A job as a Mechanical Engineer, based in Barcelona, Spain is available working for a global leader in solid-state lasers and optical parametric oscillators (OPO), delivering advanced photonics solutions for microscopy, spectroscopy, and scientific research.
They are seeking a Mechanical Engineer to join their R&D team, working on cutting-edge laser system design, optical engineering, and photonics product development.
The Mechanical Engineer, based in Barcelona, Spain will be responsible for the mechanical, structural, and thermal design of laser and OPO platforms, with a strong focus on long-term optical stability and industrial robustness.
The Mechanical Engineer, based in Barcelona, Spain will cover;
Mechanical design of laser and OPO systems: system architectures and subcomponents, with emphasis on long-term stability and robustness
3D CAD design and detailed mechanical drawings (Preferably in Autodesk Inventor)
Material selection with attention to thermal expansion, stiffness and long-term stability
The successful Mechanical Engineer, based in Barcelona, Spain will have a background in;
Degree educated in Mechanical Engineering, or a closely related field
Proven experience in mechanical system design, preferably for precision instruments, scientific equipment, or laser-based systems
Strong understanding of thermal analysis, vibration and mechanical tolerances
Apply Now, if this Mechanical Engineer job in Barcelona, Spain sounds like the opportunity for you, click the APPLY NOW button, or alternatively call Tom Drew on 01582 878 848 or email TDrew@redlinegroup.Com quoting THD1326. Alternatively, if this job is not suitable but you are looking for a job within Mechanical Engineering, please call 01582 878 848 for a confidential discussion.....Read more...
The Test Engineer will join a Systems Engineering team critical in space thruster engine development. You will work on a complex, multifaceted rocket engine system comprised of numerous newly developed and integrated components. This role has wide ranging technical input including structural, thermal, rocket propulsion, space electronics, software, testing and systems analysis.
In essence as a Senior Systems Engineer, you will coordinate and bring together the diverse sub components and sub assembles into a complete working space engine design.
My client supplies chemical propulsion rocket engines and thrusters serve to key spacecraft manufacturers for commercial, defence and scientific applications.
Requirements
Space systems experience ideally of large European space projects, system primes or ESA.
Technical leadership of large, multidisciplinary Electrical Harnessing Design, routing and schematic Mechanical and fluidic system Engineering projects.
System Analysis knowledge to apply to, fluidic systems, surge pressure and pressure drop. Performance, Structural, Thermal, Reliability, Radiation Assessment, Hazard or Safety Analysis.
Complex product development experience of thermal design and equipment selection using Failure Modes Effects and Criticality Analysis (FMECA).
Intelligent, logical approach to problem solving.
Degree, Masters or higher qualification in Engineering, Aerospace, Mechanical or Electrical Engineering.
You will own the overall engine system architecture, analysis and documentation including FMECAs, radiation, reliability, mechanical, thermal, fluidic, electromagnetic, Design, Development and Verification Plan, Design Justification Document, Software Requirements Specification, Engine Test Plan etc. Working closely with the Project Manager to help plan and organise resources.
Responsibilities
Support propulsion engine build, assembly and test development including route card build sequences and system assembly, integrat....Read more...
The Test Engineer will join a Systems Engineering team critical in space thruster engine development. You will work on a complex, multifaceted rocket engine system comprised of numerous newly developed and integrated components. This role has wide ranging technical input including structural, thermal, rocket propulsion, space electronics, software, testing and systems analysis.
In essence as a Senior Systems Engineer, you will coordinate and bring together the diverse sub components and sub assembles into a complete working space engine design.
My client supplies chemical propulsion rocket engines and thrusters serve to key spacecraft manufacturers for commercial, defence and scientific applications.
Requirements
Space systems experience ideally of large European space projects, system primes or ESA.
Technical leadership of large, multidisciplinary Electrical Harnessing Design, routing and schematic Mechanical and fluidic system Engineering projects.
System Analysis knowledge to apply to, fluidic systems, surge pressure and pressure drop. Performance, Structural, Thermal, Reliability, Radiation Assessment, Hazard or Safety Analysis.
Complex product development experience of thermal design and equipment selection using Failure Modes Effects and Criticality Analysis (FMECA).
Intelligent, logical approach to problem solving.
Degree, Masters or higher qualification in Engineering, Aerospace, Mechanical or Electrical Engineering.
You will own the overall engine system architecture, analysis and documentation including FMECAs, radiation, reliability, mechanical, thermal, fluidic, electromagnetic, Design, Development and Verification Plan, Design Justification Document, Software Requirements Specification, Engine Test Plan etc. Working closely with the Project Manager to help plan and organise resources.
Responsibilities
Support propulsion engine build, assembly and test development including route card build sequences and system assembly, integration, Manufacturing and Inspection Flow Charts.
Review, interpret, manage and own the spacecraft requirements then disseminate down to relevant engine subsystem or component teams.
Coordinate of top level Design, Verification and Compliance Matrix.
Internally digest key subsystem and component review documentation ensuring work is completed to required standards and all aspects of the engine system are correctly aligned.
Lead customer interactions and engine level reviews also manage supplier technical queries in conjunction with the appropriate resource.....Read more...
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...
Our client, a world leader in advanced RF and microwave technology, are looking for a PCB Layout Engineer based in Cambridge to join their team on a permanent basis.
This is an exciting opportunity to work on complex, high-performance electronic systems, supporting the development of cutting-edge products across telecoms, space, and defence sectors. The role goes beyond traditional PCB layout, combining design expertise with a strong understanding of engineering principles and manufacturability.
Key responsibilities of the PCB Layout Engineer job based in Cambridge:
Own PCB layout activities across complex electronic products and subsystems.
Translate schematic designs into high-quality PCB layouts meeting electrical, mechanical, thermal, and manufacturing requirements.
Design with consideration for impedance control, grounding, power distribution, thermal management, and EMC performance.
Support high-speed digital interfaces such as Ethernet, DDR, LVDS, PCIe, and JESD204.
Generate full fabrication, assembly, and manufacturing documentation packages.
Participate in design reviews, DFM/DFA assessments, and engineering risk reviews.
Verify component footprints, symbols, and libraries against datasheets.
Support continuous improvement of PCB standards, libraries, and design processes.
Work with suppliers and manufacturing partners to resolve production challenges.
Support prototype builds, board bring-up, and investigation of PCB-related issues.
Experience required for the PCB Layout Engineer job based in Cambridge:
Strong PCB layout experience using Altium Designer and Altium 365.
Experience taking PCB designs from schematic through to manufacturing release.
Good understanding of PCB stack-ups, signal integrity, power integrity, thermal design, and EMC.
Experience working with mixed-signal, digital, power, and RF-related designs.
Ability to interpret schematics and understand engineering intent.
Experience creating and validating component footprints and libraries.
Knowledge of PCB fabrication, SMT assembly, and DFM/DFA processes.
Strong attention to detail and ability to work within multidisciplinary teams.
This is an excellent opportunity to join a highly collaborative and innovative engineering team, working on cutting-edge RF technologies and contributing to products used in critical communications and advanced applications.
If this PCB Layout Engineer job based in Cambridge could be of interest, please send your CV to bwiles@redlinegroup.Com or call Ben on 01582 878816.....Read more...
Propulsion Design Engineer required to join a team working to create, test, and optimise chemical rocket engine systems, thrusters, and propellant management assemblies.
Requirements
Experience of complex thermal design, Failure Modes Effects and Critical Analysis or FMECA, fluidic control systems, and Ground Support Equipment or GSE setup.
Degree in aerospace, mechanical, or systems engineering.
Propulsion Design Engineer required to join a team working to create, test, and optimise chemical rocket engine systems, thrusters, and propellant management assemblies.
Requirements
Experience of complex thermal design, Failure Modes Effects and Critical Analysis or FMECA, fluidic control systems, and Ground Support Equipment or GSE setup.
Degree in aerospace, mechanical, or systems engineering.
Zemax Expert – Opto-mechanical Design
Newton Colmore is seeking an experienced Opto-mechanical Engineer to join our client in rural Cambridgeshire
In this new role you will be at the heart of complex, multidisciplinary projects, designing and developing optical systems from concept and simulation through to prototyping, tolerancing, and design for manufacture. You will collaborate closely with physicists, electronic and mechanical engineers, software developers, and human factors specialists, ensuring the product exceeds expectations from a technological and usability standpoint.
Using Zemax will be central to this role. You will use it to take initial optical designs through full tolerancing and thermal analyses, and be expected to work at an advanced level. Proficiency in other tools such as CODE-V, OSLO or FRED is also valued.
What the role involves.
Your core focus will be optical and opto-mechanical system design, but the role is deliberately broad. You'll contribute to systems architecture, lead technical workstreams, and engage directly with suppliers and other stakeholders.
Skills & experience needed.
Zemax / OpticStudio (advanced)
Tolerancing & thermal analysis
Opto-mechanical system design
Optical simulation & modelling
Prototyping & testing
Design for manufacture
CODE-V, OSLO or FRED
Experience in regulated sectors
What is on offer.
Tailored salaries with a full suite of benefits
High employer pension contribution + monetary bonuses
Private medical insurance for employees & dependants
Free lunch and all-day refreshments
25 days holiday + life insurance (6× salary)
Enhanced maternity & paternity leave
EV leasing & Cycle to Work scheme
Relocation package available
If you would like to find out more, make an application now and a member of our team will be in touch with more details.
....Read more...
Morgan Advanced Materials in Corby are looking for an engineering apprentice to join their team. This company designs and manufactures advanced ceramic components from a portfolio of cutting-edge materials. They offer a wide range of advanced ceramic and glass materials, in-depth materials expertise and vast application experience in diverse markets. They routinely engineer complex parts that enhance the reliability or the performance of their customers' products.
In this role your responsibilities will be to:
Assist in maintaining and repairing production equipment and facilities
Learn to diagnose faults and carry out corrective actions under supervision
Support planned preventative maintenance schedules
Follow health and safety procedures and promote safe working practices
Maintain accurate records of maintenance activities
Collaborate with production teams to minimise downtime
Participate in job rotation across departments to broaden your experience
Use tools and equipment safely and effectively
Adhering to all ThinkSAFE protocols and promoting a proactive safety culture
Attend Tresham college in Corby as part of your apprenticeship programme
Look at the employers website to learn more about them:
https://www.morgantechnicalceramics.com/en-gb/about-us/our-global-locations-and-contact-directory/ Training:
Level 3 Mechatronics Maintenance Technician
Level 2 Functional Skills in English and maths if required
Training Outcome:Expected to be a full-time member of the team on completion of your apprenticeship.Employer Description:The Group’s products are produced within the two global divisions and five global business units which Morgan operates:Thermal Products division, organised in two global business units: Thermal Ceramics, Molten Metal Systems.Carbon and Technical Ceramics division, organised into three global business units: Electrical Carbon, Seals and Bearings, Technical Ceramics.Working Hours :Monday to Friday, 37.5 hours (exact hours to be confirmed).Skills: communication skills,team player,willingness to learn,Attention to detail,Passion for engineering....Read more...
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...
Developing maintenance procedures, and methods
Carrying out preventative maintenance (PPM), routine scheduled maintenance work, lubrication & cleaning
Responding to equipment faults and plant breakdown to minimize production downtime
Reactive repairs, diagnostic support & fault finding
Fitting new parts and making sure equipment is working correctly
Installation & commissioning of new machinery
Liaising with internal departments, and other engineering and production colleagues
Arranging specialist procurement of fixtures, fittings, engineering spares and components
Controlling maintenance tools, stores, and equipment
Monitoring and controlling maintenance costs
Dealing with emergencies, unplanned problems, and repairs
Compliance & safety; following strict health & safety regulations including risk assessments, and “lockout tagout” procedures
Working with specialist equipment, such as programmable logic controllers (PLC), which control machinery on factory assembly lines
Maintaining accurate logs of maintenance work, parts used and equipment performance
Control of Factory Security including fire and intruder alarm
Liaising with contractors to ensure the smooth and continuous performance of the buildings, services and equipment
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 Plant Maintenance 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 :Monday - Thursday, 07:30 - 16:30 and Friday, 07:30 - 12:30Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Logical,Team working,Initiative....Read more...
Electronics Engineer – Cancer Instrumentation – Cambridge
A growing Medical Devices Division is currently seeking an Electronics Engineer to contribute to the development of new Cancer Instrumentation devices, based in South Cambridge.
You will work on a wide range of electronics design tasks, including, but not limited to, power electronics, digital/analogue electronics, RF, and other complex fields such as thermal, motion control, and electro-mechanical or electro-medical devices. While it is not expected that you have experience in all these areas, having expertise in as many as possible would be advantageous.
Specifically, you will need experience working within the Medical Devices sector adhering to ISO 13485 or EN 60601 standards. You will focus on Cancer Instrumentation devices designed to improve the survival rates of cancer patients. However, experience in other Medical Devices or Scientific Instrumentation will also be considered.
The company boasts state-of-the-art labs and workshops specially designed to support your success. They also provide on-site gym facilities, nearby running and cycling tracks for your fitness needs, and wellness programs to assist you as needed.
It is expected that you hold a degree in electronics or a related field that has prepared you for an electronics engineer role within the Medical Devices sector.
In addition to the challenging work and exceptional facilities, you will receive a competitive starting salary, bonuses, pension benefits, healthcare coverage, dental benefits, and other perks typically associated with blue-chip companies.
If you are interested in working on life-saving technologies, we recommend applying now to avoid missing out on this excellent opportunity.
For further information, please do not hesitate to call Andrew Welsh, Director of Medical Devices Recruitment and Scientific Recruitment Specialist at Newton Colmore, on +44 121 268 2240, or submit an application, and a member of our Newton Colmore team will contact you.
Newton Colmore Consulting is a specialist recruitment company within the 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...
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.
TT....Read more...
Medical Devices – Senior Mechanical Design Engineer – Cambridge
Due to successful growth plans, a Medical Devices organization based in Cambridge is currently seeking a Senior Mechanical Design Engineer to contribute to the development and improvement of life-saving Medical Devices.
Collaborating closely with other industry experts, such as electronics design engineers, software engineers, physicists, and other Medical Devices specialists, you will tackle some of the most complex challenges in the development of new Medical Technologies.
Ideally, you will have a background in developing new Medical Devices throughout the entire design life cycle, adhering to ISO 13485 standards. If you have not worked on Medical Devices, we will consider candidates from other highly regulated industries such as life sciences, robotics, product development, etc.
For the 3D CAD elements of your role, you will primarily use SolidWorks. Familiarity with this tool would be advantageous, but we are open to considering other 3D CAD tools if you have a proven track record of quickly acquiring new skills.
When discussing complex problems, it would be beneficial if the Medical Devices you have worked on have involved fluidics, mechanism design, thermal issues, FEA, or other intricate applications. We do not expect you to have experience in all of these areas; they are just a few examples of the challenges you may encounter.
This company is experiencing growth but remains at a size where your work will significantly impact the company's success and projects. Therefore, we are seeking a team player accustomed to collaborating with diverse individuals both within and outside of the organization.
While continually facing challenges, you will advance your skills at the forefront of the sector. In addition to this, you will receive an excellent starting salary, a bonus (typically around 20%, recently even higher), BUPA healthcare, a pension plan, a generous holiday allowance, and other outstanding benefits.
Salary will be commensurate with experience, and we welcome applications from candidates with a few years of industry experience to those with over twenty years of experience. Finding the right fit is more important to us than a specific number of years of experience.
It is expected that you hold a degree in addition to any industry experience. If you also possess a PhD, it would be welcomed but is not essential.
Interviews will be conducted as soon as a suitable candidate is identified. If you are interested in exploring this role, we recommend submitting your application and CV. Please note that your CV will not be forwarded to the company until after we have discussed the role and the company in detail.
For more information, please feel free to call Andrew Welsh, Director of Medical Devices Recruitment and Scientific Recruitment Specialist at Newton Colmore, at 0121 268 2240. Alternatively, you can submit an application, and a member of our Newton Colmore team will contact you.
Newton Colmore Consulting is a specialised recruitment company operating in the Medical Devices, Scientific Engineering, Scientific Software, Robotics, Data Science, Healthcare Communications, Science, Electronics Design, New Product Design, Human Factors, Regulatory Affairs, Quality Assurance, and Field Service Engineering sectors.....Read more...
