As a designated Engineer within multiple project teams, your crucial responsibilities will involve the design of components for fluid systems, encompassing electro-mechanical valves and mechanisms. Additionally, you will be tasked with creating design and compliance documentation using tools such as CAD, finite element analysis, or data acquisition packages like Pro Engineer, Ansys, and LabView.
We are actively seeking candidates who possess the following qualifications and skills
A degree in Mechanical or Aeronautical Engineering
A minimum of 2 years of relevant work experience
Demonstrated proficiency in CAD for the creation of 3D models, particularly focusing on valves products
Capability to conduct structural analysis using finite element software, ensuring designs meet specified launch vibration and fluid pressure requirements (a distinct advantage)
Experience in designing test rigs, proficiency in instrumentation, and expertise in utilizing data acquisition systems for fluid systems, along with the ability to draft comprehensive operating procedures. Experience with LabView is considered advantageous.
Familiarity with designs related to valves, mechanisms, or propulsion.
....Read more...
As a designated Engineer within multiple project teams, your crucial responsibilities will involve the design of components for fluid systems, encompassing electro-mechanical valves and mechanisms. Additionally, you will be tasked with creating design and compliance documentation using tools such as CAD, finite element analysis, or data acquisition packages like Pro Engineer, Ansys, and LabView.
We are actively seeking candidates who possess the following qualifications and skills
A degree in Mechanical or Aeronautical Engineering
A minimum of 2 years of relevant work experience
Demonstrated proficiency in CAD for the creation of 3D models, particularly focusing on valves products
Capability to conduct structural analysis using finite element software, ensuring designs meet specified launch vibration and fluid pressure requirements (a distinct advantage)
Experience in designing test rigs, proficiency in instrumentation, and expertise in utilizing data acquisition systems for fluid systems, along with the ability to draft comprehensive operating procedures. Experience with LabView is considered advantageous.
Familiarity with designs related to valves, mechanisms, or propulsion.
....Read more...
Valve Mechanical Design Engineer required for precision Engineering applications for fluid and high pressure gas systems. Mechanical Design Engineer required to join a fast growing team focusing on fluid control systems. The ideal candidate will have a strong interest in the design, development, industrialisation of control systems for space propulsion, (rocket engines, thrusters and Controls).
You will have a 2:1 or above in Design, Aerospace Engineering or similar with some commercial design experience for applications in space.
This is a fantastic opportunity to work on cutting edge and exciting new worldly mechanisms.....Read more...
Valve Mechanical Design Engineer required for precision Engineering applications for fluid and high pressure gas systems. Mechanical Design Engineer required to join a fast growing team focusing on fluid control systems. The ideal candidate will have a strong interest in the design, development, industrialisation of control systems for space propulsion, (rocket engines, thrusters and Controls).
You will have a 2:1 or above in Design, Aerospace Engineering or similar with some commercial design experience for applications in space.
This is a fantastic opportunity to work on cutting edge and exciting new worldly mechanisms.....Read more...
Mechanical Valve Design and Development Engineer required to join growing monopropellants team working on Fluidic Controls on the design, development and industrialisation fluidic control solutions for space propulsion.
My client supplies chemical propulsion systems (rocket engines and thrusters) to spacecraft manufacturers.
Requirements
Space industry experience highly desirable but not essential.
2:1 or higher Degree in Mechanical or Aeronautical Engineering.
CAD experience generating 3D models ideally detail drafting for manufacture with PTC Creo.
Structural analysis using FE software, static and dynamic analysis justifying designs for launch vibration and fluid pressure tolerance.
Exposure to the design, manufacture and test of aerospace or space products.
Test rig design, instrumentation and data acquisition for fluid systems ideally with LabView experience.
Valve, mechanism or propulsion designs.
Clean room practices and equipment.
Responsibilities
Design of fluid system components such as electro mechanical valves and mechanisms.
Participate in customer programmes as the development engineer.
Generate technical documentation in line with company and customer Quality standards.
Create design and compliance documents using CAD, finite element, data acquisition packages, Pro Engineer, Ansys, LabView.....Read more...
Mechanical Valve Design and Development Engineer required to join growing monopropellants team working on Fluidic Controls on the design, development and industrialisation fluidic control solutions for space propulsion.
My client supplies chemical propulsion systems (rocket engines and thrusters) to spacecraft manufacturers.
Requirements
Space industry experience highly desirable but not essential.
2:1 or higher Degree in Mechanical or Aeronautical Engineering.
CAD experience generating 3D models ideally detail drafting for manufacture with PTC Creo.
Structural analysis using FE software, static and dynamic analysis justifying designs for launch vibration and fluid pressure tolerance.
Exposure to the design, manufacture and test of aerospace or space products.
Test rig design, instrumentation and data acquisition for fluid systems ideally with LabView experience.
Valve, mechanism or propulsion designs.
Clean room practices and equipment.
Responsibilities
Design of fluid system components such as electro mechanical valves and mechanisms.
Participate in customer programmes as the development engineer.
Generate technical documentation in line with company and customer Quality standards.
Create design and compliance documents using CAD, finite element, data acquisition packages, Pro Engineer, Ansys, LabView.....Read more...
Mechanical or Aeronautical Engineer required to design pressurised gas and fluid fuel delivery systems, including electro-mechanical valves. Responsibilities include crafting assembly procedures, generating design documents using CAD and finite element analysis, and ensuring a commitment to safety in on-site activities.
Key Requirements
Degree in Mechanical or Aeronautical Engineering.
Minimum 2 years post-qualification experience in the aerospace, nuclear, automotive or similar industry.
Proven CAD experience: structural analysis skills advantageous.
Familiarity with fluid system test rig design, instrumentation, and LabView is a plus.
Knowledge of aerospace or space product design, manufacture, and testing.
Familiarity with mechanical hardware and test equipment.....Read more...
Mechanical or Aeronautical Engineer required to design pressurised gas and fluid fuel delivery systems, including electro-mechanical valves. Responsibilities include crafting assembly procedures, generating design documents using CAD and finite element analysis, and ensuring a commitment to safety in on-site activities.
Key Requirements
Degree in Mechanical or Aeronautical Engineering.
Minimum 2 years post-qualification experience in the aerospace, nuclear, automotive or similar industry.
Proven CAD experience: structural analysis skills advantageous.
Familiarity with fluid system test rig design, instrumentation, and LabView is a plus.
Knowledge of aerospace or space product design, manufacture, and testing.
Familiarity with mechanical hardware and test equipment.....Read more...
Seeking a skilled Mechanical or Aeronautical Engineer to design fluid system components, including electro-mechanical valves. Responsibilities include crafting assembly procedures, generating design documents using CAD and finite element analysis, and ensuring a commitment to safety in on-site activities. Collaboration on related projects, such as propulsion systems and rocket engine developments, is essential.
Requirements
Degree in Mechanical or Aeronautical Engineering (2:1 standard).
Minimum 2 years post-qualification experience in the space industry.
Proven CAD experience: structural analysis skills advantageous.
Familiarity with fluid system test rig design, instrumentation, and LabView is a plus.
Knowledge of aerospace or space product design, manufacture, and testing.
Familiarity with mechanical hardware and test equipment.....Read more...
Seeking a skilled Mechanical or Aeronautical Engineer to design fluid system components, including electro-mechanical valves. Responsibilities include crafting assembly procedures, generating design documents using CAD and finite element analysis, and ensuring a commitment to safety in on-site activities. Collaboration on related projects, such as propulsion systems and rocket engine developments, is essential.
Requirements
Degree in Mechanical or Aeronautical Engineering (2:1 standard).
Minimum 2 years post-qualification experience in the space industry.
Proven CAD experience: structural analysis skills advantageous.
Familiarity with fluid system test rig design, instrumentation, and LabView is a plus.
Knowledge of aerospace or space product design, manufacture, and testing.
Familiarity with mechanical hardware and test equipment.....Read more...
Our client is a rapidly growing organization at the forefront of innovation in the space industry. They specialize in the design, development, and industrialization of a diverse range of space-based propulsion applications. They are seeking a dynamic and experienced Mechanical Design Engineer.
Responsibilities: As a Design Development Engineer, you will be responsible for the following key duties:
Designing fluid system components, including electro-mechanical valves or mechanisms.
Developing procedures for the assembly and testing of development and qualification hardware.
Generating design and compliance documents using CAD, finite element analysis.
Collaborating to support the company's commitment to safe working practices, both on-site and in design principles.
Key Requirements:
Degree in Mechanical or Aeronautical Engineering.
Minimum of 2 years' post-qualification work experience in the space industry (other sectors considered by exception).
Proven experience with CAD for generating 3D models.
Experience with test rig design, instrumentation, and data acquisition systems for fluid systems, with the ability to write detailed operating procedures.
Knowledge of the design, manufacture, and testing of aerospace or space products.
Familiarity with valve, mechanism, or propulsion designs.
....Read more...
Our client is a rapidly growing organization at the forefront of innovation in the space industry. They specialize in the design, development, and industrialization of a diverse range of space-based propulsion applications. They are seeking a dynamic and experienced Mechanical Design Engineer.
Responsibilities: As a Design Development Engineer, you will be responsible for the following key duties:
Designing fluid system components, including electro-mechanical valves or mechanisms.
Developing procedures for the assembly and testing of development and qualification hardware.
Generating design and compliance documents using CAD, finite element analysis.
Collaborating to support the company's commitment to safe working practices, both on-site and in design principles.
Key Requirements:
Degree in Mechanical or Aeronautical Engineering.
Minimum of 2 years' post-qualification work experience in the space industry (other sectors considered by exception).
Proven experience with CAD for generating 3D models.
Experience with test rig design, instrumentation, and data acquisition systems for fluid systems, with the ability to write detailed operating procedures.
Knowledge of the design, manufacture, and testing of aerospace or space products.
Familiarity with valve, mechanism, or propulsion designs.
....Read more...
Aerospace and Defence Mechanical Design Engineer required to join a fast growing team focusing on fluid control systems for use on spacecraft ??? it literally is Rocket Science! The ideal candidate will have a strong interest in the design, development, industrialisation of control systems for space propulsion, (rocket engines, thrusters and Controls).
You will have a 2:1 or above in Design, Aerospace Engineering or similar with some commercial design experience for applications in space.
This is a fantastic opportunity to work on cutting edge and exciting new worldly mechanisms.....Read more...
Aerospace and Defence Mechanical Design Engineer required to join a fast growing team focusing on fluid control systems for use on spacecraft ??? it literally is Rocket Science! The ideal candidate will have a strong interest in the design, development, industrialisation of control systems for space propulsion, (rocket engines, thrusters and Controls).
You will have a 2:1 or above in Design, Aerospace Engineering or similar with some commercial design experience for applications in space.
This is a fantastic opportunity to work on cutting edge and exciting new worldly mechanisms.....Read more...
Mechanical Design Engineer (NPD, Pumping Systems, Water Management / Fluid Technology)
An exciting opportunity has arisen to join a market-leading group operating across the Commercial, Industrial, Residential and Service sectors, who are now looking for a Mechanical Design Engineer to support the delivery of innovative engineering solutions across their expanding product portfolio.
This Gloucestershire based dynamic organisation has become the market leader in each of the sectors it serves and is embarking on an ambitious growth plan over the next 3 years. With growth comes investment, in products, infrastructure, and in people. The group prides itself on being entrepreneurial, customer focused and operationally best-in-class, creating an exciting environment for engineers who want to innovate, develop and make an impact.
As a Mechanical Design Engineer, you will play a key role in developing new products and enhancing existing designs, ensuring that solutions are technically robust, manufacturable and fully compliant. Working across the full product development lifecycle; from initial research and concept generation through to prototyping, testing and production release.
Key responsibilities for the role of Mechanical Design Engineer, based in Gloucestershire:
Researching and developing new product concept as well as improving existing designs based on customer, production and market feedback.
Creating and maintaining 3D CAD models, 2D drawings, BOMs and engineering documentation using Solidworks within a PDM managed environment.
Applying DFM/DFA principles and ensuring compliance with relevant industry safety standards and regulations.
Performing Finite Element Analysis (FEA) using Solidworks Simulation.
Support of prototyping, testing and validation activities, analysing results to drive design iterations.
Collaborating with Product Management, Production, Quality and Supply Chain teams.
Participating in design reviews, risk assessments (including FMEA), and broader project lifecycle activities from concept all the way through to production release.
Maintaining accurate engineering data and version control within Solidworks PDM.
Key skills required for the role of the Gloucestershire based Mechanical Design Engineer:
HND or Degree in Mechanical Engineering, Product Design Engineering or a related discipline.
Demonstrable experience in product design or development, ideally involving fluid-handling / water management / pump systems / pressurisation units technology.
Experience of working within R&D or New Product Development (NPD) environments.
Industry experience of pumping systems, pipework design, fabrication design or water management / fluid technology.
Proficiency in Solidworks 3D CAD and PDM systems (Solidworks PDM preferred).
Experience with FEA tools and analysis methods.
Knowledge of DFMA, GD&T and prototyping/testing processes.
An understanding of compliance requirements, industry safety standards and sustainable product design.
Working environment and opportunities:
Hybrid working with time split between home, office and site as required.
Join a highly skilled, ambitious and supportive engineering team within an industry-leading group.
Contribute to the development of innovative, high-performing products used across multiple sectors.
This role offers a unique chance to become part of a forward-thinking engineering group with big ambitions, a collaborative culture, and a commitment to investing in its people.
To apply please send your CV to clam@redlinegroup.Com, or for more information contact Chuck Lam on 01582 878868.....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...
Perform maintenance and repair on customer vehicles
Identify problems with vehicles using the diagnostic equipment
Explain automotive repairs and issues and provide great customer service
Tyres including HGV Tyres
Wheel alignment
Batteries
Exhausts
Brakes
Oil change
Plan repair procedures using charts, manuals and experience
Test the functionality of parts and systems
Perform basic auto care and maintenance tasks such as oil changes, fluid level checks, and tire rotation
Repair and replace brake pads, wheel bearings, sensors and other parts
Perform routine maintenance and general mechanic work on vehicles
Prepared to get additional certification as needed
Willingness to learn with hands-on training
Help keep repair shops clean and organised
Keep a professional appearance
Training:
Gain experience and insight into the role with the opportunity to work with the same company full-time once the apprenticeship has been accomplished
Functional Skills in maths and English, if required
Autocare Technician Level 2 (GCSE)
Training Outcome:Possible job opportunity to continue as fully qualified mechanic with additional pay.Employer Description:The Service and MOT Center is an independent, established business which has been successfully run for 8 years that offers a wide range of garage services using modern equipment and facilities. All of our staff are qualified and have experience in areas that compliment each other.
We pride ourselves on good customer service and reasonable prices.Working Hours :Monday to Friday 8.30am - 5.00pm
1/2 hr lunchSkills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Analytical skills,Logical,Team working,Initiative,Patience,Physical fitness....Read more...
Your work will involve a wide range of activities, including installation, testing, fault-finding, and planned maintenance of complex automated equipment.
This role requires applying a unique blend of skills and knowledge across electrical, electronic, mechanical, fluid power, along with the right professional behaviours to succeed in a dynamic engineering setting.
Reading and interpreting technical data and documentation to maintain components, equipment, and systems.
Monitoring the condition of plant and equipment to ensure optimal performance.
Carrying out planned maintenance activities to keep machinery running smoothly.
Diagnosing and repairing complex faults on advanced engineered systems, including mechanical equipment, fluid and pneumatic power systems, electrical and electronic equipment.
Performing confirmation testing and ensuring a smooth handover of equipment and plant after maintenance or repair.
Supporting installation, testing, and commissioning of new equipment (where applicable).
Identifying opportunities for improvement in working practices, processes, and procedures to contribute to business efficiency.
Training:During your apprenticeship, you’ll receive hands-on training and develop the skills needed to succeed in a high-tech engineering environment.
Year 1
Monday: College studies with City College Plymouth (at BD site).
Tuesday & Wednesday: Working at BD Plymouth.
Thursday & Friday: College studies at City College Plymouth.
Year 2
1 day per week at college.
4 days per week working at BD Plymouth.
Year 3
1 day per week at college.
Remaining days working at BD Plymouth.
Standard Hours (Years 1–2)
Monday to Friday.
Total: 37.5 hours per week.
Shift Pattern in Year 3
Continuous days: 11:00am to 11:00pm.
3 days on, 3 days off.
Includes basic salary plus 22% shift premium.
Training Outcome:On successful completion of the apprenticeship programme, you’ll have the opportunity to progress into a full-time role as a Technician within our operations team.
Technicians are responsible for all technical and processing activities involved in the manufacture of medical devices, as well as key operational responsibilities on the shop floor.
Towards the end of your apprenticeship and once you transition into a Technician role, you will work 12-hour continuous shifts on one of the following fixed patterns:
Continuous Days: 11:00 am – 11:00 pm, 3 days on / 3 days off (basic salary plus 22% shift premium) Continuous Nights: 11:00 pm – 11:00 am, 3 nights on / 3 nights off (basic salary plus 32% shift premium).
Please note: These shift patterns do not rotate between days and nights—you will work one or the other.
This is a fantastic opportunity to build a long-term career with a global leader in healthcare manufacturing.Employer Description:Become a Maker of Possible
BD is one of the largest global medical technology companies in the world. Our purpose—Advancing the World of Health™—drives everything we do. From design and engineering to manufacturing and marketing billions of MedTech products each year, we turn challenges into possibilities.
Now, we’re offering an exciting opportunity to join BD Plymouth as a Engineering Apprentice, where you’ll gain hands-on experience, industry-recognised qualifications, and the chance to build a rewarding career.BD Plymouth is one of the leading facilities in Europe for producing evacuated tubes and needles, including BD Vacutainer® blood collection products used worldwide. Located in the stunning South West of England, our site has been operating since 1981 and now employs over 850 talented people. Over the past 40+ years we’ve grown into a world-class operation, and we’re inviting you to be part of our journey.
Why Join Us?
BD is proud to be certified as a Top Employer 2025 in the UK reflecting our commitment to creating an exceptional working environment. A career at BD means learning alongside inspirational leaders and colleagues in a culture that values growth, inclusion, and innovation.
At BD Plymouth, you’ll be part of a company that truly makes a difference in global healthcare—saving and improving lives every day. We value creativity, innovation, and fresh ideas, and we’ll support you in developing solutions that benefit people everywhere.
We’re committed to giving back through charitable and community initiatives, and we provide a modern, supportive environment where you can learn, grow, and thrive.
What We Offer
A chance to start your career with a global healthcare leader
Training and development opportunities to help you reach your potential
Recognition and rewards for your contributions
A healthy work-life balance
Who Can Apply?
If you’re enthusiastic, eager to learn, and ready to make a real impact, we’d love to hear from you. Join BD Plymouth and help us continue to deliver world-class healthcare solutions.Working Hours :Year 1: 3 days at City College Plymouth, 2 days at BD Plymouth (Mon–Fri). Year 2: 1 day college, 4 days at BD (Mon–Fri).
Year 3: 1 day college, work at BD on shifts: 11am–11pm, 3 days on /3 days off, includes weekend working.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Presentation skills,Number skills,Logical,Team working,Initiative,Non judgemental,Patience,Adaptable,Energy and enthusiasm,Self-motivation and discipline,Reliability and punctuality,Integrity and honesty,Creativity & practical ability,Commitment to safety,Initiative and ownership,Curiosity,Willingness to learn,Practical, hands-on ability....Read more...
Your task throughout this jounrney is to learn. We will support this with extended workplace placements (rotations) in multiple engineering related departments during your degree such as: Design Engineering, Prototype, Technical, Applications and Contract Engineering, Quality, Industrial, Process and Production Engineering, Operations Management, Software, Hardware and even Product Management.
Each moduel will be supported with a relevant placement to provide you with that additional knowledge needed to fully emerse yourself in the engineering world.Training:Traiing is undertaken in 1 week blocks (6 per year) at Warwick University.
Year 1 (75 credits; five 15 credit Level 4 modules).
Professional Engineering Competencies
Statics and Dynamics
Electrical Engineering Principles
Engineering Design and Application
Engineering Mathematics
Year 2 (75 credits; three 15 credit Level 4 modules and two 15 credit Level 5 modules).
Materials and Manufacturing Processes
Thermodynamics and Fluid Mechanics
Systems Modelling and Simulation
Applied Electronics (level 5)
Engineering Mathematics and Data Analytics (level 5)
Year 3 (75 credits; five 15 credit Level 5 modules).
Engineering Management
Electromechanical System Design and Control
Power Electronics
Mechatronics and System Control
Dynamics and Vibrations
Year 4 (75 credits; three 15 credit Level 6 modules and a 30 credit Level 6 module).
Applied Thermodynamic Engineering
Digital and Embedded Systems
Electrical Machines and Drives
Group Project (30 credit)
Year 5 (60 credit Level 6 module)
Individual ProjectTraining Outcome:A number of Engineering routes could include:
Design Engineering (CAD). To include Industrial, Mechanical and Electrical disciplines
Prototype Engineering
Contract / Technical Engineering
Production Engineering
Maintenance Engineering
Employer Description:At Lucy Group we pride ourselves on the development of our people, this role is being bought into the business as a purely developmental role within the engineering department.
Lucy Electric is a global leader in secondary power distribution solutions, with over 100 years of experience in the electrical industry. Headquartered in the UK, we operate across key international markets including the Middle East, Asia, Africa, Australia, and South America, with offices and manufacturing facilities in the UK, UAE, Saudi Arabia, India, Thailand, South Africa and Brazil.
We specialise in medium voltage switchgear, automation, and grid monitoring technologies that enable utilities and energy providers worldwide to build smarter, more resilient, and more sustainable power networks.
Our advanced solutions – such as ring main units, remote control systems, and low-voltage monitoring are instrumental in accelerating the global transition to Net Zero, delivering enhanced reliability, safety, and operational efficiency across the grid.Working Hours :09:00- 17:-00 Monday to Friday at University
07:30- 15:30 Monday to Friday at Lucy Electric (Half Day on Friday)Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Presentation skills,Administrative skills,Number skills,Analytical skills,Logical,Team working,Creative,Initiative....Read more...
An exciting opportunity has arisen to join a market-leading group operating across the Commercial, Industrial, Residential and Service sectors, who are now looking for an Electrical Design Engineer to support the delivery of innovative engineering solutions across their expanding product portfolio.
This Gloucestershire based, dynamic organisation has become the market leader in each of the sectors it serves and is embarking on an ambitious growth plan over the next 3 years. With continued investment in products, infrastructure and most importantly, its people, this is a fantastic opportunity to join a forward-thinking engineering function that prides itself on being entrepreneurial, customer-focused, competitive and operationally best-in-class.
As an Electrical Design Engineer here, you will take responsibility for electrical design activities across the product lifecycle, from early-stage concepts all the way through to production release. This will include control panel design, PLC integration and ensuring that all electrical systems meet stringent safety, quality and compliance requirements. This is a crucial role in delivering robust and manufacturable engineering solutions working as part of a multi-disciplinary team.
Key responsibilities for the role of Electrical Design Engineer based in Gloucestershire:
Leading the electrical design of packaged pumping systems, including control panel layouts, schematic diagrams and cable schedules.
Researching and developing new product concepts while enhancing existing designs in response to customer, production and market feedback.
Specifying and selecting electrical components to meet performance, safety and compliance requirements.
Development and integration of PLC-based control systems including configuration, I/O definition and functional documentation (PLC programming experience would be useful but is not essential).
Producing and maintaining detailed electrical documentation including wiring diagrams, design calculations and BOMs.
Ensuring that all electrical designs comply with CE/UKCA requirements, Health & Safety regulations and relevant UK/EU directives (LVD, EMC, Machinery Directive).
Supporting EMC compliance through best-practice design and collaboration with external test facilities.
Collaborating with Mechanical Design, Compliance and Manufacturing teams to ensure design integrity and manufacturability.
Providing input into design reviews, risk assessments and verification/validation testing throughout the development lifecycle.
Key skills required for Gloucestershire based role of Electrical Design Engineer:
Degree or equivalent in Electrical or Electronic Engineering.
Proven experience in product design or development, (specific experience involving water management / fluid-handling equipment would be ideal but is not a pre-requisite).
Experience of working within R&D or New Product Development environments.
Proven experience of designing industrial/commercial control panels (a working knowledge of PLC-based control systems and Variable Speed Drives would be an advantage but is not a pre-requisite)
Solid experience in using CAD/schematic design software, experience of SolidWorks Electrical would be ideal but experience of EPLAN, or AutoCAD Electrical will also be considered.
Familiarity with key standards and directives, including:
– Low Voltage Directive (LVD)
– EMC Directive
– Machinery Directive
– BS EN 60204-1 (Electrical Equipment of Machines)
– EN 60335
Working environment and opportunities:
Hybrid working arrangements with time split between the Gloucestershire based office, home and site
Opportunity to join a highly skilled, ambitious engineering team within a rapidly expanding market leader
Involvement in the full product lifecycle, contributing to innovative and technically challenging projects.
A culture that encourages development, continuous improvement and professional growth.
This is a great opportunity to join a forward-thinking engineering group with ambitious growth plans, a collaborative culture and a commitment to building the best place to work while helping shape the future of high-performance, compliant engineering solutions.
To apply please send your CV to clam@redlinegroup.Com, or for more information contact Chuck Lam on 01582 878868.....Read more...
JOB DESCRIPTION
Solving challenges is the very foundation of who we are. After all, in the beginning, our founder, sea captain Robert Fergusson, didn't particularly care about paint. When he founded our company in 1921, he just wanted to keep his ship intact and stumbled upon a valuable solution. Today, that discovery is Rust-Oleum Corporation. The same passion that drove the Captain to spend his next few years creating the world's first rust-preventative paint still drives us today. When we see a problem, we work diligently until we've perfected a solution, which has led to some of the most cutting edge, durable and innovative products in the industry. Our creative and talented team of over 2000 people across every corner of the world, help us remain the global leader in protective paints and coatings for both home and industry. The primary result expected from the Maintenance Mechanic 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.
Here's what you can expect: • 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. Required Skills: • 3+ years of maintenance experience in manufacturing environment; preferably in chemical/paint manufacturing • High School Diploma or equivalent • Must have expertise in packaging equipment, plumbing, and pipefitting, with skills in electrical work and instrument calibration considered a definite plus • Demonstrated ability to diagnose and troubleshoot complex packaging and material-handling equipment is required • Ability to do basic math. • Accurately enter and retrieve computer data. • Ability to operate machinery • Ability to solve problems in a team environment. • Active participation in our Continuous Improvement Process. • Ability to consistently lift 50 pounds. • Willing to work overtime as required. Additional Consideration Given to Those With: • Exposure to quality programs • Paint/Coatings/chemical industry knowledge or experience • Experience with a continuous process discipline such as Six Sigma/Lean/TQM manufacturing environment. • Previous experience with safety programs Flex Schedule: 6:00 AM to 6:15 PM shift following a 3-6-3-2 rotation-3 days on, 6 days off, 3 days on, and 2 days off. Each 12.5 hour shift includes 30 minute unpaid lunch and 3 paid breaks (15 minutes)
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...
JOB DESCRIPTION
Solving challenges is the very foundation of who we are. After all, in the beginning, our founder, sea captain Robert Fergusson, didn't particularly care about paint. When he founded our company in 1921, he just wanted to keep his ship intact and stumbled upon a valuable solution. Today, that discovery is Rust-Oleum Corporation. The same passion that drove the Captain to spend his next few years creating the world's first rust-preventative paint still drives us today. When we see a problem, we work diligently until we've perfected a solution, which has led to some of the most cutting edge, durable and innovative products in the industry. Our creative and talented team of over 2000 people across every corner of the world, help us remain the global leader in protective paints and coatings for both home and industry. As our Mechanic Operator you are responsible for both the maintenance and operation of filling and packaging equipment. Additionally provide assistance and support to the Maintenance Mechanic in making repairs throughout the plant.
Here's what you can expect every day:
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. Inspecting drives, motors, and belts, checking fluid levels, replacing filters, or performing other maintenance actions, following checklists. Using 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, piping, machinery, and equipment. Clean and lubricate shafts, bearings, gears, and other parts of machinery. Diagnose mechanical problems and determining how to correct them, utilizing 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.
Required Experience:
High school graduate or equivalent. 1-3 years of industrial experience. Experience with filling and packaging equipment. Knowledge of machines and tools, including their designs, uses, repair, and maintenance. Ability to read and follow standard operating procedures. Ability to do basic math and enter computer data. Ability to coordinate with the work of others and solve problems in a team environment. Active participation in our Continuous Improvement Process. Ability to lift 75 pounds. Willingness to work overtime as required.
Additional Consideration Given to Those With:
Exposure to quality programs. Paint/Coatings/chemical industry knowledge or experience. Experience with a continuous process discipline such as Six Sigma/Lean/TQM manufacturing environment. Previous experience with safety programs. Flex Schedule: 6:00 PM to 6:15 AM shift following a 3-6-3-2 rotation-3 days on, 6 days off, 3 days on, and 2 days off. (Week 1: Mon, Tue. Wed. - Week 2: Wed, Thrs, Fri) - Each 12.5 hour shift includes 30 minute unpaid lunch and 3 paid breaks (15 minutes) Shift Premium = $1.25 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...
