Electrical Panel Design Engineer required with some project management experience, experience of control panels would be an advantage or experience sizing cables, working with motors etc also considered. Dealing with customers and reading and understanding specification documents highly desirable.
Responsibilities
Design and develop electrical control panels in accordance with project requirements and industry standards.
Utilize EPlan software to create detailed electrical schematics and panel layouts.
Ensure compliance with electrical safety regulations and standards.
Collaborate with cross-functional teams to support project delivery and implementation.
Provide technical expertise and support throughout the design and manufacturing process.
Perform quality checks and reviews to ensure accuracy and reliability of designs.
Requirements
Bachelors degree in Electrical Engineering or related field.
Proven experience in control panel design or related electrical engineering roles.
Proficiency in EPlan software for electrical schematic design and panel layout.
Strong understanding of electrical engineering principles and practices.
Excellent attention to detail and accuracy in design work.
Ability to work independently and collaboratively in a fast-paced environment.
Good communication and interpersonal skills.
Experience with AutoCAD is a plus.....Read more...
This is a very dynamic and busy role where you will be required to multitask, whilst workings you will with all departments within the company.
Duties will include:
Production and maintenance of documentation
Programming of surface mount, selective and concoat machines
Responding to queries from customers and all other areas of the company
Machine maintenance, calibration and associated record keeping
Analyse documentation and determine production best practice, Technical support for commercial team
Production support in all areas, BOM approval in our MRP system
Tell me about a time when you were working on a project and something went wrong or didn’t work as expected?
What did you do, and what did you learn from that experience?
You have a simple battery-powered torch (flashlight) that suddenly stops working. You have no spare parts. Walk me through how you would figure out what’s wrong with it, step by step?Training:
App L6 ST0025 - Manufacturing Engineer Degree BPC Grow for Apprentices programme The apprentice will be required to attend college 1 day a week
Training Outcome:
Progression to Full Time employment
Employer Description:At CT Production we are passionate about manufacturing and the services we provide. We have state-of-the-art equipment to enable manufacture of products from PCB to boxed unit, prototype to volume, we continually strive to offer the best electronics manufacturing services in the UK. Please take time to view our web pages and videos to find out what we can offer you. Mission Statement To provide superior quality, service & delivery through continuous improvement and customer interaction. To nurture a work environment where our staff can meet their potential and thrive in an atmosphere of teamwork and company values.Working Hours :Monday - Thursday, 7.30am - 4.00pm and Friday, 7.30am - 1.00pmSkills: Administrative skills,Analytical skills,Attention to detail,Communication skills,Initiative,IT skills,Logical,Number skills,Organisation skills,Patience,Problem solving skills,Team working....Read more...
Our client is the UK’s market leader in the manufacture of customer-focused vehicles mounted equipment. We are seeking a Lead Principal Design Engineer / Manager to take ownership of the mechanical design function at a management level reporting into the Technical Director. This is a lead role, managing a small mechanical design team while remaining technically "hands-on" to ensure the design and engineering integrity of every vehicle that leaves the site. *As the Lead Design Engineer, you must have Fabrication expertise in sheet metal and platework ideally. The primary challenge in this role is to address a critical departmental bottleneck: designs are currently transitioning to production without fully engineered drawings.
We need a structural specialist with a management mindset who can overhaul design standards and implement the necessary discipline to ensure every CAD release is 100% manufacture-ready. You will introduce the structure and technical standards (BS8888) required to ensure that complex mechanical designs move seamlessly from concept to the job-shop floor.
Key Responsibilities
Design Excellence: Design & Develop concepts & Prototypes and feasilbility modelllings.Create and oversee comprehensive part, assembly, and installation drawings. You will be the final gatekeeper for quality, cost, and performance targets.
Leadership & Mentorship: Manage a small team of designers with a dedicated focus on professional development—mentoring them in technical standards, fabrication logic, and industry best practices.
Lifecycle Management: Manage the full design lifecycle—from concept and BOM management to engineering change (ECN) and release workflows.
Production Liaison: Work closely with the Technical Director and the production teams to optimise designs for sheet metal and platework fabrication.
Innovation: Actively research and implement new technologies and "error-proofing" techniques to improve vehicle performance and manufacturability.
Technical Requirements & Mindset
Fabrication Expertise: A heavy-duty background in sheet metal and platework is essential. You must understand how metal behaves during the folding, welding, and assembly processes.
Industry Context: Experience within vehicle manufacturingis a significant advantage.
Expert-level proficiency in SolidWorks is essential for this role.
Analytical Leadership: Ability to use risk-mitigation tools and Continuous Improvement (CI) methodologies to prevent design failures before they reach production.
Deep understanding of BS8888 / GD&T drawing standards and safety policies within a manufacturing environment.
Qualifications
Degree in Engineering or Manufacturing preferred.
Why Join?
This is an opportunity to move into a management-level position where you aren't just maintaining a system, but actively building it. You will have the autonomy to define the "Gold Standard" for a market leader and see your engineering decisions reflected in high-value vehicles on the road.
Benefits include: Competitive salary up to £65,000 per annum, free on-site parking, and a direct reporting line to the Technical Director.#design #designengineering #mechanicaldesign....Read more...
Field Service Engineer Electrical / Electronics & Mechanical
Location: Shropshire / Black Country / Midlands / Central Package: Circa (£45k ££neg) + Vehicle f/expensed + Benefits + Career Prog + Continuous Training + Development + Private Health Care
Join a leading Class A OEM that design, develop, and manufacture world-class Precision Machine Tools for the entire manufacturing sector. As technology advances rapidly, we have an exciting field based opportunity for a highly skilled Electrically Biased Electro-Mechanical, Field Service Engineer to fix / repair, service, maintain and carry out overhaul projects on new and pre-loved precision machine tools.
What We're Looking For:
Electrical fault-finding expertise – Big plus
Proficiency in reading schematic drawings
Strong IT skills (networking, fault-finding)
Understanding of mechanical components and machinery
Experience in finding route cause problems covering both electrical and mechanical issues
Grasp ofPLC controls and control functionalities
Knowledge of installing full turnkey lines, interconnecting several pieces of machinery to form a production line ensuring all safety measures and meeting industry standards & conformity
Desired Skills:
PLC knowledge / experience (Beckhoff, Siemens, Allen Bradley, Fanuc, ABB)
3 -Phase expertise and navigating High Voltage industrial systems
Electrically qualified
Understanding of Mechanical Applications and work with Mechanical Machinery
Soft Skills:
Can-do attitude
Precise attention to detail
Problem-solving expertise for complex issues
Here's the future vision….
Based at our new UK HQ centrally located, this role offers tremendous potential and serves as a springboard into higher positions within our international manufacturing business.
Ready to elevate your career? Apply today and join a team that's pushing the boundaries of precision engineering!
Meet the employer:
Short 20 min bite sized meet the employer sessions will be organised with our exclusive recruitment partner, Glen Shepherd. Please get in touch via CV submission & arrange your pre-interview session NOW: Tel 07977 266309 /
JOB REF: 4312GSB
Glen Callum Associates is committed to creating diverse and inclusive workplaces. We welcome applications from all qualified candidates regardless of gender, age, ethnicity, disability, sexual orientation, or background. We believe that a variety of perspectives makes a team stronger and a workplace better. If you need any adjustments during the recruitment process, please let us know – we’re here to support you.....Read more...
The Test Engineer will join a Systems Engineering team critical in space thruster engine development. You will work on a complex, multifaceted rocket engine system comprised of numerous newly developed and integrated components. This role has wide ranging technical input including structural, thermal, rocket propulsion, space electronics, software, testing and systems analysis.
In essence as a Senior Systems Engineer, you will coordinate and bring together the diverse sub components and sub assembles into a complete working space engine design.
My client supplies chemical propulsion rocket engines and thrusters serve to key spacecraft manufacturers for commercial, defence and scientific applications.
Requirements
Space systems experience ideally of large European space projects, system primes or ESA.
Technical leadership of large, multidisciplinary Electrical Harnessing Design, routing and schematic Mechanical and fluidic system Engineering projects.
System Analysis knowledge to apply to, fluidic systems, surge pressure and pressure drop. Performance, Structural, Thermal, Reliability, Radiation Assessment, Hazard or Safety Analysis.
Complex product development experience of thermal design and equipment selection using Failure Modes Effects and Criticality Analysis (FMECA).
Intelligent, logical approach to problem solving.
Degree, Masters or higher qualification in Engineering, Aerospace, Mechanical or Electrical Engineering.
You will own the overall engine system architecture, analysis and documentation including FMECAs, radiation, reliability, mechanical, thermal, fluidic, electromagnetic, Design, Development and Verification Plan, Design Justification Document, Software Requirements Specification, Engine Test Plan etc. Working closely with the Project Manager to help plan and organise resources.
Responsibilities
Support propulsion engine build, assembly and test development including route card build sequences and system assembly, integration, Manufacturing and Inspection Flow Charts.
Review, interpret, manage and own the spacecraft requirements then disseminate down to relevant engine subsystem or component teams.
Coordinate of top level Design, Verification and Compliance Matrix.
Internally digest key subsystem and component review documentation ensuring work is completed to required standards and all aspects of the engine system are correctly aligned.
Lead customer interactions and engine level reviews also manage supplier technical queries in conjunction with the appropriate resource.....Read more...
Quality inspections and testing
Manufacturing processes (steel drums & IBCs)
Problem‑solving and root cause analysis
UN packaging regulations
Quality systems (ISO 9001 & ISO 17025)
Continuous improvement projects
You’ll be supported every step of the way by experienced Quality Engineers.Training:
On‑the‑job training in a real manufacturing environment
Mentoring from experienced Quality Engineers
One day a week for 1 year in College for a HNC in Engineering
Training Outcome:Clear progression to Quality Engineer on successful completionEmployer Description:What’s in a name? Greif gets its name from a family who built a packaging business that would grow into Greif Inc. The name Greif rhymes with life and is pronounced “gryfe.”
Greif is a leading supplier of industrial packaging products and services, growing from its beginnings in Cleveland, Ohio, to a global footprint across more than thirty countries and 200-plus locations. We lead through our culture, focusing on people every step of the way. We think safety in every situation. Zero Harm is about each of us finishing the day safe and happy - going home better than we arrived. We believe in servant leadership, and as a result, we prioritize the needs and growth of our colleagues and customers. Greif has a commitment to build a better tomorrow by giving back to our communities today. In accordance with The Greif Way, we strive to create a culture that supports the common good by using our financial and human resources to support charitable organizations that focus on education, health, and social services.Working Hours :9am-5pm. Days TBC.Skills: Attention to detail,Team working....Read more...
Our client is a leading manufacturer within the FMCG sector, specialising in the production of high-quality products for a wide customer base. With a strong focus on innovation, efficiency, and product consistency, they operate using modern manufacturing processes and maintain high industry standards across their operations.
Job Role & Key Responsibilities:
We are recruiting for a Multi-Skilled Shift Engineer with a Mechanical Bias to join a fast-paced FMCG manufacturing environment. This is a hands-on, on-the-tools role focused on maintaining, repairing, and improving mechanical and electromechanical production equipment across the site. The successful candidate will play a key role in reducing downtime, improving equipment reliability, and supporting production efficiency.
Key Responsibilities:
Carry out mechanical maintenance, fault finding, and repairs across production and packaging machinery
Complete Planned Preventative Maintenance to reduce downtime and improve reliability
Diagnose and repair faults on conveyors, gearboxes, pneumatics, hydraulics, and wider plant equipment
Carry out MIG/TIG welding, fabrication, repairs, and machinery modifications
Support fault finding on control systems, including PLCs, VSDs, and sensors
Work on a range of FMCG equipment including conveyors, extruders, ovens, fryers, heat exchangers, compressors, baggers, weighers, and packaging lines
Carry out root cause analysis on breakdowns and support continuous improvement activity
Complete maintenance logs, reports, and CMMS updates accurately
Work closely with production teams to minimise downtime and support smooth site operations
Follow site health & safety, GMP, environmental, and engineering standards at all times
The Ideal Candidate will have:
NVQ Level 3 / City & Guilds in Mechanical Engineering or equivalent
Strong mechanical engineering background within manufacturing, FMCG, food, or similar environments
Proven welding and fabrication experience, ideally MIG/TIG
Experience maintaining and repairing industrial machinery
Strong fault-finding and diagnostic skills
Experience with PPM systems and preventative maintenance
A proactive, hands-on approach with the ability to work well under pressure
Good communication skills and the ability to work closely with production and engineering teams
Desirable Skills:
18th Edition Wiring Regulations
PLC fault finding or automation experience
Experience with lean manufacturing, Six Sigma, or continuous improvement
Food Safety Level 2
Experience working with high-speed packaging or processing machinery
Benefits Include:
Competitive Salary
12-hour day shift pattern, 7am – 7pm
Rotating shift pattern:
Week 1: 2 on, 2 off, 3 on
Week 2: 2 off, 2 on, 3 off
Opportunity to work in a fast-paced FMCG manufacturing environment
Hands-on mechanical role with welding, fabrication, and fault-finding variety
Opportunity to support equipment improvements and reliability projects
Work with a wide range of processing and packaging machinery
If you are interested in this exciting opportunity, please get in touch with us or apply below.....Read more...
We are seeking a highly motivated Electrical Panel Design Engineer to join our dynamic team. The ideal candidate will have experience in control panel design and proficiency in software packages such as EPlan. This role offers an exciting opportunity to contribute to the development of state-of-the-art electrical power solutions.
Responsibilities
Design and develop electrical control panels in accordance with project requirements and industry standards.
Utilize EPlan software to create detailed electrical schematics and panel layouts.
Ensure compliance with electrical safety regulations and standards.
Collaborate with cross-functional teams to support project delivery and implementation.
Provide technical expertise and support throughout the design and manufacturing process.
Perform quality checks and reviews to ensure accuracy and reliability of designs.
Requirements
Bachelors degree in Electrical Engineering or related field.
Proven experience in control panel design or related electrical engineering roles.
Proficiency in EPlan software for electrical schematic design and panel layout.
Strong understanding of electrical engineering principles and practices.
Excellent attention to detail and accuracy in design work.
Ability to work independently and collaboratively in a fast-paced environment.
Good communication and interpersonal skills.
Experience with AutoCAD is a plus.....Read more...
Day to day role responsibilities include:
Understand and adhere to Health and safety protocols on site
Learn to safely operate, set and program CNC lathes
Learn to safely operate, set and program CNC mills (3 and 4 axis)
Learn to create 3D models on CAD software
Learn to create programs for CNC machines on Cam software
Learn to safely use manual machines
Create work instruction of the manufacturing process
Liaise with cutting tool representative on continuous improvement
Ensure components produced meet drawing dimensions using metrology equipment
To carry out additional duties as requested by mentor or management team
Training:The apprentice will be working towards the Level 3 Machining Technician Apprenticeship Standard. Qualifications include:
EAL Level 3 Diploma in Advanced Manufacturing and Engineering (Development Competence).
City and Guilds Machining technician.
Pearson BTEC Level 3 Diploma in Advanced Manufacturing Engineering (Machining) (Development Technical Knowledge).
This is a 4-year apprenticeship with college attendance required once per week at Colchester Institute's Braintree Campus, transport from Colchester campus provided.
Training Outcome:TTV Industrial believe that investing in the next generation of engineers is critical to the future of the business and engineering in the UK. Our aim is to create a multiskilled engineer to be a pivotal part of our team and ensure our business continuously improves and embraces the latest industry innovations.Employer Description:TTV Racing is part of TTV Industrial Ltd, a larger engineering business where we have the knowledge and ability to design and manufacture our parts all in house. We also supply parts to the Oil industry, Aviation, Marine and food manufacture industry.
We provide our services to our customers in motorsport building engines, cars and running race teams around the world, helping to solve problems and assisting their own product design.Working Hours :Monday to Thursday 8:00am - 5:00pm and Friday 8:00am - 2:00pm. With a 30-minute lunch break each day.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Logical,Team working,Creative,Initiative,Non judgemental,Patience,Physical fitness,Passion for motor vehicle,Passion for motorsports....Read more...
With appropriate guidance and supervision, you will:
Support the design and development of electrical and electronic systems, including vehicle electrical architecture, wiring harnesses, control interfaces, and electrical components for our motorcycles.
Apply sound electrical engineering principles to develop robust, compliant, and manufacturable design solutions aligned with programme targets.
Create and maintain key engineering documentation such as system design, schematics, harness drawings, BOMs, specifications, interface definitions, and change records
Assist in the testing, validation, benchmarking, and investigation of Triumph and competitor electrical systems and components
Work closely with cross-functional teams including mechanical design, manufacturing, test, purchasing, quality, and external suppliers to ensure designs are fully integrated and production-ready
Support the delivery of designs through defined project milestones, contributing to planning, design reviews, risk assessments, and issue resolution
Ensure all work is completed in accordance with established engineering processes, technical standards, and regulatory requirements
Support prototype and production introduction activities, including fault diagnosis, design updates, and continuous improvement actions
Carry out any additional engineering or project-related tasks as requested by your manager.
Training:This apprenticeship is delivered through a hybrid working arrangement split between Triumph Motorcycles and the University of Warwick:
Typically three days per week on site at Triumph Motorcycles in Hinckley, working within the design function on live motorcycle development programmes
Remaining time spent on site at Warwick Manufacturing Group (WMG), University of Warwick, undertaking teaching, structured learning and academic activities as part of the apprenticeship
The balance between locations may vary depending on the project and academic requirements. Regular attendance at both sites is an essential part of the role.Training Outcome:This degree apprenticeship is the start of a career as a professional Electrical and Electronic Engineer at Triumph Motorcycles.Employer Description:Triumph Motorcycles is the Original British Motorcycling Company, designing, engineering and manufacturing iconic motorcycles that celebrate our heritage while embracing the future. Our Design teams play a key role in shaping our motorcycles, balancing performance, quality, cost and styling to deliver products enjoyed by riders around the world.Working Hours :Monday to Friday, times to be confirmed.Skills: Attention to detail,Problem solving skills,Presentation skills,Number skills,Analytical skills,Logical,Team working....Read more...
What makes this different?
This is not repetitive “same thing every day” manufacturing.
You will be involved in:
CNC set up and operation (with full training)
Manual lathe work
CAD design using SolidWorks for jigs and fixtures
Assembly work requiring skill and precision
Marking out, cutting and measuring
Hydraulic press usage
General workshop activities
Working with specialist adhesives and materials
Supporting projects across luxury, bespoke and varied sectors
Career development:
You will initially be trained in CNC set and operate, with the long term goal of progressing into programming using updated software and broader CAD capability
Environment:
You will work closely with our GM and Senior Machine Shop Engineer, both of whom have strong experience developing graduates and fresh talent, with a real passion for giving back and helping people grow
We are looking for:
Great attitude
Willingness to learn
Pride in your work
Respect for colleagues and departments
Hands on mindset
Interest in engineering / manufacturing
Good practical skills
Desire to build a long term career
Culture:
The owners view is simple:
This is not just a business, it is ours
That means:
Pride in standards
Keeping the workshop tidy
Respecting equipment and materials
Taking ownership
Working as part of a team
Training:
Day Release for Higher Education at WCG's University Centre at Rugby College
Depending on interview assessment a decision for Level 4 Engineering Apprenticeship through to Level 6 Engineering Apprenticeship will be discussed
Training Outcome:
If you are the type of person who wants more than “just a job”, enjoys variety and wants to learn real engineering, CAD and CNC skills in a business where attitude matters, this could be an outstanding first step
Employer Description:PROTEC Group is a unique manufacturing supplier based in Warwickshire, specialising in prototype and low volume parts. Our exhaustive range of engineering capabilities also include medium volume production, metrology, design and consultancy.Working Hours :Monday - Thursday, 8.30am - 5.00pm and Friday, 8.30am - 2.30pmSkills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Analytical skills,Logical,Team working,Initiative....Read more...
Our client is a highly regarded designer and manufacturer of advanced radio frequency (RF), microwave, and millimetre-wave (mmWave) subsystems, supporting mission-critical communication networks in Cambridge. With decades of engineering expertise, they partner with leading global organisations across telecommunications, aerospace & defence, space, and critical communications sectors. Their continued investment in innovation has positioned them at the forefront of cutting-edge connectivity technologies.
They are now seeking a Senior RF Engineer to play a pivotal role in the design, development, and delivery of high-performance RF and mmWave solutions in Cambridge and Sedgefield. This position requires strong technical expertise, hands-on design and testing experience, and collaboration across multidisciplinary teams to ensure successful project outcomes.
The successful Senior RF Engineer will be responsible for delivering robust RF designs, contributing to new technology development, and maintaining high engineering standards while supporting the broader product roadmap in Cambridge and Sedgefield.
Key Responsibilities
Technical
- Lead the design, simulation, and development of RF and mmWave circuits, components, and subsystems
- Perform RF system analysis, optimisation, and troubleshooting of complex designs
- Conduct RF measurement, characterisation, and validation of prototypes and production hardware
- Produce and maintain detailed technical documentation, including design reports and test plans
- Ensure designs meet required specifications, standards, and customer expectations
- Contribute innovative ideas to technology and product roadmaps
- Support RFQs, proposals, and customer discussions with technical input where required
Project & Product Delivery
- Work closely with project managers and technical leads to deliver projects on time, within budget, and to quality standards
- Support the transition from concept through prototyping into full production
- Collaborate with manufacturing and process teams to ensure product yield and manufacturability
- Identify and mitigate risks throughout the development lifecycle
Collaboration & Communication
- Partner with electronics, mechanical, software, and systems engineers to deliver integrated solutions
- Provide technical guidance to both internal stakeholders and customers
- Present technical updates and findings to teams, management, and clients as required
Benefits
- Private medical insurance
- Save As You Earn share scheme (£500 invested over 2 years at a discounted rate, held for 3 years)
- Pension scheme with up to 8% employer contribution (plus 2% match structure)
- Electric vehicle scheme (salary sacrifice)
- Cycle to work programme
- 25 days annual leave + bank holidays, with option to purchase 5 extra days
- 4x life assurance and income protection
Relocation Support
- UK: Up to £5,000
- International: Up to £8,000
- Support covers relocation expenses such as removals, transport, and up to 3 months of temporary accommodation(excludes furniture/appliances)
APPLY NOW! For the Senior RF Engineer, based in Cambridge, by sending a cover letter and CV to TBroadhurst@redlinegroup.Com or by calling Tony Broadhurst on 01582 878 841 quoting ref. TDB1000. Otherwise, we always welcome the opportunity to discuss other roles similar to RF Engineer roles.....Read more...
Facilities Maintenance Engineer Required! £18.90 per hour, Three-day weekends, 33 holidays and a 10% pension scheme are just a few of the perks you can expect when working out of this state-of-the-art facility. This is an excellent opportunity for a skilled Facilities Maintenance Engineer looking for long-term stability and a varied role.
Due to recent growth and acquisitions, this organisation is introducing a new product line, creating exponential growth and entry into brand new markets. The company offers genuine long-term security, with work secured and forecasted years in advance. They are now looking to appoint a Facilities Maintenance Engineer to strengthen their site support team.
We are keen to speak with an experienced Facilities Maintenance Engineer to join this growing operation. Formal qualifications are not essential – proven hands-on experience as a Facilities Maintenance Engineer is what matters most.
Facilities Maintenance Engineer Requirements:
Proven experience working as a Facilities Maintenance Engineer or in a similar facilities or site maintenance role within manufacturing, industrial or commercial environments
Strong electrical fault-finding and diagnostic skills
Experience maintaining building services such as lighting, power distribution, emergency lighting, fire alarms and HVAC systems
Ability to carry out both planned preventative maintenance (PPM) and reactive maintenance
Basic mechanical skills (plumbing, minor fabric repairs, general building maintenance)
Ability to read and interpret technical drawings and documentation
Proactive mindset with strong organisational and problem-solving skills
Facilities Maintenance Engineer Responsibilities:
Carrying out planned and reactive maintenance across the site’s facilities and infrastructure
Maintaining electrical distribution systems and general building services
Ensuring compliance with health & safety and site regulations
Liaising with and supervising external contractors when required
Identifying and implementing improvements to enhance site reliability and efficiency
Responding promptly to breakdowns to minimise disruption
Working Hours:
Week 1: Monday to Friday – 06:00 to 14:00 (37.5 hours per week) – £15.14 per hour Week 2: Monday to Thursday – 12:30 to 22:00 (36 hours per week) – £18.90 per hour
In Return, the Facilities Maintenance Engineer Will Receive:
Annual Salary: £32,400 (inclusive of shift allowance)
Generous overtime paid at premium rates
Holiday Entitlement: 33 Days including bank holidays
Pension Scheme: 10% Combined contribution
Paid breaks
3x annual salary death in service
Cycle to work scheme
Frequent companywide social events
This employer is based in Leeds, meaning the successful Facilities Maintenance Engineer will easily be able to commute from surrounding towns and cities including Bradford, Dewsbury, Huddersfield, Halifax, Wakefield, Castleford, Pontefract, Bingley and Keighley.
To apply for this Facilities Maintenance Engineer position, please click “Apply Now” and attach an updated copy of your CV. Alternatively, please contact Conor Wood at E3 Recruitment for more information.....Read more...
Main responsibilities are the Machine shop, Plating & Mould shop.
You will learn to:
To provide advice and training in numerous areas, such as process deployment / programming / setting etc.
Review and monitor component production readiness and provide, define and document equipment required, such as gauges / tooling / programs etc.
Use technical expertise to define, document and provide training for current best practice, ensuring cost effective, repeatable and high-quality practices are used for both existing production and New Product Introductions (NPI)
Support production areas to achieve their Key Performance Indicators by attending daily meetings and providing technical solutions to challenges as they arise, including quality investigations and machine capability studies
Enable the smooth integration of new products into production by documenting tooling, work holding and gauging requirements in routings and specifications
Ensure costs are captured and calculated correctly by maintaining the integrity of routed times, work centres and costed batch sizes in SAP
Investigate and initiate method improvement and cost saving projects in the Production areas
To work with the NPI team to deliver new to market products that are right first time and use best practice
Work with and help roll out TE Operating Advantage (TEOA) requirements, roll out Centres of Excellence (COE) utilise Best Demonstrated Practices (BDP’s)
Keep well-informed of technical developments and review manufacturing methods
Observe and comply with Health and Safety regulations as laid down in company procedures and Government legislation
Carry out any other reasonable tasks as directed by the business from time to time
Training:On completion of the apprenticeship, you will have achieved the following qualifications:
ST1395 Engineering and Manufacturing Support Technician Level 3 Apprenticeship Standard
Advanced Manufacturing Engineering Level 3 Diploma
The final apprenticeship completion certificate will be issued on achievement of the above qualification and successful completion of end point assessment.Training Outcome:
To become a fully trained and qualified Primary Manufacturing Engineer with TE Connectivity
Employer Description:Solutions that power electric vehicles, aircraft, digital factories, and smart homes. Innovation that enables life-saving medical care, sustainable communities, efficient utility networks, and the global communications infrastructure. For more than 75 years, we have partnered with customers to produce highly engineered connectivity and sensing products that make a connected world possible. Our focus on reliability and durability, our commitment to progress, and the unmatched range of our product portfolio enables companies large and small to turn ideas into technology that can transform how the world works and lives tomorrow.Working Hours :Monday to Thursday, 08:00 - 17:00 and Friday, 08:00 - 13:00 / With 1 day at college that the college will choose. During college holiday periods, you are required to attend work (the normal hours of work as detailed above will apply).Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Presentation skills,Administrative skills,Number skills,Analytical skills,Logical,Team working,Initiative....Read more...
A position for a RF Engineering Lead role based in Milton Keynes, Buckinghamshire has become available, offering hybrid working plus a fantastic 9-day working fortnight!
We are currently recruiting on behalf of a global-leading design and manufacturing business involved with RF / Microwave devices that are predominantly marketed into the space, aerospace, and defence sectors.
The RF Engineering Lead job will be responsible for leading the design, development, and delivery of high-performance RF and microwave systems for high reliability environments
Ideal candidates for the RF Engineering Lead job will have design and development experience in the following areas:
Lead the design and development of advanced RF circuits, subsystems, and system architectures.
Worked with modelling packages and experience with the hardware design cycle, from requirements capture,
Through schematic design and layout
The successful candidate will need to obtain security clearance
This is a fantastic opportunity for a Senior RF Engineer looking to step into a Team Leadership position.
To apply for this RF Engineering Lead role in Milton Keynes, Buckinghamshire, please contact Tom Drew on 01582 878848 or email TDrew@redlinegroup.Com referencing job ID THD1373. Otherwise, we welcome conversation regarding similar positions to Design Engineering roles.....Read more...
Supplier Quality Engineer – Femtech – Oxford
A well‑funded and rapidly scaling Femtech innovator in Oxford is seeking a Supplier Quality Engineer to strengthen and develop its supplier base, ensuring that all components and materials entering and leaving the business meet the highest standards. Newton Colmore is recruiting for this role exclusively, so applications must be made directly through us.
In this position, you will take ownership of the continual evaluation of existing suppliers, the identification and onboarding of new partners, and the ongoing monitoring of supplier performance. You will ensure compliance with ISO 13485, lead CAPA activity, apply your quality expertise to design‑for‑manufacture considerations and support the wider supplier quality function as the company scales.
This role offers significantly better balance than most Supplier Quality positions. Travel will account for only around 30% of your time, compared with the typical 50–80% seen across the industry. The position is also hybrid, allowing you to work from home two days per week, giving you greater flexibility while still remaining closely connected to the team and manufacturing environment.
Ideally, you will be a qualified Lead Auditor with experience working within an ISO 13485‑compliant environment. However, we are also open to candidates from other highly regulated sectors such as biotech or aerospace.
The technology being developed is genuinely transformative within women’s health, with the potential to improve outcomes and quality of life for thousands of people worldwide. The company has secured significant investment due to the success of its platform, providing long‑term stability and a strong foundation for continued growth.
In return, you will receive an excellent starting salary, private healthcare, income protection, life assurance, a pension scheme and a generous holiday allowance, alongside the opportunity to contribute to a groundbreaking Femtech innovation.
Interest in this role is expected to be high. If this opportunity aligns with your experience and ambitions, we encourage you to apply promptly.
To discuss the position in more detail, contact Andrew Welsh, Director of Medical Devices, Biotech and DeepTech Recruitment at Newton Colmore, on +44 121 268 2240. Alternatively, submit your CV and a member of our team will be in touch to discuss next steps.....Read more...
Carry out routine maintenance on manufacturing equipment and machinery to support operational reliability.
Perform basic repairs and component replacements under supervision, following approved procedures.
Support the diagnosis and repair of mechanical, electrical, and hydraulic faults.
Respond effectively to equipment breakdowns to minimise downtime and restore operations.
Maintain accurate maintenance records, reports, and documentation.
Inspect equipment to ensure compliance with safety, quality, and regulatory standards.
Work alongside production teams to improve equipment performance and reliability.
Support the installation and commissioning of new machinery and equipment when required.
Maintain clean, safe, and well-organised work areas in line with health and safety requirements.
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 this apprenticeship, you will receive a Level 4 Engineering Manufacturing Technician (mechanical) HNC Apprenticeship qualification.
You will be assigned an assessor who will visit you in the workplace every 6–8 weeks to support you on your apprenticeship.
Training Outcome:Progression to Qualified Maintenance Engineer.Employer Description:Magal Cables has been producing cables for over 80 years for the automotive and defence sectors under various company names and since 1987 has become an original equipment supplier to Nissan, Ford, Toyota and Honda. By 2003 Magal Cables were maintaining supply of service parts for these customers.From 2008 Magal Cables have won new original equipment contracts with Ford and introduced transfer work of mechanical assemblies, pedals, winches and handbrakes, pressing and moulding facilities have since been added as well as gearshift mechanisms and new 1st and 2nd tier automotive customers.
In 2020 the company changed ownership, is now part of Remsons Holdings Ltd and in 2023 as part of the group branding exercise, company is now named Remsons Automotive Limited.Working Hours :Monday to Thursday 08:15 - 16:45.
Friday 08:15 - 13:15.Skills: Communication skills,Attention to detail,Team working,Understand Microsoft Software,Reliable,Accountable,Time Management,Safety awareness....Read more...
Manufacturing of components using manual lathes, mills and grinders as well as CNC machines under supervision
Perform basic measurements and quality checks of components using callipers, micrometers, and gauges
Assist with the maintenance, cleaning, and repair of injection mould tooling
Follow all health and safety procedures, including the correct use of PPE and safe working practices
Maintain a clean and organised work area to support a safe and efficient working environment
Training:
The Level 3 Machining Technician standard is delivered in the workplace with 1 day a week attendance at college
You will work towards gaining a Level 3 Machining Technician Apprenticeship Standard, as well as a Level 3 Extended Diploma in Machining (Development Knowledge)
Training Outcome:
Upon successful completion of the apprenticeship, the individual will be expected to progress into a qualified Toolroom Engineer role contributing independently to the manufacturing of precision components and servicing of injection mould tools
With further experience and continued development opportunities exist to progress into more specific roles
The business has a strong track record of supporting continued professional development, including qualifications up to HNC and HND for those who demonstrate commitment and capability
Employer Description:As a global leader, we are committed to achieving more for our environment, employees, and customers by prioritizing issues that offer the greatest potential to create long-term social, environmental, and economic value.
We create innovative packaging and engineered products that we believe make life better for people and the planet. We do this every day by leveraging our sustainability leadership and innovation expertise to serve customers around the world. Harnessing the strength in our diversity of 47,000 global employees across more than 250 locations.Working Hours :Monday, 08:00 - 16:30, 8hrs.
Tuesday, 08:00 - 16:30, 8hrs.
Wednesday, 08:00 - 16:30, 8hrs.
Thursday, 08:00 - 16:30, 8hrs.
Friday, 08:00 - 16:30, 8hrs.Skills: Communication skills,Attention to detail,Problem solving skills,Number skills,Analytical skills,Team working,Creative,Initiative....Read more...
Working within Acres’ culture of continuous improvement and professionalism, you will contribute to a clean, safe and organised working environment while building technical capability, discipline and a strong work ethic. Your day-to-day duties will include:
Work under supervision across Prep, CNC, Paint and Assembly areas
Support the efficient delivery of projects by assisting with material preparation, CNC processing, painting, assembly, finishing and general engineering tasks.
Develop an understanding of manufacturing processes, tools, materials and quality standards while working collaboratively with all departments to support production flow
Training:You will spend 4 days each week in the workplace and 1 day each week training at Derby College's Roundhouse Campus.Training Outcome:Following the successful completion of this apprenticeship, you could work as an engineer or undertake further training with a Level 3 apprenticeship to continue to build skills and experience.Employer Description:Acres Engineering Ltd is a specialist turnkey manufacturing SME based in Melbourne, Derbyshire. The company delivers high-value fabricated and engineered solutions to world-leading organisations across sectors including aerospace, automotive, defence and energy.
Operating within a modern, well-equipped engineering facility, Acres provides end-to-end capability from design and manufacture through to assembly and installation. The business focuses on complex, medium to high volume projects where engineering expertise adds significant value.
Acres Engineering employs a skilled and growing team and is known for its hands-on, collaborative working environment, where individuals are encouraged to develop practical skills and contribute to continuous improvement.
The company is recognised for both its engineering excellence and its commitment to people. Acres is a Gold Award holder of the Armed Forces Covenant, actively supporting veterans and reservists, and has also been recognised at a national level through the King’s Award for Enterprise (Promoting Opportunity) for its work in creating pathways into engineering for individuals from diverse and non-traditional backgrounds.
Through its People First approach, Acres Engineering continues to invest in apprenticeships, skills development and community engagement, demonstrating how a small business can deliver meaningful impact alongside technical excellence.Working Hours :Monday to Friday, 7am to 3.30pm,
2x 25 minute breaks.Skills: ....Read more...
Facilities Engineer required for a high tech Aerospace manufacturing site to perform building and equipment maintenance, corrective repairs and modifications to the Production Plant.
You will be responsible for applying fixes to productive equipment in an office environment and precision engineering Research and design facility containing hazardous chemicals and high pressure gas systems.
The ideal candidate will have a very practical attitude and experience of building maintenance tasks in various fields, e.g. carpentry, electrical, HVAC (heating, ventilation, and air conditioning), plumbing, compressor and boiler maintenance, site vehicle upkeep, machine shop fabrication including welding.
You will have
Plumbing, carpentry and fabrication experience.
Hand and electrical tools understanding.
Machine shop equipment knowledge, lathes, band / chop saws, pillar drills, grinders etc.
Welding and fabrication skills, City and Guilds Level 2 minimum, Level 3 preferred, or similar structural welding qualification. ASME certification would be an advantage.
Basic working knowledge of PC applications, such as use of Word and Excel.
Experience in a facilities maintenance or engineering fabrication environment.
Role will involve
General site fixes, repairs and maintenance activities.
Installing new appliances and equipment.
Site project works, such as new test and productions facilities installations and commissioning.
Fabrication and welding.
Liaising with, arrange and managing external contractors.
Inspecting, maintaining and troubleshooting equipment and systems (e.g. ventilation).
Check site control panels and electrical wiring to identify issues.
Provide and assemble office and production area furniture, shelving, racking, as required.
Upkeep of site vehicles. ....Read more...
Duties will include, but will not be limited to:
Design exhaust systems as per the requirements specified by the project team.
Engineer stainless steel sheet metal products with a focus on ease of manufacturing.
Deliver feedback to the wider group that drives continuous improvements within Eminox.
Support implementation GD&T principles into our drawings and designs.
Training:
The Apprentice will work towards their Apprenticeship Standard in L3 Engineering Fitter.
The successful candidate will be assigned a dedicated assessor who will provide support and guidance throughout the course.
This is a Day Release programme, which means you will attend Lincoln College, 1 day per week, term time only. This will fall within your contracted working hours.
Training Outcome:On successful completion, you could progress into a role such as Engineering Designer, with opportunities to specialise further within design and development.Employer Description:Eminox designs and manufactures exhaust after-treatment systems, reducing emissions from heavy-duty vehicles and equipment.Working Hours :Monday to Thursday 8:30am to 5:00pm. Friday 8:30am to 4:00pm.Skills: Communication skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Analytical skills,Creative,Initiative,Patience,Physical fitness....Read more...
Comprehensive training in Welding, Machining, or Lean Manufacturing (Level 2)
Hands‑on experience with modern CNC and welding equipment.
Expert mentorship from seasoned industry professionals
Opportunities to work across a range of high-value sectors - defence, energy, and more employment
A supportive, community‑focused workplace where your growth is encouraged
Training:
Metal Fabricator Level 3 Apprenticeship Standard
Training Outcome:
This advanced level apprenticeship has the potential for successful candiates to become a highly skilled engineer within their field of expertise
Employer Description:TML Weymouth is a rapidly expanding precision engineering firm, specialising in CNC machining, sheet metal fabrication, laser cutting, and finishing. We’re proud to have just opened a brand-new £1.8 million, state of the art facility—a testament to our commitment to excellence and growth. With recent key accreditations secured, we’re now trusted to deliver critical engineering services across the defence and food sector.Working Hours :Standard working hours at our Weymouth sites are: 08:00 - 17:00 (Monday to Thursday). 08:00 - 13:00 (Friday).Skills: Communication skills,Attention to detail,Problem solving skills,Team working,Initiative,Non judgemental....Read more...
Facilities Engineer required for a high tech Aerospace manufacturing site to perform building and equipment maintenance, corrective repairs and modifications to the Production Plant.
You will be responsible for applying fixes to productive equipment in an office environment and precision engineering Research and design facility containing hazardous chemicals and high pressure gas systems.
The ideal candidate will have a very practical attitude and experience of building maintenance tasks in various fields, e.g. carpentry, electrical, HVAC (heating, ventilation, and air conditioning), plumbing, compressor and boiler maintenance, site vehicle upkeep, machine shop fabrication including welding.
You will have
Plumbing, carpentry and fabrication experience.
Hand and electrical tools understanding.
Machine shop equipment knowledge, lathes, band / chop saws, pillar drills, grinders etc.
Welding and fabrication skills, City and Guilds Level 2 minimum, Level 3 preferred, or similar structural welding qualification. ASME certification would be an advantage.
Basic working knowledge of PC applications, such as use of Word and Excel.
Experience in a facilities maintenance or engineering fabrication environment.
Role will involve
General site fixes, repairs and maintenance activities.
Installing new appliances and equipment.
Site project works, such as new test and productions facilities installations and commissioning.
Fabrication and welding.
Liaising with, arrange and managing external contractors.
Inspecting, maintaining and troubleshooting equipment and systems (e.g. ventilation).
Check site control panels and electrical wiring to identify issues.
Provide and assemble office and production area furniture, shelving, racking, as required.
Upkeep of site vehicles. ....Read more...
An opportunity for a Design Engineer to join a world leader in Waste Handling Equipment. The client is a highly successful international business with a number of manufacturing and service facilities in the Uk and abroad with its roots going back to the 1800’s. Our client has an impressive list of accreditations /approvals , ranging from ISO 9001 to Investors in People. They are the market leaders in terms of innovation, safety and aftermarket service. Design Engineer Overview
You will produce mechanical drawings and the part list documentation to support the products manufactured onsite at the client’s premises.This person would be working directly for and under the supervision of the Engineering Manager and the Senior Project Draughtsman. You will develop engineering designs from existing product ideas and from gathered information liaising with the production and sales / marketing departments.Working within the engineering department and under the guidance of the Engineering Manager the objective is to produce working mechanical drawings using 3D Cad technology; part lists and stores pick lists for each of the vehicle types we produce. There is a need to produce detailed assemblies, component drawings and pick lists for each of the following areas of build for the vehicles. Examples:Chassis cab.Chassis preparation.Body construction.Lifter systems. Key Responsibilities of the Design Engineer -
Direct involvement with the Production Department to identify and solve engineering problems arising with the build of the vehicle on the shop floor; identifying and introducing economical and practical solutions as soon as possible to reduce production downtime.
This roll will also include direct involvement with the Service Department to identify and solve problems arising with component failures on the vehicles in the field and identifying and introducing economical and practical solutions.
Liaise with suppliers and the production departments to solve any mechanical problems arising during manufacture or production of parts or vehicles.
Compiling of Technical Job Files to comply with CE documentation, Health and Safety and Road Vehicle Regulations and chassis manufactures guidelines.
Up-date technical files and amending drawings where Engineering Changes are required.
To the assist with identification of parts and spares requests from stores.
Assist with sourcing and purchasing of parts from suppliers for prototype assemblies taking into consideration costs and delivery schedules.
KEEN TO SPEAK TO -
Experienced Mechanical Design Engineers.
3D Software – Autodesk Inventor /Soldiworks experience.
HNC /HND accredited in Mechanical Engineering.
Design background with moving mechanisms.
THE OFFER -
Starting Salary £40,000 per Annum.
33 Days Paid Holidays.
5% Employer Pension Contribution.
Medical Cash Plan Scheme
....Read more...
To maintain consistent and documented compliance with all relevant Safety, Health and Environmental (SHE), Good Manufacturing Practice (GMP), Data Integrity (DI), quality and best practice requirements
To plan and prioritise tasks, review and evaluate progress against objectives and investigate alternative scenarios
To identify and understand the requirements of internal and external customers and use creative thinking and problem solving to challenge assumptions, innovate, make new proposals and build on existing ideas
To analyse scientific data from various sources to improve understanding of the underlying processes
To assist other technical staff in the acquisition, visualisation and analysis of scientific data
To develop and implement procedures for the standardised acquisition and storage of data from the laboratory
To work autonomously to analyse, interpret and evaluate scientific data and present the results of an analysis clearly and concisely in written and oral form, including dissemination of work at internal/external events
To assist in the networking and automation of laboratory equipment
To assist in the integration of processes and equipment into CPI digital infrastructure, with a focus on data acquisition, control and automation. Additionally to ensure interoperability with systems such as those for inventory management and resource planning
To contribute to the development of specific technical projects and have a working knowledge of project management procedures; set up, planning and the execution of data analysis projects and report results within agreed timescales with the support of colleagues
To promote and ensure the application of quality standards relevant to the workplace and comply with the internal and external regulatory environment such as procurement, maintaining records, traceability & confidentiality
To share professional knowledge with colleagues and be responsible for own continuous professional development
To contribute to a culture of continuous performance improvement within the scientific and technical environment in alignment with company strategy and project deliverables
Training Outcome:Automation or Digital Technician / Junior Engineer
Focus:
Maintaining and optimising automated systems
Supporting PLCs, sensors, robotics, SCADA, or MES systems
Basic coding or scripting (e.g. ladder logic, Python, SQL)
Monitoring data, dashboards, and system performance
Fault finding and continuous improvement support
Automation Engineer / Digital Engineer
Focus:
Designing, programming, and commissioning automation solutions
Developing digital tools, dashboards, or data pipelines
Integrating hardware and software systems
Applying cybersecurity and data integrity principles
Leading small projects or system upgrades
Senior Automation Engineer / Digital Specialist
Focus:
Owning complex or business‑critical systems
Leading automation or digital projects
Setting technical standards and best practices
Mentoring apprentices and junior engineers
Driving efficiency, quality, and uptime improvements
Employer Description:At CPI we work with our partners to translate inventions into products and processes that enhance health and well-being, protect and improve our environment and increase productivity across industries. With a deep understanding of innovation processes and funding, outstanding technical expertise and industry relevant assets, we enable products and processes to be quickly and cost-effectively brought to market.Working Hours :Monday- Friday 08:30am- 5:00pm and Friday 08:30am- 4:30pmSkills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Presentation skills,Analytical skills,Logical,Team working,Creative,Initiative,Non judgemental,Patience....Read more...
