24-Month Fixed Term Contract. Company pension contributions of up to 8% and an annual leave entitlement of 25 days plus Bank Holidays are just a few of the perks that the Manufacturing Engineer will enjoy whilst working for a Global Engineering and Manufacturing leader, with over 20 worldwide locations employing 1000 + staff. This employer is recognised globally for quality and innovative deliverables.The successful Manufacturing Engineer will be easily able to commute to HUDDERSFIELD from surrounding towns & cities, including Leeds, Dewsbury, Halifax, Wakefield and Brighouse.Key Responsibilities of the Manufacturing Engineer will include:
Be the Subject Matter Expert for manufacturing processes liaising between Design Engineer team and Machine Tool Operators
Provide technical guidance, problem solving skills and direction to the Manufacturing & Assembly teams to ensure quality standards and programme schedules are maintained
Advise on the manufacturability of components and ability of machines to achieve right first time during the design reviews
Lead PFMEA reviews including process mapping, risk mitigation and creation of approval procedures
Interpret and translate technical drawings into manufacturing drawings
Drive Continuous Improvement within each project
Create, maintain and improve works orders with accurate routings
For the Manufacturing Engineer role, we are keen to receive CV’s from candidates who possess:
Experience as a Manufacturing Engineer, within an Engineering environment where Turning, Boring, Milling and CNC processes are utilised
A working knowledge of assembly processes
A strong understanding of Geometric Dimensioning & Tolerancing
Ability to use 2D & 3D CAD
Experience CNC programming
Salary & Benefits:
Basic salary of £40,000 to £50,000 + 18% Shift allowance depending on experience
24-Month Fixed Term Contract
Double day shifts - Week A – 0630 – 1430 – Monday to Friday / Week B – 1430 – 2230 – Monday to Thursday and 1430 to 1830 Friday (37 hours per week)
25 Days annual leave + Bank holidays
Company pension contributions of up to 8%
Please be aware that many roles working for our client will be subject to both security and export control restrictions. These restrictions mean that factors including your nationality, any previous nationalities you have held, and your place of birth may limit those roles you can perform for the organisation.You must meet Right to Work in the UK criteria and achieve the required security and clearance requirements to undertake this role.To apply for the Manufacturing Engineer role, please click “Apply Now” and attach an updated copy of your CV. Alternatively, please contact Alex Feather at E3 Recruitment for more information.....Read more...
You will work alongside experienced engineers and technicians, contributing to new projects while studying towards a nationally recognised qualification in Building Services Engineering.
Key Duties and Responsibilities:
Assist in the design and specification of mechanical systems for Healthcare, commercial, and industrial buildings
Support the creation of electrical layouts and schematics using CAD and BIM software
Conduct site visits to assist with surveys and inspection of installations.
Assist with the selection of appropriate materials and equipment for mechanical systems
Participate in energy efficiency assessments and sustainability evaluations
Assist in the preparation of reports, calculations, and documentation for project delivery
Collaborate with other engineering disciplines (electrical, structural, environmental) to ensure integrated design solutions
Maintain accurate records of work, learning progress, and project contributions
Attend client and team meetings with your assigned mechanical engineer
Developmental Responsibilities:
As the apprenticeship progresses, you will:
Take on more complex design tasks and calculations under supervision
Learn to use advanced software tools such as Revit MEP, IES, or Hevacomp
Gain understanding of relevant regulations and standards (e.g., CIBSE, BSRIA, Building Regulations).
Develop project management and client communication skills.
Contribute to sustainability and innovation initiatives within the department
Work towards professional registration with an engineering institution (e.g., CIBSE, IMechE)
Opportunities for career progression upon successful completion.Training:
Fully funded training and qualification
Dedicated Mentor: You will be assigned a mentor or supervisor who will guide you through your day-to-day tasks, provide feedback, and support your professional growth
Hands-On Experience: You’ll work alongside experienced engineers on real projects, gaining practical skills in electrical design, installation, and maintenance
Shadowing Opportunities: You’ll have the chance to observe senior engineers and technicians to understand best practices and industry standards
Exposure to a variety of projects and sectors
Training Outcome:As progression through qualification is gained we expect progression of all engineers.
The grading structure is typically:
Trainee - Graduate / Trainee Engineer
Engineer Band 1 (Junior)
Engineer Band 2
Engineer Band 3
Intermediate Engineer
Senior Engineer
Principal Engineer Later
Progression Opportunities available are:
Associate
Associate Director
Projects / Technical Director
Board Director
Employer Description:Eta Project, as part of Brush Group, are a highly professional building services design consultants, comprising of Mechanical, Electrical and Public Health Engineers. We are Healthcare Design specialists providing solutions for all aspects of the Hospital environment and are highly regarded within the Healthcare Sector. Working Hours :The core hours are 9.00am – 5.30pm with a 1 hour break for lunch. Coffee/tea Breaks through the day for time away from computer screens.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Analytical skills,Logical,Number skills,Team working,Creative,Initiative....Read more...
An exciting opportunity has arisen for an Electrical Hardware Engineer to join a high-performing engineering team developing cutting-edge flight simulation technology. These systems replicate real-world aircraft environments and play a critical role in pilot training and aviation safety worldwide.
This role offers the chance to work at the forefront of aerospace innovation, contributing to the design and delivery of advanced electrical and electro-mechanical hardware systems in a fast-paced, customer-driven environment.
You will play a key role in the design, development, and delivery of electrical hardware solutions for complex simulation systems. Working within a multidisciplinary team, you will contribute across the full engineering lifecycle, from concept through to validation and delivery.
Key Responsibilities
- Design and develop electrical hardware systems for advanced flight simulators
- Produce technical specifications, schematics, and electrical designs
- Develop power distribution systems (single & three-phase), including protection and cable sizing
- Collaborate with software, systems, and mechanical teams to deliver integrated solutions
- Ensure compliance with industry standards and safety-critical requirements
- Conduct testing, validation, and troubleshooting of hardware systems
- Support EMC design and testing activities
- Engage with suppliers for component selection and integration
- Contribute to continuous improvement and innovation across hardware capabilities
- Support or mentor junior engineers where appropriate
Skills & Experience
- Degree in Electrical / Electronic Engineering or similar
- 510+ years experience in electrical hardware design (aerospace, defence, simulation, or similar)
- Strong experience with:
- Electrical design and power distribution systems
- Electrical CAD tools (schematics, wiring diagrams, panel layouts)
- EMC principles (grounding, shielding, filtering)
- Hardware testing, validation, and troubleshooting
- Knowledge of BS 7671, Low Voltage Directive, EMC Directive
- Experience working across the full product lifecycle (concept to production)
- Strong communication skills and ability to work within multidisciplinary teams
Desirable Experience
- Chartered Engineer (or working towards)
- Experience in flight simulation, avionics, or aerospace systems
- Exposure to computing system integration (rack systems, cooling, data cabling)
- Background in high-reliability or safety-critical environments
Benefits
- Competitive salary + discretionary annual bonus
- Pension (matched up to 7%)
- 25 days holiday + bank holidays (with option to buy/sell)
- Private medical insurance
- Life assurance (4x salary)
- Group income protection
- Employee assistance & wellbeing support (24/7)
- Retail, travel, and leisure discounts
This is a fantastic opportunity for an experienced hardware engineer looking to work on complex, high-impact systems at the cutting edge of aerospace technology.
TT....Read more...
An established and highly respected manufacturing business based in Bournemouth is seeking an experienced Senior Production Engineer to support and improve high-quality electro-mechanical production operations.
This role plays a key part in process optimisation, tooling and fixture design, continuous improvement, and production support, and working closely with cross-functional teams to ensure products are manufactured efficiently, safely, and to the highest standards.
The position is ideally suited to a hands-on engineer with experience in high-mix, low-to-medium volume manufacturing environments who is passionate about precision engineering, lean manufacturing, and continuous improvement.
Key Responsibilities for the Senior Production Engineer based in Bournemouth
Develop and maintain detailed production documentation including work instructions, process flows, PFMEAs, machine setup sheets, and TPM schedules
Design and implement jigs, fixtures, and tooling using SolidWorks to improve efficiency, repeatability, and ergonomics
Optimise production line layouts using AutoCAD to enhance workflow, reduce waste, and maximise space utilisation
Lead continuous improvement initiatives using Lean Manufacturing, Six Sigma, and 6S methodologies
Provide hands-on technical support to production teams, troubleshooting process and equipment issues to minimise downtime
Train and support production trainers to ensure consistent quality, safety, and operational standards
Conduct process audits and line assessments to ensure compliance with internal procedures and external regulations
Collaborate with engineering, quality, and operations teams to improve product quality, manufacturability, and cost-effectiveness
Design and develop test equipment and validation procedures to ensure products meet performance specifications
Lead process standardisation and automation projects to improve throughput and reduce variability
Evaluate and implement new manufacturing technologies to maintain competitive advantage
Monitor production capacity, identify bottlenecks, and implement solutions to optimise resource utilisation
Carry out cost estimation and time studies, ensuring ERP routings reflect actual production performance
Lead capital equipment selection, justification, ROI analysis, procurement, and implementation
Promote a safe working environment and ensure full compliance with health, safety, environmental, and quality standards
Essential Skills & Experience for the Senior Production Engineer based in Bournemouth
Proven experience as a Manufacturing, Production, or Mechanical Engineer
Background in a high-mix, low-to-medium volume manufacturing environment
HND or equivalent in Mechanical, Industrial, or Production Engineering
Strong knowledge of Lean Manufacturing, Six Sigma, and continuous improvement techniques
Proficient in 3D CAD software, particularly SolidWorks, for tooling and fixture design
Experience using ERP/MRP systems (such as Priority) for BOMs, routings, and work order planning
Strong change management skills, including implementing Engineering Change Requests (ECRs)
Excellent problem-solving and analytical skills
Strong communication skills with the ability to present technical information clearly
Proficient in Microsoft Office
If you are keen or would like to find out more information about this Senior Production Engineer opportunity based in Bournemouth please send over an updated cv to nking@redlinegroup.Com or call 01582 878839. Please note this opportunity will not offer sponsorship.....Read more...
Medical Devices Consultant – Senior Mechanical Engineer – Cambridge
Due to the growth of a leading Medical Devices organisation, we are currently seeking a Senior Mechanical Engineer, Project Manager, Medical Devices Inventor, or Mechanical Design Consultant for a newly approved role. The company is based in Cambridge and boasts some of the most impressive labs globally, which they are currently enhancing even further.
You will collaborate with other experts in Medical Devices who have backgrounds in Mechanical Engineering, Mechanical Design, Electronics Design, Electronics Engineering, Physical Engineering, Biomedical Sciences, and various other skills essential for inventing Medical Technology. Consequently, teamwork will be crucial.
In this role, you will lead projects, necessitating experience as a consultant, project manager, or another role involving interactions with third parties. Additionally, you will apply your skills hands-on, directly contributing to the development of new Medical Devices.
We require several years of experience in Mechanical Design of Medical Devices. Familiarity with any 3D CAD tool is acceptable, as we understand that you can be trained on the necessary tools when required. However, knowledge of SolidWorks would be advantageous.
Most individuals in similar roles hold a degree in a Mechanical Engineering field, but experience takes precedence.
In terms of experience, we welcome candidates ranging from those stepping up to a Senior Mechanical Engineer role to individuals with several years of experience as a Medical Devices Consultant or Senior Mechanical Engineer.
This organisation has an outstanding track record of fostering continuous learning to keep you at the forefront of the Medical Devices sector. Consequently, opportunities for career and skills development are always available.
In addition to these benefits, you will receive an excellent salary (commensurate with your level of experience), a substantial bonus, a generous pension plan, healthcare coverage, complimentary meals throughout the day, life assurance, access to social clubs, wellness programs, an onsite gym, and other exceptional perks that are not commonly offered by most companies.
We anticipate substantial interest in this role, so if you are interested, we recommend submitting your application promptly. The organisation is open to candidates with varying levels of experience. If you possess some of the required skills but not all, it may still be worth applying as training could be provided (though you must have industry experience as a Mechanical Engineer or Mechanical Designer for Medical Devices as a minimum).
For more information, please feel free to call Andrew Welsh, Director of Medical Devices Recruitment and Scientific Recruitment Specialist at Newton Colmore, at +44 121 268 2240. Alternatively, you can submit an application, and a member of our team at Newton Colmore will contact you.
Newton Colmore Consulting is a specialised recruitment company operating within the fields of Medical Devices, Scientific Engineering, Scientific Software, Robotics, Science, Electronics Design, New Product Design, Human Factors, Regulatory Affairs, Quality Assurance, and Field Service Engineering sectors.....Read more...
With appropriate support and supervision, you will:
Support Design Engineers, Package Leads and Area Leads in the design and development of motorcycle components.
Apply engineering fundamentals to create and evaluate robust, manufacturable design solutions.
Produce and maintain CAD models, drawings, BOMs and supporting design documentation.
Assist with testing, evaluation and benchmarking of Triumph and competitor components.
Collaborate across engineering, manufacturing, testing, purchasing and suppliers to ensure design solutions meet performance, compliance and quality requirements.
Contribute to project planning, risk identification and mitigation activities.
Follow established engineering processes, procedures and working practices, escalating risks or issues where necessary.
Undertake additional project work as required by your manager.
Training Outcome:This degree apprenticeship is the start of a career as a professional Design 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: Communication skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Analytical skills,Team working,Creative,Initiative....Read more...
An exciting opportunity has arisen for an experienced Hardware Engineer to join a fast-paced, multi-disciplinary team designing and delivering secure digital hardware solutions.
This is a hands-on role covering the full development lifecycle, from concept and design through to testing, production support, and customer integration.
What Youll Do
- Take ownership of hardware design and delivery across the entire product lifecycle.
- Specify and design high-speed digital boards for products and test equipment.
- Create, build, and test development and production test equipment.
- Capture schematics and support PCB layout activities.
- Collaborate closely with Mechanical, Software, and Systems engineers to ensure seamless integration.
- Perform hardware design verification and support system/software testing.
- Produce development and production test processes and documentation.
- Provide production support, including resolving test and manufacturing issues and training production staff.
- Address design changes, component obsolescence, and integration of secure data products into customer platforms.
What Were Looking For
- Degree in Electronic Engineering or a related discipline.
- Full hardware development lifecycle experience with a strong grasp of electronic design fundamentals.
- Proven track record in high-speed digital circuit development and signal integrity.
- Skilled in hardware testing and troubleshooting using oscilloscopes, logic analysers, and similar tools.
- Proficiency with industry-standard CAD tools (e.g., Cadence or Mentor schematic/layout).
- Must be a UK national and able to obtain UK Security Clearance (SC).
This is a fantastic opportunity to work on innovative, secure hardware technologies, contributing to projects with real-world impact while developing your expertise in a collaborative and forward-thinking engineering environment.
TT....Read more...
An opportunity has arisen for a BIM Coordinator to join a well-established architectural practice delivering high-quality, client-focused design across industrial, commercial, and urban projects.
As a BIM Coordinator, you will support BIM delivery across projects, assisting with model coordination, quality control, technical support and effective information management to ensure consistency and technical quality.
This is a full-time office-based role working 5 days in office and offering a salary range of £30,000 - £50,000 and benefits.
We are seeking two candidates,
? 1x BIM Coordinator (Mid level) - Salary £45,000 - £50,000
? 1x Junior BIM Coordinator - Salary £30,000 - £35,000
What we are looking for:
? Previously worked as a BIM Coordinator, BIM Technician, BIM Modeller, BIM Engineer, BIM Manager, BIM Specialist, Junior BIM Coordinator, Architectural Technician or in a similar role
? Have at least 2 years of experience in a BIM or CAD coordination position within practice
? A RIBA Part 1, an equivalent ARB/RIBA Part 1, or a CIAT-accredited degree in Architectural Technology
? Strong understanding of architectural delivery and technical processes
? Sound knowledge of BIM systems and software, particularly Revit
? Experience supporting or delivering BIM training to project teams
? Ability to manage BIM resources, programmes and project coordination requirements
? Knowledge of COBie, Uniclass and specification data integration
? Understanding of statutory compliance, quality management and health and safety obligations
? Able to liaise with consultant teams and client-side BIM representatives
? Practical experience of federated models, coordination reviews and clash detection
? Ability to produce clear reports on model quality and coordination progress
What's on offer:
? Competitive salary
? Annual bonus scheme
? Performance and salary reviews
? Structured CPD and mentoring support
? Flexible working arrang....Read more...
An opportunity has arisen for a BIM Coordinator to join a well-established architectural practice delivering high-quality, client-focused design across industrial, commercial, and urban projects.
As a BIM Coordinator, you will support BIM delivery across projects, assisting with model coordination, quality control, technical support and effective information management to ensure consistency and technical quality.
This is a full-time office-based role working 5 days in office and offering a salary range of £30,000 - £50,000 and benefits.
We are seeking two candidates,
? 1x BIM Coordinator (Mid-senior level) - Salary £45,000 - £50,000
? 1x Junior BIM Coordinator - Salary £30,000 - £35,000
What we are looking for:
? Previously worked as a BIM Coordinator, BIM Technician, BIM Modeller, BIM Engineer, BIM Manager, BIM Specialist, Junior BIM Coordinator, Architectural Technician, Architectural Technologist, Revit Technician, Assistant BIM Manager or in a similar role
? Have at least 2 years of experience in a BIM or CAD coordination position within practice
? A RIBA Part 1, an equivalent ARB/RIBA Part 1, or a CIAT-accredited degree in Architectural Technology
? Strong understanding of architectural delivery and technical processes
? Sound knowledge of BIM systems and software, particularly Revit
? Experience delivering or supporting BIM training to project teams
? Ability to manage BIM resources, programmes and project coordination
? Knowledge of COBie, Uniclass and specification data integration
? Experience with federated models, coordination reviews and clash detection
? Ability to produce clear model quality and coordination progress reports
What's on offer:
? Competitive salary
? Annual bonus scheme
? Performance and salary reviews
? Structured CPD and mentoring support
? Flexible working arrangements
? Pension provision
? Private healthcare
? Wellbeing initiatives
? Social and charity-led activities
? Long-term caree....Read more...
As an apprentice, you’ll work at a company and get hands-on experience
You’ll gain new skills and work alongside experienced staff
Carry out surveys and site inspections on highways and transport projects, gathering data to inform designs and decisions
Produce technical drawings and digital models (e.g., CAD) to support civil engineering designs
Assist in preparing reports, calculations and other documents for projects such as road improvements, drainage schemes, or new cycle routes
Support the planning and delivery of construction projects by coordinating with contractors and checking work on site
Work with experienced engineers to solve engineering challenges and improve infrastructure across the city
Rotate through different project areas (e.g., highways design, traffic management, drainage, and structures) to gain broad experience
Learn and follow health and safety procedures at all times, especially during site work
Attend all apprenticeship training sessions and apply new knowledge in your day-to-day work
Take on more responsibility as your skills and confidence grow, with guidance from your manager and mentor
Training:
Training will be delivered through a mix of on‑the‑job learning within Bristol City Council’s Highways and Traffic service and off‑the‑job study with the University of the West of England
Where training will take place:
On the job - Working at 100 Temple Street and on sites around Bristol, you’ll apply your learning by contributing to civil engineering projects across the city
Off the job – Attending UWE (in Bristol) on a day-release basis, typically one day per week during term time, for lectures, labs and tutorials as part of the Civil Engineer Degree Apprenticeship
How often training will be:
UWE teaching usually takes place one day per week in term time. On-the-job training and supervised project work happen throughout your working week. You’ll also have regular progress reviews (usually monthly) with your manager and training provider to ensure you’re on track
Apprentices are expected to attend all scheduled classes, meet assignment deadlines and actively apply their university learning in the workplace
Training Outcome:
On completion of the apprenticeship and degree, you’ll be ready to progress into a qualified Civil Engineer role (e.g. Graduate or Assistant Engineer), subject to vacancies and performance
The BEng (Hons) Civil Engineering degree from UWE is accredited, meaning you will have satisfied the requirements for registration as an Incorporated Engineer (IEng) with the relevant professional institution. The experience you gain also provides an excellent foundation to pursue Chartered Engineer (CEng) status in the future with further experience and professional development
Overall, this apprenticeship opens the door to a wide range of civil engineering career paths within the council and the broader industry
Employer Description:Bristol City Council is committed to equality and diversity, as both a provider of services to the community and to our employees. Our practices and procedures aim to reflect the varied needs, expectations and culture of all members of our community and our workforce. Please note that if you were to be invited to interview, you will be asked a question on equal opportunities.Working Hours :Monday to Friday.
This role involves a blend of office-based and site-based working, with day release to attend university. Some travel across Bristol will be required.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Analytical skills,Logical,Team working,Initiative....Read more...
EAD Circuit Designer / OSP Access Network Design
Ethernet Access Network Design, Fibre Network Design, OSP / FTTP Network Design, EMI, EPR, Telecoms Design in Utility, Substation, Power, Electricity, Rail or Industrial sites
UK wide – work from home – full remote working
Role: EAD Circuit Designer / Service Designer / Access Network Design Engineer
Key Skills: EAD Design, Ethernet Access Direct, FTTP, Fibre Network Design, BT Openreach, Access Network, Telecom Infrastructure, EMC, EPR, Circuit Design, Network Planning
Location: UK (Remote) – work from home – full remote working
Type: Contract / Fixed-Term
Day Rate: Negotiable DOE, Inside IR35
Overview:
@mecscomms is recruiting for an EAD Circuit Designer / Service Designer to support a major telecoms delivery programme focused on Ethernet Access Direct (EAD), leased line and carrier Ethernet circuit delivery into utility, power sites and substation environments.
The role is specifically focused on sites where telecoms delivery may be affected by electromagnetic interference, EMC requirements, Earth Potential Rise, fibre/copper suitability, cabinet specification, cable entry, ventilation, earthing, and substation access constraints.
This is a highly specialised telecom infrastructure design role, requiring deep experience in BT Openreach EAD delivery, fibre access design, circuit feasibility and design pack production.
The position focuses on ensuring designs are technically feasible, safe, installable and compliant, particularly in complex environments impacted by electromagnetic interference (EMI), Earth Potential Rise (EPR), and utility constraints within utility, substation, power, rail or industrial environments.
You will act as a Subject Matter Expert (SME), working across survey, design and delivery to ensure high-quality, implementation-ready design outputs.
Purpose:
To design, validate and deliver high-quality EAD / Ethernet access circuit solutions, ensuring alignment with BT Openreach processes, utility constraints and real-world installation requirements, while reducing delivery risk and rework.
Technology / Domain Stack:
• EAD (Ethernet Access Direct) / Leased Line / Carrier Ethernet
• FTTP / Fibre Network Design
• BT Openreach Access Network
• Circuit Routing & Feasibility Assessment
• HLD / LLD Design Documentation
• EMC (Electromagnetic Compatibility)
• EPR (Earth Potential Rise)
• Substation / Utility / Power Environments
• Telecom Cabinets (45U EMC Cabinets, ventilation, filters, cable entry)
• Fibre vs Copper Access Design
• CAD / Visio / Network Design Tools
Keywords:
EAD Designer, Ethernet Access Direct, Fibre Network Designer, FTTP Planner, Access Network Designer, Telecom Design Engineer, Circuit Designer, OSP Design, Openreach EAD, Carrier Ethernet, Network Planning, Telecom Infrastructure, HLD, LLD, Substation Telecoms, Utility Telecoms, EMC, EPR
Core Activity:
Design and deliver EAD / Ethernet access circuits for complex telecom environments
Assess site feasibility and access constraints based on surveys and technical inputs
Translate requirements into practical design packs for delivery and implementation
Ensure alignment with BT Openreach delivery lifecycle and standards
Identify and mitigate design, installation and delivery risks early
Collaborate with stakeholders across design, engineering, utilities and suppliers
Support delivery teams to resolve design vs field execution issues
Responsibilities:
Design EAD / leased line / carrier Ethernet circuits for telecom delivery
Interpret BT Openreach survey outputs, routing constraints and provisioning requirements
Produce HLD / LLD and implementation-ready design documentation
Assess fibre vs copper suitability based on environmental and technical constraints
Identify risks relating to EMI, EMC and Earth Potential Rise (EPR)
Validate telecom infrastructure including ducting, cabinets, routing and access points
Ensure cabinet designs meet EMC, ventilation and cable entry requirements
Work closely with carriers, operators, utility providers, engineers and suppliers
Translate task sheets and requirements into deliverable design outputs
Support Acceptance Into Live Support (AILS) readiness and handover documentation
Proactively identify delivery blockers, risks and design gaps
Deliverables:
Site-level EAD circuit designs
Feasibility assessments with risks and assumptions
HLD / LLD design packs
Cabinet and infrastructure validation outputs
Bill of Materials (BoM) and implementation mapping
Risk and issue logs
As-built documentation and AILS handover inputs
Working Environment:
Large-scale telecom infrastructure programme
Cross-functional collaboration (engineering, utilities, delivery teams)
High-complexity environments (substations, utilities, industrial sites)
Strong focus on technical accuracy, safety and delivery assurance
Fast-paced, delivery-driven environment with real-world impact
Candidate Profile:
Candidates should possess hands-on experience in EAD / Ethernet access circuit design and delivery. You will combine technical depth, practical delivery understanding and strong documentation capability to ensure successful telecom deployments in complex environments.
Essential:
Proven experience in EAD / Ethernet Access Direct / leased line design
Strong knowledge of BT Openreach delivery lifecycle and processes
Experience producing HLD, LLD and implementation design packs
Ability to interpret site surveys, routing constraints and technical inputs
Strong understanding of fibre access design and circuit routing
Experience working across design to delivery lifecycle
Excellent stakeholder engagement and communication skills
Desirable:
Experience in substation, utility, rail or industrial telecom environments
Knowledge of EMI / EMC and Earth Potential Rise (EPR)
Understanding of copper vs fibre limitations in high-voltage environments
Experience with telecom cabinet / rack design (EMC cabinets, ventilation, filters)
Awareness of NRSWA, civils and streetworks considerations
CAD / Visio / GIS design tooling experience
Key Traits:
Highly practical and delivery-focused engineer
Strong problem-solving and analytical capability
Ability to challenge assumptions and identify risks early
Detail-oriented with strong documentation discipline
Comfortable working across technical and non-technical stakeholders
Proactive, collaborative and solutions-driven
@mecscomms: uniting opportunity with ambition in Telecoms | Media | Technology
@mecscomms is the brand name of MECS Communications Ltd who provide permanent & contract recruitment consultancy service as an Employment Agency & Employment Business.
For more information or a list of current vacancies, please see our web site at mecscomms.co.uk
....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...
During this five-year programme, you will be assigned our Product Engineering department where you will combine on-the-job learning with academic study.
This will include:
Attending University to complete your Level 6 apprenticeship programme-based framework combined with day(s) release leading to recognised qualifications
Achieving professional Engineering registration to Incorporated Engineer on completion of your qualification, working beyond that to membership of IET / IMechE
Maintaining a logbook over the duration of the apprenticeship period, recording projects and documenting work that has been undertaken and the skills learnt
Working towards becoming a professional design and development engineer which will involve the following areas:
Generating and developing product briefs based on customer or market needs as well as improvements to existing products and services
Designing and developing solutions all the way from initial concept to volume manufacture. You’ll learn about international standards, manufacturing methods for high volume production, key design techniques and skills such as CAD, analytical tools and testing
Leading projects and learning about project management techniques including critical paths, costing and business planning, risk analysis and managing resources as well as working with and communicating with a cross functional team
Problem solving for real world issues and developing solutions for permanent resolution
Presentation and communication to inform and convince colleagues and customers about your work and projects
Testing and practical working with electromechanical systems on site and with relevant projects that will involve travel and work in our South Devon operation that includes a certified testing laboratory
Learning and understanding the importance of Health and Safety within the workplace and contributing a safe working environment
Support day-to-day tasks and projects, developing technical and professional competencies such as problem solving and communication techniques as you progress through the apprenticeship
Shadow experienced engineers and specialists to learn how customer enquiries, product selection, engineering processes and emerging technologies are used to develop successful solutions
Training:You will be based at our main site :
AN Wallis,Dabell Avenue,Bulwell, Nottingham NG6 8WA
Training committment:
Equivalent of one day allocated per week on University work during normal working hours
5 weeks per year on site at the University of Nottingham
Training Outcome:
Design and development engineer with professional qualifications leading to Chartered Engineer status
Employer Description:A.N. Wallis & Co Ltd established in 1946 is a world-leading manufacturer of earthing, lightning protection, exothermic welding, metal oxide varistors (MOV) and surge protection products. We provide expert design services for earthing & lightning systems and carry out electrical, mechanical and environmental testing at our in-house indepentent accredited BSI ISO 17025 Test Laboratory.
Our Head Office is based in the UK, with offices in Dubai, Egypt, Riyadh, Damman, Jeddah, Europe and Asia Pacific , Our products are manufactured in Nottingham and Devon UK and distributed to customers world wide, with many being used on extremely prestigious projects.Working Hours :Monday to Friday 7.5 hours per day Hours of work are normally 08:30 to 17:00 with one hour for lunch, including 1 day allocated per week on University workSkills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Presentation skills,Administrative skills,Number skills,Analytical skills,Logical,Team working,Creative,Initiative,Practical skills - mechanical....Read more...
Apply engineering principles to support the design of sustainable infrastructure across complex land development projects
Produce and develop detailed technical drawings and 3D models using industry-standard CAD software
Contribute to analytical reports, including Flood Risk
Assessments, Drainage Strategies and Utility Assessments
Support the development of engineering solutions in areas such as drainage and highway design
Assist with data collection, interpretation and analysis to inform design decisions
Take part in site surveys and technical investigations to understand real-world engineering challenges
Support site inspections and construction monitoring, linking design work to on-site delivery
Prepare and manage technical documentation, ensuring accuracy and compliance with quality standards
Collaborate with multidisciplinary teams to solve engineering and environmental challenges
Develop a strong understanding of health, safety and environmental considerations in engineering design and delivery
Training:Training will be delivered through a combination of on-the-job learning and academic study at the University of Hertfordshire.
The apprentice will attend university on a day-release basis (typically one day per week) during Semesters A and B, alongside gaining practical experience in the workplace.
In Semester C, training will take place through block release, with the apprentice attending the University of Hertfordshire (Hatfield, Hertfordshire, AL10 9EU) for two scheduled teaching weeks per year.
Throughout the programme, the apprentice will be supported by experienced engineers in the workplace, alongside regular progress reviews and structured learning aligned to the Civil Engineering Degree Apprenticeship standard.Training Outcome:On successful completion, you will typically progress into a Graduate Civil Engineer role, taking on increased responsibility across design and project delivery. You will be supported to achieve professional accreditation with the Institution of Civil Engineers (ICE), with clear progression into senior and chartered engineer roles.Employer Description:Pegasus Group is a leading national consultancy specialising in planning, design, environment and economics. Working across sectors including residential, commercial and infrastructure development, the business delivers sustainable and innovative solutions through a collaborative, multidisciplinary approach. Pegasus Group is committed to developing future talent, offering apprentices the opportunity to work on high-profile projects while building a successful career in engineering.Working Hours :Monday to Friday, 37.5 hours per week. Working hours are typically 7.5 hours per day. Occasional travel to project sites across the UK may be required.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Presentation skills,Number skills,Analytical skills,Logical,Creative,Initiative,Physical fitness....Read more...
Production Engineer
Hailsham, East Sussex
Competitive Salary and Excellent Benefits
Full-time, Permanent 37hpw
KHR are partnering with an internationally recognised specialist manufacturing company that delivers high-performance engineered systems for complex research and industrial environments.
Due to continued growth, the business is looking to hire a talented and driven Production Engineer to support this pivotal stage of expansion.
The Role
As a Production Engineer, you will play a key role in supporting manufacturing excellence, assisting with New Product Introduction (NPI), and ensuring production processes run efficiently, safely, and to the highest quality standards.
You will be involved in troubleshooting production issues, driving continuous improvement, and supporting root cause analysis activities across the business.
Key Responsibilities
- Support and contribute to the NPI process and oversee manufacturing activities
- Lead and maintain 8D/RMA processes within Engineering
- Carry out root cause analysis and drive corrective actions
- Develop work instructions, routes, BOMs, and equipment specifications
- Identify and resolve production line issues, implementing long-term solutions
- Monitor manufacturing performance to ensure safety, quality, and efficiency
- Liaise with engineers and stakeholders to improve processes, cost, and labour efficiency
- Support cost reduction and continuous improvement initiatives
- Ensure health & safety standards and best practices are consistently followed
- Analyse production data and recommend improvements
- Stay up to date with engineering advancements and share knowledge across teams
- Support documentation control and production readiness reviews
Candidate Profile
- Proven experience in a production, manufacturing, or engineering environment
- Experience with CAD software
- Proficient in Microsoft Office applications
- Strong problem-solving skills with a hands-on, practical approach
- Ability to read and interpret engineering drawings
- Comfortable working both independently and as part of a team
- Open-minded, proactive, and keen to improve processes
- Hands-on approach with the ability to support physical assembly work when required
- Degree or HNC in Engineering (or equivalent experience)
- Must be able to travel to client sites when required (travel planned in advance and expenses covered)
- Due to the location, a full driving licence is required
Benefits & Culture
Our client offers one of the most comprehensive benefits packages in the sector, prioritising the health, wealth, and work-life balance of their staff:
Work-Life Balance: 37-hour work week with flexible working hours and 33 days of annual leave (25 days + Bank Holidays).
Health & Wellbeing: Private Medical Insurance, Annual Health Checks, and Specsavers Eye Care Vouchers.
Financial Security: Life Insurance and a Salary Sacrifice Pension scheme.
Green Initiatives: Salary Sacrifice Cycle to Work and EV (Electric Vehicle) schemes.
Social & Facilities: A friendly culture featuring an Annual Family Fun Day and a Christmas Dinner/Dance (partners invited). The site is equipped with a canteen, locker rooms, and shower facilities.
At KHR we take care to ensure that you are represented as well as possible so it is worth checking your CV for layout, spelling and grammar as well as making sure it is up to date before you submit. If you feel you need to highlight particular qualifications, skills or relevant experience with regards to a specific role then please add a cover letter or a preface page. This does not need to be formatted in the same manner. In addition, if your CV is heavy with graphics etc, please could you also submit a "clean" copy in Word. Thank you.
KH Recruitment Ltd is acting as an Employment Agency in relation to this vacancy. KHR - Recruitment Specialists is a trading name of KH Recruitment Ltd Keep in touch with us online for job alerts, industry updates and market...
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Project Engineer Derby £50,000 – £55,000 + Excellent Benefits!
Top Benefits:
Up to 10% employer pension contribution
Private medical insurance + occupational health support
Bonus scheme & life assurance (4x salary)
Generous holiday allowance that increases with service (plus bank holidays)
Electric vehicle & cycle-to-work salary sacrifice schemes
The Company
Join a globally recognised manufacturing organisation at the forefront of advanced materials innovation. Supplying into industries such as automotive, construction, and consumer goods, the business is known for its commitment to sustainability, engineering excellence, and continuous improvement. The Derby site is a key hub for capital investment and operational development.
The Role
An exciting opportunity has arisen for an experienced Project Engineer to take ownership of capital projects across mechanical systems, site utilities, and infrastructure. Reporting to the CAPEX Leader, you will manage projects end-to-end — from concept and design through to installation and commissioning.
Key Responsibilities
Support long-term CAPEX planning, including project selection and prioritisation
Develop engineering solutions in collaboration with key stakeholders
Produce cost estimates (±30% early stage, ±10% detailed)
Lead Management of Change (MOC) processes
Manage contractor selection and vendor engagement
Oversee full project lifecycle: design, construction, commissioning
Ensure high standards of safety, quality, and delivery performance
Maintain full technical documentation (P&IDs, SOPs, SLDs, etc.)
Track budgets, control costs, and report on financial performance
About You
5+ years’ experience in a Project Engineering role (industrial/manufacturing environment)
Strong knowledge of steam systems and process pipework
Mechanical qualification (HNC/HND/City & Guilds or equivalent)
Experience with ATEX environments (desirable)
IOSH or NEBOSH qualified (or working towards)
Proven contractor and stakeholder management experience
CAD and SAP experience preferred
Strong IT skills (Microsoft Office)
Additional Benefits
Enhanced maternity, paternity & neonatal pay
Paid emergency dependants, carers, and bereavement leave
Employee Assistance Programme (mental health, legal & financial support)
Career development, training, and tuition support
Inclusive workplace with active employee networks
Health surveillance, company sick pay & annual flu vaccinations
Requirements
Able to commute to Derby (DE21)
Right to work in the UK (no sponsorship available)
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About the Role
As a Degree Apprentice Product Design & Development Engineer, you will support the design, development and improvement of products and engineered systems across the King Group. You will work as part of the engineering team on real projects, developing your knowledge and skills across the full product lifecycle.
Your responsibilities will develop over time, but are expected to include:
Supporting engineering projects from initial customer or business requirement through concept generation, detailed design, build, test and implementation
Assisting with the creation and revision of 3D CAD models, engineering drawings, bills of materials and technical documentation
Contributing to product design specifications by interpreting customer needs, technical requirements, relevant standards and operational feedback
Supporting concept development, option evaluation and design reviews, considering performance, safety, quality, manufacturability, cost and serviceability
Carrying out engineering calculations and structured technical analysis to support component, assembly and system design
Supporting prototype, development and validation work, including fit-up reviews, inspections, testing, fault finding and design refinement
Working closely with manufacturing, quality, purchasing and project teams to ensure designs are practical, robust and suitable for production
Assisting with engineering change management, root cause analysis and product improvement activities
Supporting the integration of mechanical, structural and, where relevant, electrical or control-related elements into product designs
Presenting technical information clearly through reports, project updates and design documentation
Completing a work-based project that delivers measurable business value while meeting the requirements of the apprenticeship and degree programme
Training:Training will take place both in the workplace and at Warwick University.Training Outcome:This vacancy is designed for an individual who wants to develop as a professional engineer through a combination of university study and practical industry experience. If you are motivated by design, development, technical problem solving and seeing ideas become real engineered products, we would like to hear from you.Employer Description:The King Group of Companies designs and manufactures specialist engineered products and systems for demanding applications in transport, defence, nuclear and energy blue-chip customers. Our work involves solving real-world engineering challenges through practical design, technical problem solving, robust manufacture and continuous improvement. This makes King an excellent environment for an apprentice developing in product design and development, with exposure to the full engineering lifecycle from concept through to operational delivery.Working Hours :Typically, Monday - Friday, with exact hours to be agreed.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Analytical skills,Logical,Team working,Creative,Initiative,Patience....Read more...
As an apprentice, you’ll work at a company and get hands-on experience. You’ll gain new skills and work alongside experienced staff.
What you’ll do at work:
We are recruiting for an Engineering Fitter Apprenticeship to join our successful team, dedicated to delivering a top-notch service. The enthusiastic candidate will be based at our Nottingham site.
During the apprenticeship, you will become proficient in reading and interpreting CAD drawings, planning your work with the right tools, equipment and resources to complete the task. You will develop your problem solving and fault diagnosis skills alongside following the high quality, health and safety standards in place.
Primary Responsibilities:
Component Production and Assembly: Produce complex high-value, low-volume components or assemblies either in full or part using specialised machines, equipment, or systems as per the required specifications
Component Refurbishment: Refurbish components by interpreting drawings or specifications, planning the work, and ensuring they meet quality standards
Quality Assurance: Check work against quality standards, make necessary adjustments, and ensure components or assemblies meet required specifications
Work Area Preparation: Prepare the work area for subsequent tasks by ensuring equipment meets operational standards
Drawing Interpretation: Accurately interpret and follow technical drawings, diagrams, or specifications for component or assembly requirements
Work Planning: Plan work activities, including resource allocation, equipment, and tooling requirements
Component Manufacture: Produce individual components and refurbish as needed
Assembly Operations: Assemble components to create equipment, machines, or systems, either fully or partially
Problem-Solving: Identify and resolve issues with components or assemblies, including fault diagnosis
Completion and Handover: Hand over completed components or assemblies, including proper storage and commissioning
Work Area Maintenance: Reinstate work areas and maintain equipment
Continuous Improvement: Contribute to the continuous improvement of component production or assembly processes
Training:An apprenticeship includes regular training with a college or other training organisation. At least 20% of your working hours will be spent training or studying.
College or training organisation
Nottingham College
Your training course
Engineering fitter
Equal to Level 3 (A level)
Course contents
Level 3 Engineering Fitter apprenticeship qualification
Training will be delivered one day per week, term time, and is based at The Highfield site and facilities are in creation to enrich the student experience, developing them with the necessary skills using industry recognised equipment to ensure the apprentice receives training closely matched to the employer’s and industry.Training Outcome:If successful in completing the apprenticeship, there may be an opportunity for the apprentice to remain with SGS as a permanent member of our highly skilled team as a Calibration Engineer. The apprentice may also wish to consider further studies, taking skills, knowledge and experience to the next level. Our past apprentices have all progressed with SGS, now taking on roles such as Laboratory Manager.Employer Description:We are recruiting for an Engineering Fitter Apprenticeship to join our successful team, dedicated to delivering a top-notch service. During the apprenticeship, you will become proficient in reading and interpreting CAD drawings, planning your work with the right tools, equipment and resources to complete the task.Working Hours :Monday to Friday. Typically, Monday - Thursday, 6.30am to 3.30pm, and Friday,6.30am to 11.00am.
38.5 hours a week.Skills: Communication skills,Attention to detail,Organisation skills,Customer care skills,Logical,Team working,Creative,Initiative,Patience....Read more...
Role Climate17 is working alongside a growing, forward-thinking engineering team in the renewable energy sector, focused on delivering high-quality, British-designed and manufactured solar PV mounting systems. They are actively searching for a highly skilled and motivated Design and Technical Engineer to play a pivotal role in the development and optimisation of the company’s range of products. Responsibilities Develop and refine products for development and client projects, employing 3D CAD and design software to create concept and detailed designs as requiredContinuous improvement of design systems and engineered software to streamline processes and enhance productivity.Conduct thorough peer checks and provide technical sign-off for designsUndertake R&D activities focused on solar mounting systems to stay abreast of industry trends and technological advancements.Conduct comprehensive product testing to assess suitability and performance, both in controlled environments and on-siteCollaborate with structural and geotechnical engineers to validate product suitability and address any technical challenges.Prepare and submit designs, manuals and various reports to clients and managementDevelop and maintain strong relationships with clients by providing exceptional technical support and addressing enquiries and concerns promptly and professionallyServe as the primary point of contact for customer technical queriesDrive continuous improvement initiatives by identifying opportunities to enhance processes, tools, and methodologies.Attend customer and supplier meetings and industry exhibitions and events as necessaryEmbed ESG and sustainability principles throughout design, decision-making, and delivery. Requirements Bachelor's degree in Mechanical Engineering or related field. Master's degree preferred.Expert in using 3D CAD software (e.g., SolidWorks, AutoCAD, Inventor) and design automation tools. Strong understanding of PV technology and mounting systems preferred.Experience in Finite Element Analysis (FEA) in similar product development.Advanced knowledge, including on DIN ratings & structural steel coatings preferred.Experience in product design, value engineering, and design optimisation, remaining commercially minded at all times essential.Excellent analytical and problem-solving skills.Proven track record of delivering high-quality results on time and within budget. Why Apply? Join a business at the forefront of the renewable energy transitionPlay a key role in shaping a new and ambitious engineering divisionWork on meaningful, real-world infrastructure projectsFlexible, hybrid working environmentOngoing training and professional developmentCompetitive salary, bonus, and benefits packageStrong focus on sustainability and ESGPaid volunteering days Location: Bridport or Bristol – Flexible/hybrid working. About Us Climate17 is a purpose-led, international Renewable Energy & Sustainability recruitment firm. We provide specialist talent acquisition services to organisations seeking to reduce their environmental footprint, as well as those working towards the decarbonisation of the energy sector. Inclusive Application Process Climate17 is committed to creating a diverse, inclusive and equitable workplace. We believe there is no solution to climate change without people. We aim to increase diversity across all areas and as such, we are committed to partnering with clients and candidates to create an inclusive and sustainable regenerative world. We welcome applications from all qualified candidates, regardless of their ethnicity, race, gender, religious beliefs, sexual orientation, age, or whether or not they have a disability. If you require additional support, equipment or resources in order to participate in the job application or interview process, please let us know.....Read more...
Duties will include but not limited to:
Produce accurate Civil Engineering drawings for a variety of buildings and site developments using Revit and Civil 3D
Convert architectural layouts and design concepts into detailed Civil Engineering drawings
Work collaboratively with CAD technicians, engineers and the wider design team to deliver project information within agreed deadlines
Integrate Civil Engineering models with architectural, structural and M&E designs
Review drawings from other disciplines and report discrepancies or required revisions to the Engineer
Coordinate with other teams to ensure completeness, accuracy and quality of project drawings
Assist in organising and issuing Civil Engineering drawings and related information
Training:Training will take place both in the workplace and at college. You will attend Future Skills College one day per week for your formal training.Training Outcome:Gaining the experience of working with a busy practice will give any apprentice the practical tools they need in their future career and the confidence to work for and alongside engineers and technicians at all levels.Employer Description:Heyne Tillett Steel is an award-winning structural and civil engineering practice with a reputation for intelligent design and innovative, practicalsolutions. Based in central London and established in 2007 by directors Andy Heyne, Mark Tillett and Tom Steel, the practice now hasover 180 people. We are currently working on exciting and innovative projects throughout the UK for many of the leading developers andarchitects.
Heyne Tillett Steel is an employee-owned business. We are committed to the development and success of our staff and maintaining theethos of the practice. If you want to be part of a young, friendly and dynamic team, then we want to hear from you.Working Hours :Monday-Friday - 09:00-17:30.Skills: Communication skills,IT skills,Attention to detail,Problem solving skills,Number skills,Analytical skills,Team working,Initiative,Punctual & Present,Focused & Reliable,Sociable,Keen to Learn....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...
An exciting opportunity has arisen for an experienced Robotics Systems Engineer to join a growing space technology organisation developing advanced on-orbit capabilities. Based at a state-of-the-art facility in Oxfordshire, youll play a key role in shaping the design and delivery of innovative payload systems for complex space missions.
This is a senior position within a highly skilled engineering team, offering the chance to lead critical aspects of payload development while mentoring others and contributing to cutting-edge solutions in a fast-paced environment.
As a Senior Payload Systems Engineer (Robotics), you will provide subject matter expertise across the full lifecycle of robotic payload systems, from early concept through to testing and operations. Youll work closely with internal engineering teams and external suppliers to deliver high-performance, mission-critical hardware under demanding timelines.
Key Responsibilities
- Define and review system requirements and verification strategies at spacecraft, subsystem, and unit levels
- Lead technical engagement with robotics suppliers, including co-engineering and system compatibility assessments
- Support the design and development of innovative robotic hardware and associated ground support equipment
- Collaborate with multidisciplinary teams (mechanical, thermal, electrical, software) to solve complex engineering challenges
- Work closely with Assembly, Integration & Test (AIT) teams to ensure designs are optimised for manufacture and integration
- Contribute to hardware development throughout design, build, test, and launch phases
- Produce and maintain technical documentation (specifications, ICDs, procedures, reports, design descriptions)
- Support project lifecycle reviews (e.g. PDR, CDR)
- Assist with supplier engagement and procurement activities
- Provide technical leadership and mentoring within the team
Essential Skills & Experience
- Degree (or equivalent experience) in Robotics, Systems Engineering, Aerospace Engineering, or a related discipline
- Minimum 5 years experience in robotics systems engineering
- Proven experience delivering complex, safety-critical mechanism design across the full lifecycle
- Strong background in robotics design, analysis, procurement, and testing
- In-depth understanding of robotics systems, including design trade-offs and performance considerations
- Knowledge of spacecraft or complex system development lifecycles (e.g. MDR, PDR, CDR)
- Strong systems engineering capability, including requirements management and verification
- Experience developing innovative hardware solutions under challenging timelines
Desirable Experience
- Knowledge of robotic manipulators for on-orbit or remote operations
- Experience with magnetic systems or capture mechanisms
- Proficiency in CAD tools (e.g. SolidWorks, CATIA, NX, CREO) and PDM systems
- Familiarity with multi-body dynamics modelling (e.g. HyperWorks)
- Experience in kinematic modelling and robotics simulation
- Programming or automation experience (e.g. Python, VBA)
- Understanding of in-orbit servicing, debris removal, or related space mission concepts
Whats on Offer
- Hybrid and flexible working arrangements
- 25 days holiday (increasing with service) + bank holidays
- Private healthcare and life insurance
- Long-term sick pay
- Optional compressed working pattern (9/75)
- Relocation support and visa sponsorship available (where applicable)
- Modern office and cleanroom facilities
- Collaborative, international team environment
- Regular social and team events
About the Opportunity
This role offers the chance to work on highly innovative space missions, contributing to the development of advanced robotic systems that will shape the future of on-orbit operations. Youll be part of a forward-thinking engineering team working at the cutting edge of space technology, with real impact on the next generation of space systems.
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JOB DESCRIPTION
DAP is looking to hire Engineering Design Intern for Summer 2026.
Responsibilities:
The summer intern would work under mentorship of Sr. Design Engineer. The intern will work on Participate in assembly, testing, and evaluation of engineering prototypes. Conduct upfront engineering system research for new to market products. Utilize Solidworks CAD program to generate and update engineering documentation.
Pay
$17 / hour.
Requirements
Major: Mechanical Engineering Freshman, Sophomore or Junior. Able to use Excel, Word and MS Project to complete assigned tasks. A working familiarity with Solidworks is preferrable. Candidate should have excellent communication skills since they will be interfacing with team members in Baltimore and in Fenton. Good time management skills. Attention to details, inquisitive, good notes taker, desire to learn and grow.
About DAP
DAP is a market leading manufacturer, innovator and marketer of home repair and construction products including caulks, sealants, spray foam insulation, adhesives, and patch and repair products. DAP is part of RPM International Inc., a $7.3 billion, multinational company with subsidiaries that are world leaders in specialty coatings, sealants, building materials and related services. You will find DAP products in the hands of professional painters, remodelers, builders, and do-it-yourselfers, and in 60,000 retail outlets, ranging from home centers and mass merchandisers to your local hardware, pro contractor channels and paint stores. DAP's eight manufacturing and distribution facilities in the United States of America and Canada service North America and the world. At DAP, we hire the best people and give them a collaborative and rewarding work environment that empowers them to succeed! We support associates in continuous professional growth and collaborate on the steps it takes to get to the next level in their careers. Our associates enjoy a comprehensive benefits package including 401(k) with company match, pension, paid parental leave, competitive health insurance rates, employee stock purchase plan, tuition reimbursement, free wellness programs and more! Learn more about DAP's history, culture and benefits at www.dap.com/careers/
DAP - On the job since 1865.Apply for this ad Online!....Read more...
An opportunity has arisen for a BIM Coordinator to join a well-established architectural practice delivering high-quality, client-focused design across industrial, commercial, and urban projects.
As a BIM Coordinator, you will support BIM delivery across projects, assisting with model coordination, quality control, technical support and effective information management to ensure consistency and technical quality.
This is a full-time office-based role working 5 days in office and offering a salary range of £30,000 - £50,000 and benefits.
We are seeking two candidates,
* 1x BIM Coordinator (Mid-senior level) - Salary £45,000 - £50,000
* 1x Junior BIM Coordinator - Salary £30,000 - £35,000
What we are looking for:
* Previously worked as a BIM Coordinator, BIM Technician, BIM Modeller, BIM Engineer, BIM Manager, BIM Specialist, Junior BIM Coordinator, Architectural Technician, Architectural Technologist, Revit Technician, Assistant BIM Manager or in a similar role
* Have at least 2 years of experience in a BIM or CAD coordination position within practice
* A RIBA Part 1, an equivalent ARB/RIBA Part 1, or a CIAT-accredited degree in Architectural Technology
* Strong understanding of architectural delivery and technical processes
* Sound knowledge of BIM systems and software, particularly Revit
* Experience delivering or supporting BIM training to project teams
* Ability to manage BIM resources, programmes and project coordination
* Knowledge of COBie, Uniclass and specification data integration
* Experience with federated models, coordination reviews and clash detection
* Ability to produce clear model quality and coordination progress reports
What's on offer:
* Competitive salary
* Annual bonus scheme
* Performance and salary reviews
* Structured CPD and mentoring support
* Flexible working arrangements
* Pension provision
* Private healthcare
* Wellbeing initiatives
* Social and charity-led activities
* Long-term career development
This is an excellent opportunity to join a progressive practice and develop your BIM career further.
Important Information: We endeavour to process your personal data in a fair and transparent manner. In applying for this role, Additional Resources will be acting in your best interest and may contact you in relation to the role, either by email, phone or text message. For more information see our Privacy Policy on our website. It is important you are aware of your individual rights and the provisions the company has put in place to protect your data. If you would like further information on the policy or GDPR please contact us.
Additional Resources Ltd is an Employment Business and an Employment Agency as defined within The Conduct of Employment Agencies & Employment Businesses Regulations 2003.
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Operate manual and CNC lathes, milling machines, surface grinders and other associated machine shop activities to manufacture high precision components.
Carry out tool repairs and the maintenance & servicing of tools, dies and fixtures to keep production lines running.
Technical interpretation incl., reading engineering drawings, designing tools / jigs / fixtures from prototype sketches, blueprints or CAD models.
Using metrology equipment like micrometres, verniers, and gauges to check work against specifications.
Bench fitting and performing manual tasks including drilling, reaming, tapping and tool assembly. Making sure tooling is working correctly.
Installation & commissioning of new tooling.
Liaising with internal departments, and production colleagues.
Controlling toolroom stores, and equipment.
Monitoring and controlling costs.
Dealing with emergencies, unplanned problems, and repairs.
Compliance & safety; following strict health & safety regulations including risk assessments and “lockout tagout” procedures.
Maintaining accurate logs of toolroom work, new components introduced and equipment performance.
Liaising with external toolmaking contractors.
Training:
You will work with expert assessors and tutors to develop new knowledge, skills and behaviours within the profession.
You will experience a blended learning model.
This programme is delivered via a day release delivery model which means that one day per week, your attendance is required at our Engineering Campus. This attendance is required during term time only.
Training Outcome:Full time employment, progression to Toolroom Engineer.Employer Description:Beckett Thermal Solutions® is a global pioneer of combustion technologies. Our creative problem-solving and concurrent engineering capabilities deliver first to market advantages for a diverse mix of products and industries. Beckett Thermal Solutions is more than a manufacturer of unique technology. We care about relationships and succeeding together to provide warmth for a better tomorrow.Working Hours :Mon to Thurs 07:30-16:30
Fri 07:30-12:30Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Logical,Team working,Initiative....Read more...
