Reporting to a machine shop Team Leader, as an apprentice aligned to the machine shop function you will be learning and developing the skills required to use a range of CNC machines including 3, 4, 5, and 10 axis equipment.
You will be given the opportunity to gain the necessary skills to be able to set and operate different machine types and carry out total preventative maintenance (TPM) activities, develop the skills required to create programs and understand the different cutting techniques required for the multitude on materials required to produce world leading media transfer systems.
During your apprenticeship you will be expected to support multiple equipment types and undergo training to support the development of your knowledge and skills.
As an apprentice you will be mentored by our machine shop technicians who will pass on their specialist knowledge of machining and process development in support of your studies.
You will be responsible for your own quality, safety and the safety of others.
What you’ll be doing;
Developing the skills needed to safely set and operate complex machinery
Learning about machine safety
Developing a safety-first culture when setting machines understanding risk assessment and COSHH
Developing the skills required to use and understand different metrology equipment
Learning about continuous improvement, lean and 5S
Developing the ability to conduct non-conformance investigations including Root Cause analysis and Corrective Actions
Learning about the Watson Marlow values and how we apply them every day
Training:
Training will take place weekly (term time) at a Truro-Penwith College campus
Training Outcome:
On completion of a successful apprenticeship, there may be an opportunity for a full-time position
Employer Description:Watson-Marlow Fluid Technology Solutions is part of Spirax Group, a FTSE100 and FTSE4Good multi-national industrial engineering Group with expertise in the control and management of steam, electric thermal solutions, peristaltic pumping and associated fluid technologies.
As a world leader in manufacturing peristaltic pumps and associated fluid path technologies for the life sciences and process industries, we offer a wide range of products, including tubing, specialised filling systems and products for single-use applications.
Our shared Purpose is to create sustainable value for all our stakeholders as we engineer a more efficient, safer and sustainable world. Our technologies play an essential role in critical industrial processes and industrial equipment across industries as diverse as Food & Beverage, Pharmaceutical & Biotechnology, Power Generation, Semiconductors and Healthcare. With customers in 116 countries, we provide the solutions that sit behind the production of many items used in daily life, from baked beans to mobile phones!Working Hours :Monday - Thursday, 8.00am - 4.30pm and Friday, 8.00am - 1.00pmSkills: Communication skills,Attention to detail,Organisation skills,Team working....Read more...
We are seeking a skilled technician to work closely with the Senior Test Engineer at aircraft test facilities. You will work extensively with high-pressure gas and fluid systems.
Key Responsibilities
Proactively respond to any issues related to the engine or test site to ensure safety.
Assist in managing operations that involve hazardous materials.
Ensure that correct pressures are maintained in the feedlines during tests.
Assist lead Test Engineers with: site preparation and maintenance: conducting pressure and control system checks: instrument calibration and steam boiler operations.
Assisting with instrumentation, installation, and removal of flight engines before and after hot fire tests.
Required Skills and Competencies
Hands-on mechanical fitter or engineering skills, ideally gained within an engineering-focused organization.
A proactive attitude toward safety and operational support.....Read more...
We are seeking a skilled technician to work closely with the Senior Test Engineer at aircraft test facilities. You will work extensively with high-pressure gas and fluid systems.
Key Responsibilities
Proactively respond to any issues related to the engine or test site to ensure safety.
Assist in managing operations that involve hazardous materials.
Ensure that correct pressures are maintained in the feedlines during tests.
Assist lead Test Engineers with: site preparation and maintenance: conducting pressure and control system checks: instrument calibration and steam boiler operations.
Assisting with instrumentation, installation, and removal of flight engines before and after hot fire tests.
Required Skills and Competencies
Hands-on mechanical fitter or engineering skills, ideally gained within an engineering-focused organization.
A proactive attitude toward safety and operational support.....Read more...
Carry out routine maintenance, servicing and repair of specialist laboratory equipment and Supercritical Fluid (SCF) systems.
Assist with fault-finding, troubleshooting and calibration of laboratory instruments.
Support the design, development and testing of new engineering components and equipment improvements.
Set up, operate and monitor laboratory experiments under the guidance of experienced scientists.
Use workshop tools and engineering techniques to manufacture, modify and assemble components.
Keep accurate maintenance records, equipment logs and technical documentation.
Work closely with the Science and Operations Team on engineering and process improvement projects.
Follow laboratory health and safety procedures and maintain a safe, organised working environment.
Learn from experienced engineers and scientists while developing practical engineering and technical skills.
Training:Training will primarily take place in the workplace, where you will receive hands-on experience and mentoring from experienced engineers, process scientists and the Science & Operations Team. You will also complete off-the-job training with Train'dUp (our training provider), combining practical learning with technical knowledge to achieve your Engineering Technician apprenticeship standard. Regular reviews, one-to-one mentoring and structured training will support your development throughout the programme.Training Outcome:Successful completion of the apprenticeship could lead to a permanent role within the Science and Operations Team. There are excellent opportunities to progress into senior engineering, process development and operational management roles, with ongoing training and professional development.Employer Description:CRYSTEC LTD is an innovative science and engineering company based in Bradford, specialising in advanced supercritical fluid technology for the pharmaceutical and healthcare sectors. We combine cutting-edge research with practical engineering to develop innovative processes and equipment. Our collaborative team offers a supportive environment where apprentices can gain hands-on experience, work alongside industry experts and build rewarding long-term careers.Working Hours :Initially, the working pattern will be Monday to Friday, 9:00am to 5:00pm. Once fully trained, hours will align with the Science Teams compressed working week: four days (7:00am to 5:00pm), Monday to Friday, with one designated day off.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Presentation skills,Administrative skills,Number skills,Analytical skills,Logical,Team working,Creative,Initiative,Non judgemental,Patience,Physical fitness....Read more...
Routine Servicing: Carrying out scheduled manufacturer maintenance, multi-point inspections, and fluid replacements
Diagnostics: Using specialised computer-based diagnostic tools to trace and solve complex mechanical, hydraulic, and electrical faults
Repairs & Replacements: Fixing or replacing worn components like brakes, clutches, gearboxes, and steering/suspension parts
Advanced Tech: Working with modern vehicle systems, including zero-emission vehicles (EV/Hybrids), Advanced Driver Assistance Systems (ADAS), and emission control
Tyre replacements
Housing Keeping
Training Outcome:After completing this apprenticeship, learners can progress to roles such as Master Technician, Workshop Supervisor, or Fleet Maintenance Manager, or continue their training through higher-level automotive or engineering qualifications.Employer Description:Family owned and operated independent garage built on trust and value for money with an honest approach.
Tipton MOT and Tyre centre Ltd, maintain most makes of vehicles including new vehicles under warranty from small cars to large vans and diagnose electronic/engine management faults with the latest diagnostic equipment. Use genuine parts where required to ensure manufacturer’s warranty is maintained.
Working Hours :Monday to Friday 8:00 am to 5:00pm
Saturday 8:00 am to 1:00pmSkills: Communication skills,Attention to detail,Customer care skills,Number skills,Analytical skills,Team working,Patience,Physical fitness....Read more...
Support the Chief Financial Officer in dealing with accounts administration, including outstanding accounts, purchase ledger invoices and processing orders
Provide administrative support to the Transport Manager, implementing and maintaining systems to ensure compliance with legal requirements
Updating and monitoring internal systems and practices and maintaining compliance with regulatory bodies: Insurance, RHA, ISO, Safe Contractor, internal regulation: MSDS/TDS etc.
Provide general administrative and organisational support to appropriate staff members with the Global Group as agreed to include but not exhaustive to:
Global Heat Transfer: sample diary facilitation, customer feedback, scheduling of events
Lea Property and Global Corporate Investments: Storage Facilities, ordering of goods, scheduling of maintenance, tenant queries and contract facilitation
Global Hygiene: processing of quotes, orders, customer management
Quality, Health and Safety support: reports and audits.
To support the implementation of processes and procedures across the Group
Utilise IT systems to conduct day-to-day administration to support the group
Develop and maintain relationships, liaising with customers and suppliers, addressing issues and identifying solutions using appropriate forms of communication
To comply with company policies at all times and undertake additional duties as directed when required to support the running of the business
Training Outcome:It is expected for the position to be permanent on completion of the apprenticeship. Employer Description:The Global Group is a strategic partner to large scale manufacturers operating in the UK, Europe and Internationally. The Global Group comprises 4 companies with interests ranging from heat transfer fluids and thermal fluid engineering services to the supply of hygiene and industrial cleaning products and logistics.Working Hours :Monday to Friday - 9am to 5:30pm.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Administrative skills,Number skills,Analytical skills,Logical,Team working,Initiative,Non judgemental,Patience....Read more...
This is an opportunity for an enthusiastic and technically minded individual to acquire training and competence in a highly skilled engineering role.
They will work alongside other apprentices we currently have in training and will benefit from the experience and guidance of some of our best engineers.
The role will follow our carefully co-ordinated apprentice pathway, and will last for 4 years, after which the candidate will be expected to be able to work within an engineering environment as an individual, and be able to manage their own workload with some guidance from scheduling and planning. Training:Machining Technician Level 3.
The apprentice will work four days a week and spend one day a week in college. Training Outcome:Successful applicant can potentially secure a permanent contract upon completion. Employer Description:HellermannTyton is a global manufacturer and engineering partner for high-quality standard and custom components that fasten, route, protect, connect and identify electrical, fluid and data systems. Wherever cables, wires, pipes and hoses are installed, our solutions help secure, guide and protect them – quickly, precisely and efficiently.
Cable management components play a vital role in system performance. When they are not right, installations take longer, costs rise and systems can fail. When they are optimised, they reduce installation time, prevent damage and support consistent and sustainable performance.
With 19 production sites, 13 development centres and more than 7,000 employees in 40 countries, we combine global scale with local responsiveness that is fast, relevant and personal.
Whether you need standard parts or fully customised components, we deliver efficiently, cost-effectively and to the highest standards.Working Hours :Monday to Friday, covering 39 hours a week. Working hours TBC.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Analytical skills,Logical,Team working,Patience....Read more...
As an apprentice, you will work closely with experienced engineers and technicians to:
Support the design and development of new prototype products
Assist with CAD modelling and engineering drawings
Participate in product testing, validation and continuous improvement activities
Help develop manufacturing processes for new and existing products
Operate advanced 3D laser processing equipment
Learn to set up, programme and optimise complex laser manufacturing systems
Monitor production quality and maintain manufacturing recordsSupport research and development projectsAssist with equipment maintenance and calibration activities
Work safely and effectively within engineering and manufacturing environments
Contribute ideas for improving products, processes and efficiency
Training:
You will have a 42 month apprenticeship which will include a Level 3 BTec in Advanced Manufacturing Engineering
Training Outcome:
Upon completion of the apprenticeship the apprentice may be offered a fulltime position
Employer Description:
Rapid Fluidics is a microfluidics engineering and design consultancy based in Gateshead, Tyne and Wear, UK. Founded in 2020, the company specialises in helping businesses design, prototype, and manufacture complex fluidic systems used in areas like medical diagnostics, life sciences, and scientific instrumentation.
At its core, the company focuses on rapid prototyping of microfluidic devices—small chips and systems that control and manipulate tiny volumes of liquid. These are widely used in applications such as point-of-care diagnostics, drug development, lab automation, and biomedical research. Instead of relying on slow traditional manufacturing methods, Rapid Fluidics uses advanced 3D printing and additive manufacturing techniques to produce working prototypes in a matter of days.
Their services cover the full development cycle: from early design consultancy and CAD modelling, through prototyping and testing, to small-batch production and design-for-manufacture support. They also produce related components like microfluidic chips, manifolds, connectors, and even anatomical models for research and training.
In simple terms, Rapid Fluidics helps companies turn ideas for lab-on-a-chip and fluid-handling technologies into real, testable hardware very quickly, reducing development time and speeding up innovation in medical and biotech devices.
It’s a small but specialised engineering firm (roughly 2–10 staff) working at the intersection of biotechnology, engineering, and advanced manufacturing.
Working Hours :Monday- Friday
8am- 4pmSkills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Presentation skills,Administrative skills,Number skills,Analytical skills,Logical,Team working,Creative,Initiative....Read more...
The basics are as follows
Turning
Milling
Bench fitting
Basic electrics
And then evolve to the following:
To carry out all maintenance requests
To ensure the continued running of both production and secondary equipment
To carry out all scheduled maintenance where requested
To assist and complete tool changes when requested
To carry out and generate projects aimed at process/method or engineering Improvements
To identify and rectify compressed air leaks, hydraulic oil leaks, etc
To carry out any processing where necessary to assist the Cell Leader or to ensure the necessary level of machine efficiency is met
To ensure that all areas as described in the Health & Safety at Work Act are followed
An Engineering Maintenance Technician requires the application of a complex blend of skills, knowledge and occupational behaviours across the electrical, electronic, mechanical, fluid power and control systems disciplines.Training Outcome:Engineers work in high-tech, dynamic environments using state of the art equipment. They are inventors, designers and problem solvers, people who make a difference to the way we live. As trained professionals, engineers are well paid and highly respected. Many get top jobs and even run their own companies. If you enjoy working as part of a team, like solving problems and have a practical flair, you will find engineering has a lot to offer.Employer Description:We design, develop and manufacture assemblies and components that are the essential ingredients in some of the world's most famous, popular and innovative products. From automotive components to medical devices to industrial products, you'll find Mergon-made components are part of the solution that brings ideas that matter to life.Working Hours :Monday to Friday - 8am - 5pm.Skills: Organisation skills,Team working....Read more...
We are looking for an enthusiastic Mechanical Engineer to join our team specializing in engineering for our Cummins Components & Software in Huddersfield, West Yorkshire. During your apprenticeship with us, you will learn how a major global organisation operates, gaining the tools and exposure you will need to become an expert in the industry and power your potential!
You will study part-time at AMRC University of Sheffield in Rotherham, covering a broad range of knowledge and skills including :
Structural mechanics
Heat transfer and fluid mechanics
Wear and lubrication
CAD and CAM
Stress and strain material analysis
Control and automation
In this role, you will make an impact in the following ways:
Work closely with mechanical, electrical and software engineers to define requirements and contribute to test‑equipment designs, planning activities and system integration
Conduct mechanical design of parts, assemblies and systems using 2D and 3D CAD software packages
Read, interpret and develop test equipment schematics, diagrams, maintenance documentation and operating procedures
Procure parts and assemblies from recognised suppliers, and support the safe management of suppliers and contractors while working on site
Diagnose equipment and system faults and use problem solving to identify and drive corrective actions
Support operation of test facility infrastructure systems including fuel, compressed air, cooling water and the associated mechanical equipment, for example; pumps, control valves and heat exchangers
Follow safe systems of work and contribute to safety-improvement projects, while complying with HSE policies, procedures and relevant regulations
To be successful in this role you will need the following:
GCSEs including Math’s/Science at Grade 5/B, 4 other subjects at 4/C or above
A minimum of 2 A-Levels at grade B or above, which must include mathematics or further mathematics and of the following: Physics, biology, chemistry or engineering
Level 3 Btec extended diploma engineering course (minimum DM) (120 Credits needed)
Must have been a UK resident for 3 years or above
BTEC level 4 HNC (Distinction)
BTEC level 5 HND (Distinction)
A genuine strong interest in engineering or science.
Why Cummins?
As an apprentice at Cummins, you will have the chance to develop your skills and knowledge in a supportive and dynamic environment. Our program is designed to provide a comprehensive learning experience that prepares you for a successful career in the industry.Training:During the apprenticeship you will work 5 days per week, inclusive of 1 day per week for study at AMRC (Advanced Manufacturing Research Centre) – University of Sheffield. The working hours are 37.5 hours per week and 8:30am to 4:30pm covering core hours but flexible to suit business needs.Training Outcome:Possibility of a potential permanent employment through open vacancies.Employer Description:Cummins Turbo Technologies is the only manufacturer focused solely on medium- to heavy-duty diesel engine turbo technologies. For more than 60 years, we have delivered innovative, reliable turbocharger solutions for our customers. Our vision for turbocharger solutions, thanks to our rich company heritage derived from our Holset® brand, sets us apart as a technology leader.Working Hours :During the apprenticeship you will work 5 days per week, The working hours are 37.5 hours per week and 8:30am to 4:30pm covering core hours but flexible to suit business needs.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Presentation skills,Number skills,Analytical skills,Logical,Team working,Initiative....Read more...
Develop and demonstrate competence as a member of the engine room team under supervision
Assist with the safe operation and monitoring of engine room machinery and systems
Support routine maintenance tasks on mechanical and electrical equipment, following instructions and procedures
Carry out basic fault identification and reporting, escalating issues to senior engineers as required
Maintain high standards of cleanliness and housekeeping within the engine room and associated spaces
Assist with bunkering, lubrication, and fluid management activities in line with safety procedures
Learn and support watchkeeping duties in the engine room, both in port and at sea
Follow all health, safety, and environmental procedures, contributing to a strong safety culture onboard
Support engineers during inspections, maintenance periods, and vessel operations
Complete all elements of the apprenticeship programme, including college learning, sea phases, and training record book
Work towards achieving the Engine Room Rating Certificate and associated mandatory training
Demonstrate a positive attitude, reliability, and willingness to learn while working as part of a disciplined team
Undertake mandatory training and demonstrate competence in emergency response, including firefighting and sea survival
Achieve the required sea service within the timeframe set by the Maritime Training Officer
Consistently demonstrate Serco values and behaviours throughout the apprenticeship
Comply with the UK Merchant Navy Code of Conduct at all times
Undertake additional duties and training appropriate to the role as required
Training:Maritime Mechanical and Electrical Mechanic Level 2.
The programme combines practical, hands-on experience at sea with structured academic learning. You will gain on-the-job experience by serving on board Serco-operated vessels, alongside periods of study at the Fleetwood Nautical Campus (Blackpool & The Fylde College).Training Outcome:Qualified Maritime Mechanical and Electrical Mechanic (level 2).Employer Description:At Serco, not only is the nature of the work we do important, everyone has an important role to play, from caring for vulnerable people to managing complex public services. We are a team of 50,000 people responsible for delivering essential public services around the world in areas including defence, transport, justice, immigration, healthcare and citizen services. We are innovators, committed to redesigning and improving public services for the benefit of everyone.Working Hours :Full-time/48 hours - including Sea phases and college-based learning, exact working days and hours TBC.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Presentation skills,Administrative skills,Analytical skills,Logical,Team working,Creative,Initiative,Non judgemental,Patience,Physical fitness....Read more...
Mechanical Design Engineer
An exciting opportunity has arisen for one of the UK's leading engineered water solutions providers, who are looking for a Mechanical Design Engineer (Sustaining Engineer) to play a key role in ensuring the ongoing performance, reliability, and compliance of their product portfolio based from their offices in Gloucestershire . As an experienced Mechanical Design Engineer, you will be responsible for investigating product and system issues, driving root cause analysis activities, and implementing robust corrective actions to enhance product quality and operational performance.
Part of a growing group of market-leading brands, the business operates across Commercial, Domestic, Residential and Service sectors and has ambitious plans to continue its growth journey. This position offers the opportunity to join a highly collaborative engineering team where continuous improvement, innovation and technical excellence are at the forefront of everything they do.
Key responsibilities for the role of Mechanical Design Engineer based in Gloucestershire include:
Investigate product failures, non-conformances and performance issues using structured problem-solving methodologies including 8D, RCA and Fishbone Analysis
Identify root causes and implement corrective and preventative actions (CAPA) to improve product reliability, safety and quality
Support production, quality, service and customer support teams with technical issue resolution and troubleshooting activities
Review and maintain existing designs, including 3D CAD models, 2D drawings and Bills of Materials using SolidWorks PDM and ERP/MRP systems
Assess and implement engineering changes through NCR, ECR and ECO processes whilst minimising disruption to production and installed products
Analyse field data, warranty returns and test results to identify trends and drive continuous improvement initiatives
Collaborate with Quality, Manufacturing, Supply Chain and Product Management teams to resolve cross-functional engineering challenges
Support compliance activities, including risk assessments, safety reviews and adherence to relevant industry standards
Conduct and support testing and validation activities to verify corrective actions and product improvements
Produce clear technical documentation, reports and recommendations to communicate findings and solutions.
Skills / experience sought for the role of Mechanical Design Engineer based in Gloucestershire:
HND or Bachelor's Degree in Mechanical Engineering, Product Design Engineering or a related discipline
Provable experience within a mechanical design / product design, development or sustaining engineering environment
Experience conducting failure investigations, root cause analysis and problem resolution within an engineering setting
Industry experience within pumping systems, fluid technology, pipework design or fabrication design would be ideal but is not essential
Proficiency in SolidWorks 3D CAD and PDM systems (Inventor experience considered for cross training)
Experience working with FEA tools and engineering analysis techniques
Strong understanding of engineering fundamentals, manufacturing processes, DFMA and GD&T
Experience using structured problem-solving methodologies such as 8D, 5 Whys and FMEA
Ability to interpret test data, field performance data and technical reports to support decision making
Working knowledge of safety, regulatory and product compliance requirements
Understanding of stage-gate product development processes, particularly post-launch product support, would be beneficial.
Working environment and opportunities:
Hybrid working after completion of probation
Join a highly skilled, ambitious and supportive engineering team within an industry-leading group.
Contribute to the development of innovative, high-performing products used across multiple sectors.
This role offers a unique chance to become part of a forward-thinking engineering group with big ambitions, a collaborative culture, and a commitment to investing in its people.
The position would suit a highly analytical and proactive engineer with a passion for continuous improvement, product reliability and technical problem solving, looking to join a growing market-leading engineering organisation and make a significant impact on the performance and success of its product range.
To apply please send your CV to clam@redlinegroup.Com, or for more information contact Chuck Lam on 01582 878868.....Read more...
As an Apprentice, you will receive detailed instruction, information and training surrounding many key aspects pivotal to implementing elecro-mechanical skills within busy, dynamic, workshops and laboratories across the Faculty of Science & Engineering.
Training opportunities include a blend of electronic and mechanical engineering.
Producing components using hand-fitting techniques
Fluid Power for Hydraulic and Pneumatic control systems
Programmable Logic Controllers for automation systems and engineering prototypes, built to stakeholder specification
Mechanical fabrication, including machining, fitting, welding, and general metal work to repair/modify and manufacture components from drawings
Producing mechanical and electrical engineering drawings using a CAD system
Use of computer-controlled (CNC) machines
Use of 3D printing technologies
Use of plasma, laser, and water cutters
Maintaining Mechanical devices and equipment
Assembling and testing of electrical/electronic circuits
General workshop housekeeping, including cleaning, monitoring and maintenance
Working safely in an engineering environment
Using and communicating technical information
Carrying out engineering activities efficiently and effectively
Supporting research projects including the manufacture of bespoke parts to desired specifications
Design engineering concepts to resolve engineering challenges
Liaise with students, researchers, staff, and external personnel to achieve engineering requirements
Undertake additional training and development to remain skilled and current
Work with selected industries to complete live project work within an engineering specialism
Learn project management skills for engineering projects
Training:You will spend a mixture of time working alongside experienced professionals, absorbing their wisdom and applying your learning in real-time situations. Imagine being at the forefront of engineering innovation, where each day brings a new challenge and opportunity to excel.
The programme is a dynamic blend of theoretical knowledge and practical application. Picture yourself mastering the intricacies of producing engineering components, crafting precise CAD drawings, and sharpening your skills in electronics. You'll delve into the art of programming logic controllers and the precision of CNC programming, all while gaining a degree and an industry-recognised Level 6 Apprenticeship qualification.
As you progress, your journey will be peppered with enriching experiences that foster not only technical proficiency but also professional growth. By the end of this programme, you will have a robust portfolio showcasing your expertise, ready to impress in a competitive industry.Training Outcome:Upon completion of the apprenticeship in 5 years’ time, you will have a portfolio of key elecro-mechanical skills and a wealth of varied, relevant experience.
Most apprentices are successful in securing a role with the university or choose to continue their academic studies. Opportunities to progress onto a higher apprenticeship or degree apprenticeship exist for high-performing candidates upon completion of their first apprenticeship with us. Whilst we cannot guarantee a permanent position at the University of Manchester, we endeavour to match apprentices with appropriate vacancies and support them through the entire application process.Employer Description:One of the world’s leading universities built on research and teaching practices, coupled with one of the most respected apprenticeship programmes in the UK. Our programme builds its success’s year-on-year and continues to develop, matching the needs of the university and our community. We are proud of our strong reputation, supporting each of our apprentices with individualised training, specialised projects, and targeted development to build a future career at the cutting edge of technology.Working Hours :Monday to Friday, 9.00am to 5.00pm (variable times to suit workplace requirements). 1 hour for lunch.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Analytical skills,Logical,Team working,Creative,Initiative,Strong work ethic....Read more...
Are you ready to kickstart your career in engineering and manufacturing?
We’re offering an exciting opportunity for an enthusiastic and inquisitive individual, who has an interest in mechanical design and a pro-active, practical approach to work, to join our family-run business as a Machining Technician Apprentice.
This isn’t your average apprenticeship. As part of our close-knit team, you won’t be just another employee, you’ll become an integral part of the operation. You’ll gain hands-on experience in precision machining, while also developing skills in design and software, giving you a well-rounded foundation in modern manufacturing techniques.
We pride ourselves on nurturing talent and providing real responsibility from day one. You’ll be supported and mentored by experienced professionals in a friendly, collaborative environment where your ideas and contributions truly matter.
Whether you’re just leaving school or looking for a fresh start in a practical, creative field, this apprenticeship offers genuine career development and the chance to grow with the business.
The Apprentice will follow the Machining Technician Apprenticeship Standard, which will combine on-job practical learning with classroom/workshop-based learning at Blackburn College. The successful candidates will be employed by Cogent Skills Services Ltd but will undertake all on-job learning with Gerotor.
As a Machining Technician, you'll develop the technical knowledge and practical skills needed to produce complex and precision work by machining components. Components are machined from metal or specialist materials using conventional or CNC machine tools.
Typical duties will include:
In years 1 and 2:
Setting up CNC machines to run pre-programmed production components
Operation of CNC machines for manufacturing production components
Performing daily maintenance tasks on CNC machines
Component inspection & checking for conformance
Creating inspection reports
Creating fixturing and developing machining strategies (with help) for new components
Trialling machining strategies prior to production implementation
Duties / tasks later in apprenticeship, with more experience and help from line manager:
Assisting in the design of gerotor profiles and pumps
Use of CAD / CAM software for design and manufacture of components
Creating schedules and plans for manufacturing operations to meet customer requirements
Determining the need for further equipment / resources as the business expands
Developing own brand of pumps / solutions for various industries
In addition to the course content provided by the college, you will be trained how to use CAD and our own bespoke software for designing of pump components and how to transfer this to a CAM system for creating machining toolpaths. There is also the scope for conducting desktop simulations and analysis of fluid systems.
This apprenticeship will provide you with a good all-round engineering knowledge and we are looking for someone with an enthusiastic and inquisitive nature, who has an interest in mechanical design and a pro-active, practical approach to work.
Please be aware that the business location is Leyland and the college location is Blackburn. You will be expected to make your own travel arrangements to both site and college.Training:
Training for this apprenticeship will be completed through day release to Blackburn College one day per week
Training Outcome:
This role is part of our talent planning for the future and, for the right person, we are looking to continue to develop the Apprentice upon successful completion of the apprenticeship
Our business is growing and is evolving, so there is potential to gain permanent employment in the team, subject to performance, successful completion of the apprenticeship, and a role being available
Completion of this apprenticeship provides potential to progress to higher education (HNC, HND, Foundation Degree)
Employer Description:As the specialists in skills for science and technology, our purpose is to make sure your business; your people and our industry are future ready. We are a not-for-profit charitable organisation with a family of commercially focused companies committed to supporting the skills, needs and ambitions across the UK science and technology sector.Working Hours :Monday - Friday, 8.00am - 4.30pm with 1 hour lunch break.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Analytical skills,Logical,Creative,Initiative....Read more...
An exciting opportunity has arisen for a self-motivated individual who would like to join a progressing company. This role is based within an established QA/HSE department; therefore, a strong team player attitude is essential.
Duties and responsibilities:
Shall be fully committed to the achievement of the company policies and objectives with attention to quality, health & safety, environmental and energy management systems
QHSE Calibration – assist the QHSE Engineer in ensuring measuring equipment is maintained and calibrated c/w identification of calibration status and maintain records for verification
QHSE Documentation – in conjunction with the QA/HSE Manager, shall review all in-house QHSE procedures to ensure they continue to meet company objectives
Shall assist in documentation requirements of the quality system, e.g., preparation of quality plans, MDB indexes, NDT procedures and working procedures (initially mainly non-project), etc
Shall be responsible for revising QA/HSE documentation in line with client comments and by liaising with the QA/HSE Manager and/or the HSE Manager
Shall assist with preparation of Manufacturing Data Dossier Books in conjunction with the QA/HSE Manager or HSE Manager
Shall assist the QA/HSE Manager in reviewing & approving sub-supplier Welding and NDE documentation, including but not limited to WPS’s, PQR’s, MPI, DPI, Radiography and Welder Qualifications etc., in a timely manner
COSHH – Shall review all MSDS received and carry out COSHH assessments using the COSHH database; and subsequently issue these to appropriate employees, in conjunction with the HSE Manager
Will support both internal and external QHSE audits, when given instruction to do so
Shall be responsible for maintaining QHSEEn records in conjunction with the QA/HSE Manager
Shall assist departmental three-monthly Data Analysis Review, including submittal to all interested parties, in conjunction with the QA/HSE Manager
In the absence of the QA/HSE Engineer and/or QA/HSE Assistant, shall be responsible for sending Project Inspection Notifications to Client and Projects Inspections Group, liaising with the QA/HSE Manager and HSE Manager
Shall assist with the maintenance of the QA/NCR Database and subsequent circulation of NCRs, once corrective and preventative actions have been reviewed on receipt of signed off NCR from the Purchasing Manager
In conjunction with the QA/HSE Manager, assist in reviewing NCR Correction and Corrective Actions have been effective; three months after first issue
Shall assist investigating, issuing, and completing customer complaints on relevant 8D forms and ensuring their prompt close-out with the assistance of the QA/HSE Manager and/or the HSE Manager
Shall assist carrying out Risk Assessments and, with the assistance of the HSE Manager or QA/HSE Manager, instigating Safe Systems of Work
Shall assist the QA/HSE Manager or HSE Manager in their absence, with the maintenance of PED 2014/68/EU files, i.e., Notified Bodies (LR/ABS, etc.), Design Appraisal Documents, Module B (Production Type), Module B (Design Type), Approvals and Inspection Certificates
Shall be responsible for issuing QA/HSE material requisitions, in conjunction with the QA/HSE Manager and/or the HSE Manager
Will carry out reasonable instructions and tasks as requested by authorised personnel, in line with the responsibilities of the role and the best interests of the companyStaff relationship:
Directly responsible to the QA/HSE Manager and HSE Manager or QC Manager in their absence
Liaises with clients, suppliers, certified authorities, third party inspection bodies and sub-contractors
Liaises internally with all departments
Training:You will be required to attend Advance 1 Campus, Dudley College, DY1 4AD, 1 day per week in term time only.
Upon successful completion of your apprenticeship you will receive a Level 4 Engineering Manufacturing Technician HNC - Mechanical pathway qualification.
You will be assigned an assessor who will visit you in the workplace every 6-8 weeks and support you on your apprenticeship.
Training Outcome:
Barton Firtop is seeking an enthusiastic and detail-oriented individual to join the QA/HSE Department
This role will involve supporting quality assurance, health, safety, environmental, and energy-related activities, with responsibilities expanding as the candidate progresses through their training
The role will involve assisting in the development, implementation, and monitoring of QA and HSE processes, ensuring compliance with relevant standards, regulations, and internal procedures
The successful candidate will also contribute to technical documentation, risk assessments, and continuous improvement initiatives in support of operational excellence
Barton Firtop operates a fair and equal opportunities programme, where new positions that become available are accessible to all internal employees
The ideal candidate will demonstrate a strong commitment to safety, quality, and continuous improvement, along with a keen interest in developing their skills in technical documentation, auditing, and compliance to effectively support the QA/HSE team
Employer Description:Barton Firtop Engineering is a competitive designer, manufacturer, and supplier of Strainers, Filters, Separators, Coalescers, and Flame Arresters, predominantly serving the Oil & Gas Industry. We specialise in product design and project management, ensuring on-time delivery of strainer and filtration equipment that meets complex specifications for materials, manufacturing, NDE, documentation, and Quality Control.
Our in-house expertise includes advanced 3D Modelling, Finite Element Analysis (FEA), and Computational Fluid Dynamics (CFD), enabling us to design and certify to ASME VIII, Division 1 and PD5500 pressure vessel codes. We offer both fabricated and highly competitive cast designs.
Barton Firtop operates a custom-built manufacturing plant in Worcestershire (UK), which includes a pipework/vessel fabrication division. Additionally, we wholly own a competitive manufacturing facility in Goa, India, which supplies fully machined and tested cast products sourced from high-quality ISO-approved foundries. Barton Firtop India has been a trusted supplier to worldwide projects via our UK head office for over 20 years.
Please note that Barton Firtop reserves the right to bring forward the closing date of any job vacancy if a suitable number of quality applications are received from which to make a shortlist. Therefore, we recommend applying as soon as possible rather than waiting until the published closing date.Working Hours :Monday - Friday, 07:00 - 15:30
We operate a flexi-time policy to enable employees to choose their preferred working pattern, i.e. start/end times of their working day, within timeframes set by the company and agreed by line managers.Skills: Communication skills,Attention to detail,Team working,Initiative,Knowledge of Microsoft,Professional Presentation,Flexible,Reliability,Meet deadlines....Read more...
