Our client is a highly regarded designer and manufacturer of advanced radio frequency (RF), microwave, and millimetre-wave (mmWave) subsystems, supporting mission-critical communication networks in Cambridge. With decades of engineering expertise, they partner with leading global organisations across telecommunications, aerospace & defence, space, and critical communications sectors. Their continued investment in innovation has positioned them at the forefront of cutting-edge connectivity technologies.
They are now seeking a Senior RF Engineer to play a pivotal role in the design, development, and delivery of high-performance RF and mmWave solutions in Cambridge and Sedgefield. This position requires strong technical expertise, hands-on design and testing experience, and collaboration across multidisciplinary teams to ensure successful project outcomes.
The successful Senior RF Engineer will be responsible for delivering robust RF designs, contributing to new technology development, and maintaining high engineering standards while supporting the broader product roadmap in Cambridge and Sedgefield.
Key Responsibilities
Technical
- Lead the design, simulation, and development of RF and mmWave circuits, components, and subsystems
- Perform RF system analysis, optimisation, and troubleshooting of complex designs
- Conduct RF measurement, characterisation, and validation of prototypes and production hardware
- Produce and maintain detailed technical documentation, including design reports and test plans
- Ensure designs meet required specifications, standards, and customer expectations
- Contribute innovative ideas to technology and product roadmaps
- Support RFQs, proposals, and customer discussions with technical input where required
Project & Product Delivery
- Work closely with project managers and technical leads to deliver projects on time, within budget, and to quality standards
- Support the transition from concept through prototyping into full production
- Collaborate with manufacturing and process teams to ensure product yield and manufacturability
- Identify and mitigate risks throughout the development lifecycle
Collaboration & Communication
- Partner with electronics, mechanical, software, and systems engineers to deliver integrated solutions
- Provide technical guidance to both internal stakeholders and customers
- Present technical updates and findings to teams, management, and clients as required
Benefits
- Private medical insurance
- Save As You Earn share scheme (£500 invested over 2 years at a discounted rate, held for 3 years)
- Pension scheme with up to 8% employer contribution (plus 2% match structure)
- Electric vehicle scheme (salary sacrifice)
- Cycle to work programme
- 25 days annual leave + bank holidays, with option to purchase 5 extra days
- 4x life assurance and income protection
Relocation Support
- UK: Up to £5,000
- International: Up to £8,000
- Support covers relocation expenses such as removals, transport, and up to 3 months of temporary accommodation(excludes furniture/appliances)
APPLY NOW! For the Senior RF Engineer, based in Cambridge, by sending a cover letter and CV to TBroadhurst@redlinegroup.Com or by calling Tony Broadhurst on 01582 878 841 quoting ref. TDB1000. Otherwise, we always welcome the opportunity to discuss other roles similar to RF Engineer roles.....Read more...
Setting and operating a wide variety of conventional & CNC machines (typically milling, turning, grinding or millturn), in order to ensure that all parts are correctly machined in accordance with customer requirements and company quality specifications, therefore minimising scrap
Work to achieve set production times and targets
Interpreting drawings and quality specifications, in order to ensure parts are produced to customer requirements and company quality specifications
Designing and producing mandrels, jigs and fixtures, where applicable, in order to assist with production requirements
Following Operation Sheets, in order to ensure part is progressed through the factory on time and on the correct pathway
Carrying out quality checks on own work using measuring equipment such as micrometers, verniers, gauges etc, in order to ensure the part is produced to drawing specification
Carrying out daily and weekly TPM checks, in order to ensure machine and equipment is correctly maintained and to minimise breakdowns
Fully skilled machinists will also be responsible for training, mentoring and inducting less experienced Machine Operators, assisting them with resolving machining issues, to ensure optimum productivity and to promote good employee relations
Setting and operating the following machines:
Jones and Shipman CNC/Manual Grinders
Surface Grinders
Must be able to set and program at least one of the above machines
Flexibility required in relation to operating more than one machine
Work to achieve set production times and targets
Designing and producing mandrels, jigs and fixtures, where applicable, in order to assist with production requirements
Following Operation Sheets, in order to ensure parts are progressed through the factory on time and on the correct pathway
4 Axis CNC
Flexibility required in relation to operating more than one machine
Work to achieve set production times and targets
Designing and producing mandrels, jigs and fixtures, where applicable, in order to assist with production requirements
Following Operation Sheets, in order to ensure parts are progressed through the factory on time and on the correct pathway
Carrying out quality checks on own work using measuring equipment such as micrometers, verniers, gauges etc., in order to ensure the part is produced to drawing specification
Training:An apprenticeship allows you to earn a wage, gain valuable work experience and industry specific competence. You will beexpected to work towards the Machining Technician Level 3, with support from your employer and the Chesterfield College Group.
Training and training location to be confirmed.Training Outcome:Potentially full-time employment on successfully completing the apprenticeship.Employer Description:From our state-of-the-art manufacturing facility in Pinxton, Nottinghamshire, Nasmyth Bulwell offer cutting-edge technology and bespoke engineering solutions, accompanied by a wealth of knowledge gathered from over 60 years in the industry. Today Nasmyth Bulwell provides high quality, uniquely integrated precision engineering and manufacturing solutions for the global aerospace and allied industries supported by our forward-thinking approach we have developed our global supply chain infrastructure, offering low-cost sourcing solutions worldwide.Working Hours :Monday - Thursday 8.00am - 5.00pm and Friday 8.00am - 11.30am.Skills: Communication skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Logical,Team working,Creative,Initiative,Patience....Read more...
The job role will include:
Setting and change-over of a variety of press tools on a number of differing presses
Working to company recognised standards of performance (SOP’s)
Responsible for Health and Safety procedures whilst setting and machine in operation
Booking accurate production data through the computer system Navision
Machine minding when an operator is not available
Material handling – loading and unloading of metal coils
Manual handling of heavy and expensive tooling utilising hydraulic equipment
Updating of development files
Ensuring relevant technical documentation is up to date
Seeking to continually improve setting processes
Actively involved in the problem solving process
Training:
This is a Level 2 Engineering Operative Apprenticeship, Mechanical pathway, delivered over a period of 15 months
The apprentice will attend the training centre, In-Comm Training Services in Aldridge, WS9 8UG, 1 day per week for the first year, and the company for the rest of the time accompanied by assessor visits
1 day per week at In-Comm Academy either in Telford or Aldridge
You will be working towards a Level 2 Engineering qualification/ standard
Engineering Operative are involved in Engineering operations which are key to the success of the business
You will attend the training centre at In-Comm Telford where you will be given hands on training in hand tools, milling and laths.
You will be trained to understand and follow job instructions and engineering drawings
You will be given Health and Safety training and understand the regulations relating to engineering operations
You will be given training to understand and follow engineering practices, processes and procedures
You will look at engineering problems and how they can be avoided
You will be given a full induction at the start of your Apprenticeship which will include IOSH working safely, abrasive wheels and manual handling
Training Outcome:
Upon successful completion of the apprenticeship, there will be an opportunity for a full-time position within the company
Employer Description:C Brandauer & Co Ltd are based in central Birmingham where they design, develop and manufacture precision progression press tools and precision pressed components for the Aerospace, IT, DIY, Electronic, White goods, New Technology Energy, Model Trains, Medical and Automotive sectors. Brandauer is one of the largest contract presswork and stamping companies in Europe, manufacturing precision metal components for customers all around the world. This innovative company offers the complete range of services required for the supply of pressed metal components, from prototyping, design and in-house tool production (or a specialist tool transfer service), through to high-quality manufacturing and logistics. Brandauer was founded over 150 years ago, and it has evolved into a world-class engineering company, specialising in the manufacture of complex pressed components in a variety of difficult materials i.e., beryllium copper, brass, aluminium, various stainless steels, titanium etc. Brandauer pride themselves on having the ability to turn difficult or challenging requirements into positive manufacturing outcomes, both by the manufacture of precision pressed components and the tooling required by themselves, or their customers, to achieve this. Their technical excellence, customer service and product value are the reason for their continued success in their specific area of expertise.Working Hours :Monday - Thursday, 7.30am - 4.15pm and Friday, 7.30am - 12.30pmSkills: Communication skills,Attention to detail,Organisation skills,Problem solving skills,Analytical skills,Logical,Team working,Initiative,Patience,Physical fitness,Interest in Engineering,Willingness to learn,Reliable,Proactive....Read more...
As an apprentice at Elite you will be working across a broad spectrum of industries, predominantly aerospace, however our work spans across energy, medical and automotive.
Working as our apprentice, you will working with both manual and CNC machines, learn CAD / CAM software, closely working alongside senior team members to achieve the highest level of precision expected within our industries.
Runs alongside Burnley college apprenticeship arm Themis course details will be given at the time of application.
Learning the engineering basics, leading to CNC programming (CAD / CAM)
Workshop-based roll from start date
Understanding all engineering equipment, inspection equipment, cutters, machinery
Prepping machines, assisting senior members with setting-up
Maintaining shop floor / workspace
Understanding the high levels of safety within an engineering workplace, engineer's smock, uniform, safety glasses, etc
Apprenticeship at Elite is offered to a candidate with long-term career prospects within precision tooling / machining and manufacturing
Learning new technologies within the industry and training on the new machinery
Health, Safety & Environment:
Know your responsibilities for health, safety, and wellbeing at work
Follow safety rules and care for the environment
Use and look after your safety gear (PPE)
Work in a sustainable way, like recycling and disposing of waste safely
Workplace Preparation & Maintenance:
Keep your work area clean and ready to use
Look after tools, machines, and equipment, doing simple checks and storing them properly
Engineering Information & Communication:
Read and understand instructions, drawings, and technical documents
Communicate clearly with others, whether that is talking, writing, or using digital tools
Hand & Machine-Based Engineering Tasks:
Use hand tools to measure, mark out, and shape materials
Use machines for tasks like drilling, turning, milling, grinding, CNC, and 3D printing
Components and Fastenings:
Learn about and use common parts, fixings, and materials when building or preparing components
Quality Control:
Check your work to make sure it's done right, using simple tests and visual checks
Teamwork & Professional Conduct:
Work well with others to meet goals
Be professional: turn up on time and behave appropriately
Personal Development:
Take feedback on board and keep improving
Be flexible, handle changes, and solve problems at work
Look after your health, wellbeing, and money using support when needed
Training Outcome:
Engineers work in high-tech, dynamic environments using state of the art equipment
They are inventors, designers and problem solvers, people who make a difference to the way we live. As trained professionals, engineers are well paid and highly respected
Many get top jobs and even run their own companies. If you enjoy working as part of a team, like solving problems and have a practical flair, you will find engineering has a lot to offer
Employer Description:Elite Engineering was formed in 1988, since then we have grown, the reputation of our business for its service and developed lifetime relationships with our customers. Our top priority is to accept quality as a prerequisite requirement of our industry in precision engineering.Working Hours :Monday - Thursday 7.45am - 4.30pm and Friday 7.45am - 12.30pm.Skills: Communication skills,Organisation skills,Initiative....Read more...
Lead Manufacturing Engineer – Deep-Tech Start-Up Environment
Oxfordshire | £60,000 - £70,000 + Benefits
Are you an Engineer who enjoys solving undefined problems, testing ideas quickly, and working collaboratively within a small, highly capable team? Are you comfortable operating without fully established processes and motivated by the opportunity to directly influence both product development and the future manufacturing strategy and processes of the company? If this sounds like you then please keep reading..
Redline Group is exclusively partnered with an innovative deep-tech start-up developing next-generation power technology. They are looking to appoint a Lead Manufacturing Engineer as the organisation is transitioning from advanced R&D into early-stage commercialisation.
Backed by high-profile UK investors and founded by a highly accomplished technical team, the business is developing breakthrough systems with applications across sectors such as AI infrastructure, grid technology, renewable energy and advanced industrial systems.
This is a rare opportunity to join at a genuinely formative stage, where you will play a key role in shaping how novel products are designed, assembled and scaled into manufacture.
The Role
As Lead Manufacturing Engineer, you will take ownership of manufacturing development activities from early concept through to prototype and low-volume production. Working within a highly collaborative engineering environment, you will help define manufacturing strategy, assembly processes, tooling and automation solutions for first-generation products. This role would suit someone who thrives in hands-on engineering environments, and is motivated by building processes and systems from the ground up rather than optimising mature production lines.
Key responsibilities will include:
Developing manufacturing and assembly processes for advanced electronic products
Supporting the transition from R&D prototype builds into commercial-ready production
Designing and implementing low-volume automation and robotic assembly solutions
Working closely with design engineers on Design for Manufacture (DfM) and Design for Assembly (DfA)
Evaluating manufacturing methods including adhesives, sealing technologies, tooling and precision assembly techniques
Supporting product validation, testing and certification activities
Working with external suppliers and manufacturing partners including PCB/PCBA suppliers and precision engineering companies
Establishing manufacturing documentation, quality processes and scalable production methodologies
Supporting longer-term manufacturing scale-up strategy as the company grows
Key Skills & Experience Required
The successful candidate will likely demonstrate:
Degree qualified in Engineering or a related discipline
Experience within advanced manufacturing, precision engineering, power electronics, aerospace, defence, medical devices or similar high-reliability sectors
Proven experience taking products from concept/prototype into production
Strong hands-on engineering capability with the ability to problem solve in fast-moving environments
Experience developing manufacturing processes, tooling or automation systems
Knowledge of robotic systems or small-scale automation equipment
Strong understanding of DfM and DfA principles
Experience working with suppliers and subcontract manufacturers
Comfortable operating within a fast-paced start-up or low-volume manufacturing environment
Why Apply?
Opportunity to join a well-funded deep-tech start-up at a pivotal stage
Significant technical ownership and influence from day one
Equity/share options available
Strong progression opportunities as the company scales
Opportunity to work on genuinely cutting-edge technology
Collaborative, highly technical engineering environment
Long-term opportunity to shape manufacturing strategy and operations
This role is based onsite in Oxfordshire and is not able to support sponsorship. To apply for the Lead Manufacturing Engineer position in Oxfordshire or for more information, please contact Yuon Skelton at Redline Group on 01582 878 829 or email yskelton@redlinegroup.Com....Read more...
Power Supply Design Engineer - West Yorkshire
An exciting opportunity has arisen with a leading UK engineering manufacturer specialising in electrical connection systems and power solutions for the rail, aerospace and industrial sectors, who are looking to appoint a Power Supply Design Engineer to play a key role in the development of high-reliability power electronics for critical rail applications based from their offices in West Yorkshire
This well-established engineering business designs and manufactures specialist electrical systems used in demanding and safety-critical environments. As part of its continued growth, the company is seeking an experienced engineer to take ownership of switch mode power supply (SMPS) design activities, supporting innovative lighting and control systems used within rolling stock applications.
As a Power Supply Design Engineer, you will be responsible for the full design lifecycle of robust, high-reliability power supplies, from concept and architecture development through to testing, validation and production support. This is a hands-on technical role offering the opportunity to become a key contributor within the organisation's power electronics capability.
Key responsibilities for the Power Supply Design Engineer based in West Yorkshire include:
Design and develop high-reliability SMPS power supplies (typically 400W–500W) for rail applications.
Develop power solutions for lighting systems and control electronics used within rolling stock.
Translate customer and system requirements into power supply architectures, schematics and detailed designs.
Select key power electronics components including magnetics, switching devices, controllers and protection circuits.
Optimise designs for efficiency, thermal performance, reliability and manufacturability.
Perform electrical, thermal and EMC simulations and analysis.
Build, test and validate prototypes, carrying out verification and compliance activities.
Troubleshoot design issues and resolve performance challenges throughout the product lifecycle.
Ensure designs meet rail industry standards, safety requirements and environmental constraints.
Address EMC/EMI performance, thermal management and mechanical robustness requirements including shock and vibration.
Collaborate closely with Mechanical Design, Manufacturing, Test and Project teams to ensure successful product delivery.
Support products from concept through to production, including manufacturing support, field issue resolution and continuous improvement activities.
Key skills required for the Power Supply Design Engineer based in West Yorkshire include:
Degree qualified in Electrical or Electronic Engineering or equivalent.
Proven experience as a Power Electronics or SMPS Design Engineer.
Strong background in the design of 400W+ power supplies, ideally around 500W.
Experience designing products for harsh, industrial or safety-critical environments.
Strong knowledge of AC-DC and DC-DC converter topologies.
Experience with power electronics components including MOSFETs, IGBTs and magnetic components.
Knowledge of simulation tools such as SPICE, MATLAB/Simulink or equivalent.
Understanding of thermal design, EMC mitigation and compliance requirements.
Familiarity with PCB layout considerations for power electronics applications.
Desirable experience:
Experience within the rail industry, particularly rolling stock systems, lighting systems or control electronics.
Knowledge of rail-related EN and IEC standards.
Experience working within safety-critical engineering environments.
Background in low-volume, high-reliability product development.
Working environment and opportunities:
Opportunity to take ownership of a key technical discipline within the business.
Work on bespoke, high-reliability engineering solutions rather than high-volume consumer products.
Direct involvement in products that support critical rail infrastructure and passenger systems.
Collaborative engineering environment working alongside design, manufacturing and project teams.
Opportunity to influence future product development and power electronics capability across the organisation.
This position would suit an experienced Power Supply Design Engineer looking to play a pivotal role in the development of advanced SMPS solutions for harsh rail environments, while taking ownership of a critical technical capability within a highly respected engineering business.
To apply please send your CV to clam@redlinegroup.Com, or for more information contact Chuck Lam on 01582 878868.....Read more...
