The four-year programme is designed to enable you to experience different aspects of engineering and production technology including robotics, controls systems, machining, fluid power, electronics, welding and many more.
The first year of the program is purely in a learning environment where in addition to starting the academic requirements of your program, you will undertake a practical based engineering program which covers core engineering skills such as milling and turning, electrical and electronic circuits and control and fluid power, PLC’s etc
In the second and third year you will continue with the academic requirements of the program alongside on-the-job training. Your on-the-job training will comprise of placements in a number of different areas of the business, with particular focus on the maintenance departments and may also involve placements at other BMW UK sites.
If at the end of your second year you meet your targeted grades you will have the opportunity to continue your fully funded academic training beyond level 3 onto an HNC in Engineering.
In your fourth year your on-the-job training will continue and will become more targeted to your final job role and where the job requires it you will start working a shift pattern to help better integrate you with your team.Our mentors are always available to provide individual support and guidance, enabling you to customise training to suit your skills.Training:The BMW Group offers an enhanced level 3 apprenticeship commencing August 2026. The four-year programme is designed to enable you to experience different aspects of Engineering and production technology including: robotics, controls systems, machining, fluid power, electronics, welding and many more.
During your time with us, you will be studying towards a Level 3 BTEC in Advanced Manufacturing Engineering, provided by Birmingham Metropolitan College. The training that you receive during your apprenticeship involves studying modern, state-of-the-art automotive production technology as well as the latest innovations in manufacturing techniques.
The four-year programme is designed to enable you to experience different aspects of engineering and production technology, focusing on general maintenance of our state-of-the-art production facility and systems including robotics, controls systems, machining, fluid power, electronics, welding, and many more.
Alongside the practical engineering skills that are gained, the program will also focus on your personal and professional development.
Standards are occupation-focused; they are not qualification-led. The learning happens throughout the apprenticeship. And the apprentice is assessed at the end. There is a focus on key areas – knowledge, skills and behaviours (KSB)
Apprentices are now graded according to their performance in the EPA. This means mentors will need to work closely with their learners.
On the job training will take place at Mini plant, Oxford.Training Outcome:The first year of the program is purely in a learning environment where in addition to starting the academic requirements of your program.
In the second and third years, you will continue with the academic requirements of the program alongside on-the-job training. Your on-the-job training will comprise of placements in a number of our maintenance departments and may also involve placements at other BMW UK sites. If at the end of your second year, you meet both your targeted grades and our expectations in terms of engagement in your work, you may have the opportunity to continue your fully funded academic training beyond Level 3 onto an HNC Level 4 Engineering or Foundation Degree Level 5.Employer Description:Plant Oxford is the birthplace and heart of MINI production. Manufactured to individual customer specifications, hundreds of MINIs leave the plant’s assembly lines each day, off to meet new owners in more than 110 countries around the world. Three UK plants have a part to play in MINI production – Plant Hams Hall makes engines, Plant Swindon produces body pressings and sub-assemblies for MINI, and all this comes together at Plant Oxford with body shell production, paint, and final assembly.Working Hours :You will have a 37-hour working week. Start and finish times will vary to meet the needs of your work-based placements and college hours.Skills: Communication skills,Attention to detail,Customer care skills,Problem solving skills,Logical,Team working,Creative,Initiative,Quality focus,Enthusiasm,Accountability....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...
The BMW Group offers an enhanced Level 6-degree apprenticeship. This degree in Electronic Engineering (BEng (Hons)), provided by Birmingham City University and fully funded by the business, will take place alongside you developing your specialist technical knowledge.
The training that you receive during your apprenticeship involves studying modern, state-of-the-art automotive production technology as well as the latest innovations in manufacturing techniques.
The BMW Group offers an enhanced level 6-degree apprenticeship commencing end of August 2025. The four-year programme is designed to enable you to experience different aspects of engineering and production technology, including robotics, controls systems, machining, fluid power, electronics, welding, and many more.
Alongside the practical engineering skills that are gained, the program will also focus on your personal and professional development where you will have exposure to a number of business techniques such as Agile, Lean Manufacturing and Problem Solving.
The first year of the program is exclusively in a learning environment where in addition to starting the academic requirements of your program you will undertake practical training to qualify you with Employers Units of Competence
Your training will cover a wide range of engineering disciplines such as milling and turning, hand skills, electrical and electronic circuits, control systems, fluid power, programmable logic controllers, welding and more
In the second and third year you will continue with the academic requirements of the programme alongside on-the-job training. Your on-the-job training will comprise of placements in a number of different areas of the business, with particular focus on developing, creating and quality checking our products and systems
Whilst training onsite, you will rotate around the business with placements in all areas of automotive manufacturing and may also involve placements at other BMW UK sites
In your fourth year your on-the-job training will continue and will become more targeted to your final job role and where the job requires it you will start working a shift pattern to help better integrate you with your team
Finally, by the end of the apprenticeship, you will have also finished your degree
Training:
Foundation Practical Engineering (Year 1)
Foundation Degree in Manufacturing Engineering - Year 2
Foundation Degree in Manufacturing Engineering - Year 3
Top up to Manufacturing Engineering Degree (BEng) - Year 4 (BCU)
Training Outcome:Whilst developing specialist, on-the-job knowledge, the apprentice will also undertake fully funded study toward the attainment of a BEng (Hons) in Manufacturing Engineering.
You will then be gaining further practical experience, by joining the control engineering or control planning team as a potential permanent role. These teams are responsible for ensuring that the technology within our business is state of the art and maintains its optimal efficiencies.Employer Description:BMW Group Plant Hams Hall is a modern, state-of-the-art engine manufacturing facility, located just outside Birmingham, UK. Producing the latest generation of three and four cylinder petrol engines as well as V8 and V12 engines, the plant has recently celebrated 20 years of successful production. Operating seven days a week with more than one engine rolling off the line per minute, the plant plays a key role in BMW Group’s global production network, supplying engines for BMW and MINI, including some of the latest plug-in hybrid vehicles.Working Hours :Start and finish times will vary to meet the needs of your work-based placements and college hours. Exact working days and hours TBCSkills: Communication skills,Attention to detail,Customer care skills,Number skills,Logical,Team working,Initiative,Physical fitness....Read more...
As an Engineering Degree Apprentice you’ll be based out of our Bristol office, whilst travelling to sites across the region to see major engineering projects in action
You’ll study for your degree at Aston University while gaining hands on experience with the gas transmission network’s electrical systems
Throughout your apprenticeship, you’ll build a wide range of skills, from technical engineering knowledge to project management, planning, problem solving and communication
At university you’ll study subjects like:
Professional engineering practice and engineering management
Digital engineering
Engineering mathematics and mathematical methods in engineering
Industrial plant engineering
Thermo-fluid sciences
Sustainable Engineering
Control systems and instrumentation.
Elective modules
Training:
You’ll study for your degree at Aston University while gaining hands on experience with the gas transmission network’s electrical systems
Training Outcome:
Your apprenticeship will finish with a dissertation and an End Point Assessment, giving you a professionally recognised qualification and real experience to launch your career
Employer Description:National Gas Transmission is the backbone of Britain’s energy system today and will play a leading role in the transition to a clean energy future that works for every home and business. We own and operate the national gas network, delivering energy to where it is needed in every part of the country.Working Hours :Monday - Friday, 9.00am - 5.00pmSkills: Communication skills,Problem solving skills,Team working,Curious,Motivated,Willing to learn,Proactive....Read more...
Work with mechanical and electrical equipment as well as automated control systems, carry out planned and preventative maintenance, undertake fault finding and diagnosis
Championing continuous improvement through involvement in our pladis Excellence programme, reducing downtime and improving operational efficiency
Ensuring all activities are undertaken safely and in line with food safety standards and legislative requirements
Training:Pladis apprentices attend Midland Group Training Services, Coventry, on a 20 week block release programme in Year 1 followed by a year at our bakery embedding their mechanical, electrical, fluid power and automation skills with our experienced multi-skilled engineers. This is repeated in years 2 and 3 with the blocks 14 weeks and 8 weeks respectively. Apprentices complete an OAL L3 Diploma in Food & Drink Maintenance. Training Outcome:Successful apprentices may progress into permanent Engineering Technician roles.Employer Description:pladis bake some of the UK’s best loved sweet and savoury biscuits and cakes including national favourites such as McVitie’s Digestives, Hobnobs and Jaffa Cakes. We are a family business at heart and spreading happiness is at the core of our shared heritage.Working Hours :Monday to Friday, 08:00 - 16:00
Total hours per week: 40.00Skills: Communication skills,Attention to detail,Problem solving skills,Team working,Mechanical comprehension....Read more...
The four-year programme is designed to enable you to experience different aspects of engineering and production technology, including robotics, controls systems, machining, fluid power, electronics, welding and many more
The first year of the program is purely in a learning environment where, in addition to starting the academic requirements of your program, you will undertake a practical based engineering program which covers core engineering skills such as milling and turning, electrical and electronic circuits and control and fluid power, PLC’s etc
In the second and third year, you will continue with the academic requirements of the program alongside on-the-job training. Your on-the-job training will be composed of placements in a number of different areas of the business, with particular focus on the maintenance departments and may also involve placements at other BMW UK sites. If, at the end of your second year, you meet your targeted grades, you will have the opportunity to continue your fully funded academic training beyond Level 3 into an HNC in Engineering
In your fourth year, your on-the-job training will continue and will become more targeted to your final job role and where the job requires it, you will start working a shift pattern to help better integrate you with your team
Training:
The standards include a 20% off-the-job training requirement
This means providers and employers need to work together to plan learning activities outside of the apprentice's normal working duties
You will need to attend our James Watt campus to undertake your college training
The BMW Group offer an enhanced Level 3 apprenticeship commencing in August 2026. During your time with us, you will be studying towards a Level 3 BTEC in Advanced Manufacturing Engineering, provided by Birmingham Metropolitan College
The training that you receive during your apprenticeship involves studying modern, state-of-the-art automotive production technology as well as the latest innovations in manufacturing techniques
Alongside the practical engineering skills that are gained, the program will also focus on your personal and professional development
Training Outcome:
In the following years, you will undertake competency-based training while working in a rotation with our maintenance teams around the site and complete the academic engineering course you have started
Additionally, subject to your performance and progression, you could have the potential to move onto a foundation degree Level 5 in engineering
Employer Description:BMW Group Plant Hams Hall is a modern, state-of-the-art engine manufacturing facility, located just outside Birmingham, UK. Producing the latest generation of three and four cylinder petrol engines as well as V8 and V12 engines, the plant has recently celebrated 20 years of successful production. Operating seven days a week with more than one engine rolling off the line per minute, the plant plays a key role in BMW Group’s global production network, supplying engines for BMW and MINI, including some of the latest plug-in hybrid vehicles.Working Hours :Start and finish times will vary to meet the needs of your work-based placements and college hours (TBC).Skills: Communication skills,Attention to detail,Customer care skills,Number skills,Logical,Team working,Creative,Initiative,Physical fitness,Punctual,Enthusiasm,Accountability,Confident,Inquisitive nature....Read more...
Provide day‑to‑day administrative support to workshop, engineering and management teams
Help manage incoming enquiries, emails and phone calls, ensuring they reach the right people promptly
Assist with scheduling jobs, creating work orders and updating internal systems
Prepare documents, reports and basic spreadsheets to support operational workflows
Help maintain accurate records for jobs, parts, orders, and compliance documentation
Support purchasing and logistics tasks, such as raising purchase orders and tracking deliveries
Assist with reception duties, welcoming visitors and contractors to the service centre
Learn to use industry-standard software, internal systems and digital tools
Help organise meetings, training sessions and internal events
Contribute to continuous improvement by keeping processes and paperwork tidy, accurate and consistent
Training:An apprenticeship includes regular training with a college or other training organisation. At least 20% of your working hours will be spent training or studying.Training Outcome:Clear progression routes, with many past apprentices now thriving in leadership and specialist roles.Employer Description:Sulzer is a global leader in fluid engineering, renowned for its expertise in pumps, agitators, compressors, and critical rotating equipment across various industries. With a legacy spanning over 190 years, Sulzer operates in more than 180 locations worldwide, delivering cutting-edge engineering solutions that drive efficiency and sustainability. In 2025, Sulzer was once again recognised as one of the UK’s Top Employers by the Top Employers Institute, reflecting its commitment to excellence in employee development, workplace culture, and career progression.Working Hours :37 hours a week, Monday to Thursday, 07.00 - 15.30. Friday, 07.00 - 12.00. One half hour unpaid break per day.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....Read more...
The four-year programme is designed to enable you to experience different aspects of engineering and production technology including: hand-skills, machining, fluid power, electronics, robotics, control systems and many more.
This training takes place at Plant Hams Hall and a local college. Additionally, there will be a strong focus on quality aspects of production, including measurement and calibration, quality management systems and business processes, preventative quality including risk analysis, process capability, engine performance testing and effective problem solving.
The first year of the program is purely in a learning environment where in addition to starting the academic requirements of your program in engineering mechatronic-based BTEC NC, you will undertake a practical-based engineering program which covers core engineering skills such as milling and turning, hand skills, electrical and electronic circuits and control and fluid power, PLC’s etc.
Following this, you will undertake competency-based training while working on site and start your degree program with the foundation degree in year one and finishing a full degree by the end of the apprenticeship.
Quality Engineering technicians will complete a broad spectrum of placements throughout the business in the UK.
Placements cover many aspects of the business such as:
Complete manufacturing analysis
Engine performance testing
Supplier liaison / problem solving
Siemens PLC with automation
Robotic facilities
Manufacturing process and facility planning (both electrical and mechanical)
Software integration
Metrology - computer aided measurement and analysis of manufacturing facilities
Supply and vehicle build planning (logistics)
Launch planning / control manufacturing system interfaces
The placements give you the chance to experience the business as a whole whilst carrying out business relevant projects alongside your study. You will have the opportunity to take advantage of the benefits of working for a world-class global automotive manufacturer, networking with people of different nationalities and to put theory directly into practice.
You will then be gaining further practical experience, by joining the Quality Engineering team as your permanent role. These teams are responsible for ensuring that the technology within our business is state-of-the-art and maintains its optimal efficiencies. Finally, by the end of the apprenticeship, you will have also finished your degree.Training:The BMW Group offers an enhanced level 6 degree apprenticeship. This degree is in Manufacturing Engineering (BEng (Hons)), and fully funded by the business, it will take place alongside you developing your specialist technical knowledge.
The training given during this apprenticeship covers the study of state-of-the-art automotive production technology, as well as the latest innovations in manufacturing techniques which are constantly developing in line with new emerging technologies. This will include training in areas such as Electrical Control, PLC systems & Robots automation, Integrated Process Planning, IT & Data base system, Quality Control and Production Validation.Training Outcome:Development Potential – In the UK, we invest around £3 million per year in vocational and professional training for our employees. This means we invest in you, giving you the relevant BMW specific training that you will require to be an active member of our team.
Networking Opportunities – With around 8,000 employees and all three of the BMW Groups brands being represented in the UK, there are an abundance of networking opportunities allowing you to create meaningful working relationships.Employer Description:BMW Group Plant Hams Hall is a modern, state-of-the-art engine manufacturing facility, located just outside Birmingham, UK. Producing the latest generation of three and four cylinder petrol engines as well as V8 and V12 engines, the plant has recently celebrated 20 years of successful production. Operating seven days a week with more than one engine rolling off the line per minute, the plant plays a key role in BMW Group’s global production network, supplying engines for BMW and MINI, including some of the latest plug-in hybrid vehicles.
The quality team at Plant Hams Hall are responsible for the provision of engineering technical services related to the manufacturing of power unit products within the BMW Group network and its extended customer base, ensuring consistently high quality.Working Hours :You will have a 37-hour working week. Start and finish times will vary to meet the needs of your work-based placements and college hours.Skills: Communication skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Analytical skills,Logical,Team working,Creative,Initiative....Read more...
Food Technology Manager – UAE Based
We are partnering with a leading Catering Company in the UAE that is seeking an experienced Food Technology Manager to strengthen their technical leadership team.This role will lead the design, development, and optimization of food processing technologies and systems across the business. The successful candidate will drive improvements in product quality, food safety, and manufacturing efficiency while ensuring full regulatory compliance.You will oversee the scale-up of processes from pilot to commercial production, implement and monitor food safety and quality standards, manage and mentor a team of food technologists, and contribute to budget planning and cost-control initiatives.The objective of this position is to deliver innovative, efficient, and compliant food solutions that align with business goals and operational excellence.Qualifications & Experience
Bachelor’s degree in Food Engineering, Food Process Engineering, or related field (Master’s preferred)Minimum 7 years’ experience in a food processing/engineering role within an FMCG or CPG environmentProven experience managing technical teams and project budgetsAviation catering, event catering, or hospitality experience is advantageous
Technical Expertise
Strong background in fluid dynamics, heat transfer, mass transfer, freezing, refrigeration, and thermodynamics in food processingSolid knowledge of food science, microbiology, and food safety standardsStrong analytical and problem-solving skills in complex processing environmentsEffective project management and multitasking capabilityInnovative mindset with a focus on continuous improvementDetail-oriented with a strong compliance focusClear and collaborative communicator
Salary: Negotiable for the right candidate To apply please contact: michelle@corecruitment.com....Read more...
Attend required college release blocks, complete apprenticeship assignments and participate in performance reviews to maintain a high level of academic performance (please note, block release maybe up to 5 months, based away from Tadcaster).
Support safe working across engineering and maintenance activities, ensuring all work meets HEINEKEN & UK compliance standards.
Learn and apply Good Manufacturing Practices (GMP) and Hazard Analysis Critical Control Points(HACCP) to uphold the highest food safety standards.
Develop skills in mechanical maintenance, electrical maintenance, materials science, control systems, instrumentation, fluid and thermodynamics, and automation principles.
Conduct planned and predictive maintenance to ensure equipment and machinery is effectivelymaintained to optimise production levels.
Carry out reactive maintenance in response to equipment operating ineffectively.
Monitor processes to ensure products meet strict quality and food safety benchmarks.
Participate in continuous improvement activities using Total Productive Management (TPM) methodology and tools.
Training Outcome:Full time as a Technician (either days based or shift) with potential to progress to Maintenance Development Engineer or specialist engineering roles.Employer Description:We’re proud to be the UK’s leading pub, cider, and beer business. With over 2,200 colleagues employed across the UK, we offer fantastic opportunities for people with talent and drive. From brewing to sales and marketing, from logistics to finance, IT and HR - there’s much more to our business than you might imagine.Working Hours :Start on days Monday to Friday, then transition to shifts (12-hour rotating). Dependant on production line either:
Panama : Mix of days and nights- 2 on, 2 off, 3 on, 2 off, 2 on, 3 off
OR Continental 3 shift: 3 on, 2 off, 3 on, 1 off, 3 on, 2 off.Skills: Communication skills,IT skills,Attention to detail,Problem solving skills,Number skills,Analytical skills,Logical,Team working,Initiative....Read more...
JOB DESCRIPTION
Under moderate direction from Lead Technicians and Maintenance Management, the Automated Maintenance Technician is responsible for maintaining, repairing, and supporting equipment across Packaging and Manufacturing operations. This role helps ensure equipment uptime, assists with projects, and completes all required documentation.
Essential Duties & Responsibilities
Equipment Support & Troubleshooting
Troubleshoot and resolve complex equipment issues using a logical, root-cause approach.
Repair or fabricate components when needed.
Perform intermediate-level programming on electronic devices including VFDs, PLCs, and various controllers.
Assist with equipment setup, operation, and improvements.
Project & Process Support
Identify operational inefficiencies and propose effective solutions.
Maintain appropriate spare parts inventory and assist with sourcing parts and obtaining quotes.
Support installation, modification, and enhancement of new or existing equipment.
Partner with Engineering on projects and initiatives.
Work with outside contractors and vendors as required.
Documentation & Safety
Create and update troubleshooting guides, rebuild instructions, calibrations, certifications, and PM documentation.
Participate in meetings and provide support as directed.
Ensure personal and team compliance with all safety policies, procedures, and PPE requirements.
Maintain a clean and safe work environment.
Qualifications
Education & Experience (one of the following):
Vocational degree in Automated Machinery Systems or
Two-year college degree with an emphasis in electronics, mechanics, or technology + 0-3 years related experience or
High school diploma (or equivalent) + 5 years' experience in a manufacturing/industrial environment
Technical Skills
Strong knowledge of electrical controls, electronics, and mechanical systems
Proficiency in:
PLC programming
VFDs, servo drives, stepper motors
Pneumatics and fluid power systems
Encoders, resolvers, thermocouples, and control loops
Safety systems and best practices
Ability to fabricate or repair mechanical/electronic components
Other Skills & Abilities
Decision-making: Able to make informed, timely, and accurate decisions
Computer Skills: Proficient with Microsoft Word and Excel; advanced understanding of operating systems and file management is a plus
Safety: Consistently follows required PPE use including footwear, hearing, eye, respirator, and electrical protection
Rust-Oleum is an equal opportunity employer. Employment selection and related decisions are made without regard to sex, race, age, disability, religion, national origin, color, or any other protected class.
Work Location: In person
Schedule: Friday - Sunday 6:00AM - 6:30PMApply for this ad Online!....Read more...
JOB DESCRIPTION
Under moderate direction from Lead Technicians and Maintenance Management, the Automated Maintenance Technician is responsible for maintaining, repairing, and supporting equipment across Packaging and Manufacturing operations. This role helps ensure equipment uptime, assists with projects, and completes all required documentation.
Essential Duties & Responsibilities
Equipment Support & Troubleshooting
Troubleshoot and resolve complex equipment issues using a logical, root-cause approach.
Repair or fabricate components when needed.
Perform intermediate-level programming on electronic devices including VFDs, PLCs, and various controllers.
Assist with equipment setup, operation, and improvements.
Project & Process Support
Identify operational inefficiencies and propose effective solutions.
Maintain appropriate spare parts inventory and assist with sourcing parts and obtaining quotes.
Support installation, modification, and enhancement of new or existing equipment.
Partner with Engineering on projects and initiatives.
Work with outside contractors and vendors as required.
Documentation & Safety
Create and update troubleshooting guides, rebuild instructions, calibrations, certifications, and PM documentation.
Participate in meetings and provide support as directed.
Ensure personal and team compliance with all safety policies, procedures, and PPE requirements.
Maintain a clean and safe work environment.
Qualifications
Education & Experience (one of the following):
Vocational degree in Automated Machinery Systems or
Two-year college degree with an emphasis in electronics, mechanics, or technology + 0-3 years related experience or
High school diploma (or equivalent) + 5 years' experience in a manufacturing/industrial environment
Technical Skills
Strong knowledge of electrical controls, electronics, and mechanical systems
Proficiency in:
PLC programming
VFDs, servo drives, stepper motors
Pneumatics and fluid power systems
Encoders, resolvers, thermocouples, and control loops
Safety systems and best practices
Ability to fabricate or repair mechanical/electronic components
Other Skills & Abilities
Decision-making: Able to make informed, timely, and accurate decisions
Computer Skills: Proficient with Microsoft Word and Excel; advanced understanding of operating systems and file management is a plus
Safety: Consistently follows required PPE use including footwear, hearing, eye, respirator, and electrical protection
Rust-Oleum is an equal opportunity employer. Employment selection and related decisions are made without regard to sex, race, age, disability, religion, national origin, color, or any other protected class.
Work Location: In person
Schedule: Friday - Sunday 6:00PM - 6:30AM
Pay: $25 - $35/hourApply for this ad Online!....Read more...
JOB DESCRIPTION
Tasks PROFILE:
Typical tasks for this position include (but are not limited to) the following:
Repair or replace defective equipment parts, using hand tools and power tools, and reassemble equipment.
Perform routine preventive maintenance to ensure that machines continue to run smoothly, building systems operate efficiently, or the physical condition of buildings does not deteriorate.
Follow checklists to inspect drives, motors, and belts, check fluid levels, replace filters, or perform other maintenance actions.
Use tools ranging from common hand and power tools, such as hammers, hoists, saws, drills, and wrenches, to precision measuring instruments and electrical and electronic testing devices.
Assemble, install or repair wiring, electrical and electronic components, pipe systems, machinery, and equipment.
Diagnose mechanical problems and determine how to correct them, checking blueprints, repair manuals, and parts catalogs as necessary.
Inspect, operate, and test machinery and equipment to diagnose machine malfunctions.
Record type and cost of maintenance or repair work.
Clean and lubricate shafts, bearings, gears, and other parts of machinery.
Dismantle devices to access and remove defective parts, using hoists, cranes, hand tools, and power tools.Responsibilities/Expectations:
Communicate with Supervisors, peers, or subordinates: provide information to supervisors and co-workers in written form or in person.
Maintain a good record of attendance and punctuality.
Learn all manual tasks performed within the department.
Perform tasks assigned using specific operating procedures, and following department specific quality control processes and procedures.
Treat people with dignity and respect.
Conduct all business with integrity.
From big benefits to small, we take care of our associates! After 30 days of employment, you will be eligible for a benefits package that includes medical, dental, life, disability and business travel insurance, flexible spending accounts, EAP, stock purchases and vacation/sick days/parental leave. We also offer a 401(k) plan after three months of employment. Associates are vested in the RPM Pension plan after completing five years of service. Rust-Oleum offers 9 paid holidays and two floating holidays per year. You are also eligible to earn two weeks of vacation on an annualized basis.
Rust-Oleum is an equal-opportunity employer. Employment selection and related decisions are made without regard to sex, race, age, disability, religion, national origin, color, or any other protected class.
Work Location: In personApply for this ad Online!....Read more...
We are looking for a committed and eager to learn individual to join our Tooling team, responsible for ensuring all production machining tools / equipment is available for accurate machining of engine components
This involves engaging in tasks such as tool engineering liaison with tooling suppliers, investigating tool breakages and steering of production problem solving activity to reduce unnecessary costs and tool set up processes with tooling technicians who set up various tools for use when producing cylinder head, Crankcase and Crankshaft components
The role involves identifying potential tooling improvement ideas to prevent issues from re-occurring and potential costs saving tasks that you will be involved in as your apprenticeship progresses
Our Tooling team is keen to teach our apprentices a range of skills needed to be successful, supporting you to ensure your apprenticeship experience is both engaging and valuable to your future
Be part of the BMW Hams Hall Tooling team as part of the Machining Quality & Steering function
A team of 24 highly motivated and great experienced technical experts
Modern Precision Machined Internal Combustion Engine Components production in High Volume Production
Highly automated and flexible machining systems producing 3 and 4-cylinder petrol engines
Artificial intelligence solutions wherever you go
Within tooling - 10 x Tool Setting machines, Grinding machines for Honing Tool Refurbishment and an array of various hand toolsEnvironment for digitalisation and innovation
Training:
The training that you receive during your apprenticeship involves studying modern, state-of-the-art automotive production technology as well as the latest innovations in manufacturing techniques
The BMW Group offers an enhanced level 3 apprenticeship commencing August 2026
The four-year programme is designed to enable you to experience different aspects of engineering and production technology, including robotics, controls systems, machining, fluid power, electronics, welding, and many more
Alongside the practical engineering skills that are gained, the program will also focus on your personal and professional development where you will have exposure to a number of business techniques such as Agile, Lean Manufacturing and Problem Solving
Training Outcome:
Whilst developing specialist on-the-job skills, the apprentice will also complete fully funded study towards a BEng (Hons) in Manufacturing Engineering, with the potential to progress within the company
Employer Description:BMW Group Plant Hams Hall is a modern, state-of-the-art engine manufacturing facility, located just outside Birmingham, UK. Producing the latest generation of three and four cylinder petrol engines as well as V8 and V12 engines, the plant has recently celebrated 20 years of successful production. Operating seven days a week with more than one engine rolling off the line per minute, the plant plays a key role in BMW Group’s global production network, supplying engines for BMW and MINI, including some of the latest plug-in hybrid vehicles.Working Hours :Start and finish times will vary to meet the needs of your work-based placements and college hours.Skills: Communication skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Analytical skills,Logical,Team working,Creative,Initiative,Non judgemental,Patience,Physical fitness....Read more...
JOB DESCRIPTION
New Weekend Shift: Friday - Sunday 6:00AM - 6:30PM
Rust-Oleum Corporation is a worldwide leader in protective paints and coatings for both home and industry. We offer a wide product range including decorative fashion paints, durable industrial roof repair coatings and, of course, the famous rust-fighting formula that started it all.
Pay: $30/hour. This position offers a 36-hour workweek with compensation equivalent to a standard 40-hour workweek.
Weekend Shift Differential: $3.00/hour
Schedule: Friday-Sunday, 6:00AM - 6:30PM
The primary result expected from the Maintenance Technician will be to keep machines, mechanical equipment, or the structure of the facility in repair by Pipe fitting; boiler making; insulating; welding; machining; carpentry; repairing electrical or mechanical equipment; installing, aligning, and balancing new equipment; and repairing buildings, floors, or stairs. Typical tasks for this position include (but are not limited to) the following: Repair or replace defective equipment parts, using hand tools and power tools, and reassemble equipment. Perform routine preventive maintenance to ensure that machines continue to run smoothly, building systems operate efficiently, or the physical condition of buildings does not deteriorate. Follow checklists to inspect drives, motors, and belts, check fluid levels, replace filters, or perform other maintenance actions. Use tools ranging from common hand and power tools, such as hammers, hoists, saws, drills, and wrenches, to precision measuring instruments and electrical and electronic testing devices. Assemble, install or repair wiring, electrical and electronic components, pipe systems, machinery, and equipment. Diagnose mechanical problems and determine how to correct them, checking blueprints, repair manuals, and parts catalogs as necessary. Inspect, operate, and test machinery and equipment to diagnose machine malfunctions. Record type and cost of maintenance or repair work. Clean and lubricate shafts, bearings, gears, and other parts of machinery. Dismantle devices to access and remove defective parts, using hoists, cranes, hand tools, and power tools. Responsibilities/Expectations: Communicate with Supervisors, peers, or subordinates: provide information to supervisors and co-workers in written form or in person.
Maintain a good record of attendance and punctuality. Learn all manual tasks performed within the department. Perform tasks assigned using specific operating procedures, and following department specific quality control processes and procedures. Treat people with dignity and respect. Conduct all business with integrity. Adhere to Rust-Oleum Corporation Quality principles and participate in all departmental and company-wide Quality activities. Follow all safety procedures and company policies. From big benefits to small, we take care of our associates! After 30 days of employment, you will be eligible for a benefits package that includes medical, dental, life, disability and business travel insurance, flexible spending accounts, EAP, stock purchases and vacation/sick days/parental leave. We also offer a 401(k) plan after three months of employment. Associates are vested in the RPM Pension plan after completing five years of service. Rust-Oleum offers 9 paid holidays and two floating holidays per year. You are also eligible to earn two weeks of vacation on an annualized basis. Rust-Oleum is an equal-opportunity employer. Employment selection and related decisions are made without regard to sex, race, age, disability, religion, national origin, color, or any other protected class.Apply for this ad Online!....Read more...
During your apprenticeship, you’ll spend a significant portion of your first year at Make UK based in Aston, Birmingham (B6 7EU). Your typical hours at the training provider will be from 8:00 AM to 4:30PM Monday – Thursday and reduced hours on Friday's, you will receive a confirmed timetable upon joining us. Here you’ll be assigned an Industrial Training Manager (ITM) and a JLR early careers cohort leader to support you throughout your apprenticeship journey.
Year 1 – Foundation Phase - In your first year, you'll focus on building your foundational knowledge of engineering and essential workplace competencies to ensure safety. You’ll spend time in workshops developing practical skills such as welding, electrical installation, milling, and fault finding. You’ll also take part in regular plant placements where you’ll have the opportunity to apply these newly acquired skills in a real-world environment. You’ll also begin studying your Level 3 BTEC qualification.
Year 2 – Academic Knowledge and Skills Development - In your second year, you’ll divide your time between your workplace and block release at your training provider. During this time, you’ll continue your Level 3 BTEC qualification and put your academic knowledge into action while working on site.
Year 3 – Academic Knowledge and Competence Development – In your third year you will be developing your skills in plant and continue working towards your BTEC qualification, focusing on developing your skills beyond the basics and working on real-world projects on-site at JLR.
Year 4 – Continuation of Competence Development and End Point Assessment - In your final year, you’ll complete your apprenticeship and prepare for your End Point Assessment, supported every step of the way by your Early Careers Cohort Leader and ITM. This will consist of a technical interview including an opportunity to showcase your portfolio of the work you have undertaken at JLR.
Please note the delivery structure may be subject to change and will be confirmed upon joining us.
This exciting programme is designed to help you build practical skills, deepen your technical knowledge, and develop key workplace behaviours like teamwork and problem-solving.
For this apprenticeship you will be based in our EPMC Plant team in Wolverhampton.
Electric Propulsion Manufacturing Centre (EPMC) Wolverhampton
The EPMC is a state of art, purpose-built manufacturing facility producing a range of propulsion systems that form the heart of all our vehicles. It produces both traditional internal combustion engines and is in the process of launching new products, such as EDU (Electric Drive Units) and Battery packs which will support our transition to our all-electric future.
As a member of the team, you will rapidly develop your problem-solving skills as you learn to read and interpret relevant data and documentation used to maintain components, equipment and systems, whilst conducting monitoring and maintenance activities across the plant. You will also carry out complex fault diagnosis and repair on high technology systems such as mechanical equipment, fluid and pneumatic power equipment, process control equipment and robot and laser marking devices enabling you to effectively rectify automated performance and contribute to continuous improvement. With our transition towards Electrification, you will be working on the latest technology and will learn in an exciting new environment which is fuelling our sustainable future.Training Outcome:
Experienced Maintenance Technician specialising in areas such as robotics, controls systems, electrification or high-voltage systems
Senior or Lead Maintenance Technician overseeing complex maintenance tasks, coaching colleagues and supporting continuous improvement
Controls & Automation Engineer or Manufacturing Engineer, focusing on advanced production technologies
Technical Specialist roles working with cutting-edge systems supporting electrified propulsion
Team Leader or Supervisor positions within plant operations, supporting people and process performance
Longer-term opportunities to move into engineering, quality, operations leadership, or other technical career pathways across JLR
Employer Description:LIVE THE EXCEPTIONAL WITH SOUL We are the proud creators. The curious minds. Inspired to create unique vehicles, to realise our vision of modern luxury. We work as one. Shaping the future. Motivated by a love for our customer. United by a deep admiration for each other. Our sense of integrity and our spirit of excellent empowers us. Our ambition to grow. Our passion to chart new landscapes of innovation, encourages us to dream. It’s what drives us. To be visionaries. To be creators.Working Hours :Your typical hours at the training provider will be from 8:00 AM to 4:30PM Monday – Thursday and reduced hours on Friday's, you will receive a confirmed timetable upon joining us.Skills: Communication skills,IT skills,Attention to detail,Number skills,Analytical skills,Logical....Read more...
During your apprenticeship, you’ll spend a significant portion of your first year at North West Training Council (NWTC) in Liverpool (L5 9RJ). Your typical hours at the training provider will be from 8:30AM to 4:30PM Monday - Thursday and reduced hours on Friday's; you will receive a confirmed timetable upon joining us. Here you’ll be assigned a Technical Training Manager and a JLR early careers cohort leader to support you throughout your apprenticeship journey.
Year 1 - Foundation Phase - In your first year, you'll focus on building your foundational knowledge of engineering and essential workplace competencies to ensure safety. You’ll spend time in workshops developing practical skills such as welding, electrical installation, milling, and fault finding. You’ll also take part in regular plant placements where you’ll have the opportunity to apply these newly acquired skills in a real-world environment. You’ll also begin studying your Level 3 BTEC qualification.
Year 2 - Academic Knowledge and Skills Development - In your second year, you’ll divide your time between your workplace and your training provider, spending four days on plant and one day at North West Training Council each week. During this time, you’ll continue your Level 3 BTEC qualification and put your academic knowledge into action while working on site.
Year 3 - Academic Knowledge and Competence Development - You’ll divide your time between your workplace and your training provider, spending four days on plant and one day at North West Training.
Council each week. You’ll continue working towards your BTEC qualification, focusing on developing your skills beyond the basics and working on real-world projects on-site at JLR.
Year 4 - Continuation of Competence Development and End Point Assessment - In your final year, you’ll complete your apprenticeship and prepare for your End Point Assessment, supported every step of the way by your Early Careers Cohort Leader.
Please note the delivery structure may be subject to change and will be confirmed upon joining us.Training:Mechatronics Maintenance Technician Level 3.
This is an exciting time to join Halewood, as we develop the new generation of electric cars. This landmark launch will bring together diverse technologies to realise our innovative Electrical Modular Architecture (EMA) platform - and you will play your part in making it happen and delivering our new Modern Luxury vehicles.
Halewood is home to the iconic Range Rover Evoque and Discovery Sport and is central to our manufacturing operations. Whether you focus on Press, Body in White, Paint, Trim and Final, or Estates, you will experience the end-to-end production of our vehicle
Press Shop:
Vehicle production starts in our press shop where innovation and continuous improvements are at the heart of everything that we do. Working in the Press shop, you will become a Mechatronics Maintenance Technician working on a range of facilities including state of the art Press Lines and a high level of Automation and robotics. You will be responsible for maintaining all Press facilities which include Servo Presses, Hydraulic Presses, Cranes and Conveyor systems to ensure our manufacturing operation runs smoothly
To support our in-house machine wellness strategy, you will be involved in undertaking major strip down, refurbishment and repair activities to improve equipment availability and performance.
In addition, you will use your problem-solving skills to carry out proactive preventative and predictive maintenance; as well as diagnose and fix faults on complex machinery and equipment.
Body-in-White (BiW):
As a Body Construction Maintenance Technician, you will be part of a large maintenance team responsible for the day to day running and maintenance of a heavily automated facility with over 800 robots. You will be carrying out preventative and predictive maintenance tasks whilst having the opportunity to develop your skills in a wide range of technical equipment including Robotics, PLC’s, Electrical controls, and a wide range of industry leading joining technologies such as servo welding, Laser welding, riveting and sealing technologies
Paint:
Producing modern luxury surface finishes to our customers requires a keen focus from our Maintenance teams in Paint operations. You will be part of our team carrying out preventative, predictive, and planned activities to ensure our automation facilities deliver consistently on a daily basis. You will also be involved in a reactive role where immediate response investigation is required to ensure continuity of Production. Problem solving skills will be fundamental to your approach. There will be opportunities to extend your multiskilled training in areas such as PLC programming, Robot programming and servicing, Electrical controls, Mechanical servicing, variable speed motor control, chemical & material dosing and pump technology
Trim and Final (T&F):
Being part of the T&F Maintenance and Technical team, you will be part of a group of skilled people that maintain and improve highly technologic equipment with a diverse range of functionality. There are over 100 different pieces of technology from Robot cells, Laser Markers, Conveyor PLC’s through to Fluid Filling equipment, vehicle validation testing rigs and water test facility. Problem solving and self-motivation is key to ensure you succeed in this fast-paced environment. The painted body shell comes to life in Trim and Final and finally becomes the modern luxury vehicle for the customer. You will be part of a self-driven and diverse team with the shared objective to deliver the customer vehicle to the right quality, in the expected timeframe
Training Outcome:
Qualified Maintenance Technician. Step into a skilled role supporting the maintenance of complex automated systems across Press, Body-in-White, Paint, or Trim & Final
Senior Maintenance Technician. Take on more advanced diagnostics, tackle higher‑level maintenance challenges, and support junior technicians
Technical Specialist. Build deep expertise in areas such as robotics, PLCs, servo systems, automation, or high‑precision manufacturing equipment
Team Leader or Supervisor. Lead a team of technicians, coordinate maintenance activity, and play a key role in supporting production delivery
Manufacturing or Maintenance Engineer. Progress into engineering roles focused on problem‑solving, continuous improvement, new technology introduction, and long‑term maintenance strategies
Cross-functional opportunities across JLR. Move into wider areas such as Manufacturing Engineering, Launch, Estates, Facilities, Quality or Technical Support
Employer Description:LIVE THE EXCEPTIONAL WITH SOUL We are the proud creators. The curious minds. Inspired to create unique vehicles, to realise our vision of modern luxury. We work as one. Shaping the future. Motivated by a love for our customer. United by a deep admiration for each other. Our sense of integrity and our spirit of excellent empowers us. Our ambition to grow. Our passion to chart new landscapes of innovation, encourages us to dream. It’s what drives us. To be visionaries. To be creators.Working Hours :Your typical hours at the training provider will be from 8:30AM to 4:30PM Monday - Thursday and reduced hours on Friday's; you will receive a confirmed timetable upon joining us.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Analytical skills,Logical....Read more...
During your apprenticeship, you’ll spend a significant portion of your first year at Warwickshire College Group’s Trident College based in Warwickshire (CV34 6SW). Your typical hours at the training provider will be from 8:00 AM to 4:45PM Monday - Thursday and reduced hours on Friday's; you will receive a confirmed timetable upon joining us. Here you’ll be assigned a Work-Based Learning Manager (WBLM) and a JLR early careers cohort leader to support you throughout your apprenticeship journey.
Year 1 – Foundation Phase - In your first year, you'll focus on building your foundational knowledge of engineering and essential workplace competencies to ensure safety. You’ll spend time in workshops developing practical skills such as welding, electrical installation, milling, and fault finding. You’ll also take part in regular plant placements where you’ll have the opportunity to apply these newly acquired skills in a real-world environment. You will complete Phase One of the Light Vehicle qualification
Year 2 – Academic Knowledge and Skills Development - In your second year, you’ll divide your time between your workplace and training provider through block release. During this time, you will complete phase 2 Light Vehicle qualification and put your academic knowledge into action while working on site.
Year 3 – Academic Knowledge and Competence Development – In your third year you’ll divide your time between your workplace and training provider, spending four days on plant and one day at your training provider each week to complete Phase Three of the Light Vehicle qualification. You will continue to put your academic knowledge into action while working on site, focusing on developing your skills beyond the basics and working on real-world projects on-site at JLR.
Year 4 – Continuation of Competence Development and End Point Assessment - In your final year, you’ll complete your apprenticeship and prepare for your End Point Assessment, supported every step of the way by your Early Careers Cohort Leader.
This exciting programme is designed to help you build practical skills, deepen your technical knowledge, and develop key workplace behaviours like teamwork and problem-solving.
For this apprenticeship you will be based in our Engineering Operations (EO) team or Event Vehicle Operations (EVO) team.Training:Engineering Operations (EO) (Gaydon, Whitley or Ryton)
Engineering Operations (EO) are at the heart of JLR Engineering. Involved at every stage of the engineering process, they underpin technical innovation and product delivery with programme management, tools and processes and specialist technical services to deliver our world class products. A diverse team, EO harness a variety of skill sets, from project management, information management and data analytics, to building and testing prototypes. By joining Engineering Operations, you will make a difference to what we do.
As an apprentice within Engineering Operations, you could join one of us in one of the following teams:
Prototype Vehicle Team – you will work within the Product Development Workshops to deliver prototype vehicles for testing. You will learn mechanical and electrical skills for servicing and preparing test vehicles. In doing so, you will develop diagnostic and problem identification skills on prototype vehicles. All of this will be supported by a deep knowledge of best-in-class health and safety practices.
Test Team – You will develop industry-leading skills and practices within a full vehicle or component test environment. To do this you will learn a depth of technical proficiency in vehicle and rig building. This will require you to have a knowledge of mechanical theory, precision measurement, fluid power systems, fabrication and machining skills. All of this will be supported by a deep knowledge of best-in-class health and safety practices.
NVH Workshop Team – The NVH Workshop team enables the vehicle to be prepared for testing. To do so, you will learn amongst other things how to carryout mechanical tasks on basic and complex component systems while carrying out fault finding and diagnostics of NVH issues. You will undertake road tests and vehicle appraisals and install NVH materials and acoustic packs. You will complete tyre replacements, wheel balancing and road force variation checks. You will also learn how to carry out power down / power ups on electric vehicles and manufacture small bracketry to support instrumentation installation. You will also support NVH vehicle chambers with driving on the rolling road
Event Vehicle Operations (EVO) – Fen End
The primary purpose of JLR Event Vehicle Operations is to prepare and maintain fleets of vehicles to the highest possible standards both dynamically & aesthetically for a broad range of business requirements. Thus, giving the candidate the opportunity to work on a range of vehicles such as a single vehicle for a motoring journalist or other VIP’s, to management of fleets of up to 200 vehicles to support launch events or significant marketing requirements. The successful candidate will also be responsible for vehicle preparations for New Product Reveals, External Events, Photographic / Communications work, and Press requirements.
As part of your apprenticeship, you will also complete the Global Learner Journey. A programme that teaches you about JLR products. There are 4 modules in the GLJ Training, Service and Maintenance, Chassis, Electrical Diagnostics and Powertrain, each module takes approx. 5-6 months to complete, and each module has a competency assessment at the end to ensure you are competent to carry out the skills taught on your own and in a timely manner.
Alongside the Apprenticeship and the GLJ there will be opportunities to get involved with TIC (Team Improvement Circle) projects and Ideas for improvement. There will be opportunities to gain experience across the department, as well as Volunteering projects within the local community and CSR (Corporate Social Responsibility) events that you will have the opportunity to be involved with.Training Outcome:Qualified Light Vehicle Technician (First Step After EPA)Employer Description:LIVE THE EXCEPTIONAL WITH SOUL We are the proud creators. The curious minds. Inspired to create unique vehicles, to realise our vision of modern luxury. We work as one. Shaping the future. Motivated by a love for our customer. United by a deep admiration for each other. Our sense of integrity and our spirit of excellent empowers us. Our ambition to grow. Our passion to chart new landscapes of innovation, encourages us to dream. It’s what drives us. To be visionaries. To be creators.Working Hours :Your typical hours at the training provider will be from 8:00 AM to 4:45PM Monday - Thursday and reduced hours on Friday's; you will receive a confirmed timetable upon joining us.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Analytical skills,Logical,Team working....Read more...
