global quality teams to share experiences and best-practice Improving site technical competency through the development of team members Working with the wider EMEA and Global Operations teams to benchmark performance and define 'best practice Profile Proven experience as a Technical Manager in an industrial manufacturing environment. A background in plastics, injection moulding, polymers, composites, extrusion or other similar materials or engineering sectors would be advantageous. This is a leadership role so we are interested in Technical Manager from any industrial manufacturing background as well. Strong engineering, industrial or process background A Technical related qualification Engineering Degree (or equivalent qualification), or qualified by experience Excellent IT skills, particularly Microsoft Excel and Word High level of numeracy and analytical skills Full driving licence IOSH: Managing Safely (Preferred) Job Offer 60,000 to 70,000 plus bonus and benefits
Mar 10, 2026
Full time
Technical Manager role with a growing manufacturing company. Senior management role based in Manchester. Client Details Our client is a growing, well established manufacturing company servicing the automotive sector and other bespoke markets. Description Responsible for defining and executing an injection moulding strategy designed at improving overall injection moulding effectiveness including Safety, Quality, Cost, Performance and People. The Technical Manager will be responsible for developing standards and controls in all aspects of plastic injection moulding including machinery & equipment, technology, tooling, materials and people / capability. Ensuring adherence and compliance to safety standards at all times Setting and mobilising a clear strategy for control and improvement of the injection moulding process including process optimisation, user access control, SPC and parts discrimination Working with the process development and setting teams to define 'best practice' and improve all aspects of injection moulding Working with NPD, tool and product design, marketing and other business functions to develop process technology and specify capital equipment requirements relating to the introduction of new products and new manufacturing methods Responsible for the development, implementation and sustainment of manufacturing (injection moulding) best practice Working with the engineering function, production function and other internal stakeholders to define specifications for production machines and ancillary equipment Preparation of Capex justifications for moulding machines, ancillary equipment and other moulding technologies Developing reporting tools to measure Injection Moulding performance and highlight improvement opportunities Exploring new materials opportunities with particular focus on development of sustainable materials and products Working with the site team to define and work on continuous improvement projects Providing direction for process development and setter teams on projects and on daily tasks Coaching and developing staff to ensure a high performing manufacturing team focused on delivering customer value Providing technical expertise to the team, transferring skills and knowledge to the Process Development team, Setter Team and wider Site team Ensuring a commitment to timely completion of staff appraisals, defining development plans and planning training requirements Analysing data and prepare reporting on Injection Moulding performance on a daily / weekly / monthly / as required basis Work as part of the EMEA and Global quality teams to share experiences and best-practice Improving site technical competency through the development of team members Working with the wider EMEA and Global Operations teams to benchmark performance and define 'best practice Profile Proven experience as a Technical Manager in an industrial manufacturing environment. A background in plastics, injection moulding, polymers, composites, extrusion or other similar materials or engineering sectors would be advantageous. This is a leadership role so we are interested in Technical Manager from any industrial manufacturing background as well. Strong engineering, industrial or process background A Technical related qualification Engineering Degree (or equivalent qualification), or qualified by experience Excellent IT skills, particularly Microsoft Excel and Word High level of numeracy and analytical skills Full driving licence IOSH: Managing Safely (Preferred) Job Offer 60,000 to 70,000 plus bonus and benefits
