We are looking for a motivated Systems Engineer to join our dynamic engineering team. You will help drive projects that deliver innovative, high performance automotive technologies.
Responsibilities
Capture, analyse, and manage system requirements
Support system architecture and design using MBSE principles (SysML, MATLAB, Simulink)
Collaborate across hardware, software, and mechanical teams
Contribute to system verification through test specification and results review
Maintain requirements traceability and documentation using tools like Siemens Polarion, Jira, and Confluence
Skills
Degree in a relevant engineering discipline
Experience in Systems Engineering or Requirements Management
Strong problem-solving and communication skills
Automotive industry experience
Familiarity with UML, SysML, MATLAB/Simulink
Understanding of electric or hybrid powertrains....Read more...
An established engineering organisation operating within the maritime and defence sector is seeking a Senior Test Engineer to join its test and verification team. This is a fully onsite, hands-on engineering role, ideal for someone who enjoys working directly with hardware, test rigs, and live product testing rather than desk-based analysis alone.
You will play a key role in delivering robust testing and validation of complex mechanical products, supporting projects from early design through to final qualification.
The roleAs a Senior Test Engineer, you will provide technical leadership and hands-on expertise across test planning, rig design, execution, and reporting. You will work closely with project leads, engineers, suppliers, and third-party test facilities, ensuring products meet performance, quality, and reliability requirements.
This role sits within a fast-paced development environment and requires regular physical presence in the test facility. You will also support and mentor other test engineers and contribute to the continuous improvement of testing processes and capabilities.
Key responsibilities:
Capture test requirements from product specifications and engineering drawings
Support project reviews and provide technical input to test strategies
Develop detailed test plans, including rig allocation, scheduling, and hardware requirements
Design and produce bespoke test hardware (e.g. adaptor plates, test shafts) using CAD
Raise quotations and purchase orders for test and rig interface hardware
Create and review risk assessments to ensure testing is carried out safely and within operating limits
Assemble and operate test rigs, monitor live testing via data acquisition systems, and perform inspections at agreed intervals
Manage testing activities at external suppliers, OEMs, and third-party test facilities
Produce comprehensive test reports detailing methodology, data, conclusions, and recommendations
Present test results to internal stakeholders where required
Ensure compliance with QEHS requirements and promote 5S best practices
Actively support training and mentoring of junior engineers
Contribute to compliance with quality and environmental standards (e.g. ISO 9001, ISO 14001)
Support the ongoing development of the test facility as a centre of technical excellence
About you
You will ideally bring:
Proven experience in a Test Engineering environment
Strong hands-on experience with mechanical systems and test rigs
A degree (or preferably a Master’s) in a relevant engineering discipline
The ability to work independently with minimal supervision
Strong capability interpreting engineering drawings and designing test hardware using CAD
Confidence carrying out mechanical engineering calculations
Experience within the marine or defence engineering sectors (desirable)
Familiarity with test and monitoring tools such as LabVIEW or similar platforms
Hands-on experience with instrumentation and data capture equipment (e.g. thermocouples, LVDTs, tachometers)
Clear communication skills and the ability to work collaboratively across engineering teams
Strong report-writing skills with a high attention to detail
Commercial awareness and a practical, delivery-focused mindset
Willingness to undertake occasional travel
What’s on offer
A technically challenging, fully onsite and hands-on engineering role
Exposure to complex, high-integrity engineering products
The opportunity to influence test strategy and mentor others
A collaborative engineering environment focused on quality and continuous improvement
Long-term, permanent opportunity within a stable and growing organisation
If you are interested, please apply!
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An opportunity has arisen for a Configuration Engineer to support the development of mission-critical electro-mechanical and pneumatic systems used on advanced airborne platforms. This role sits within a highly regulated, safety-critical environment supporting complex aerospace programmes across the full engineering lifecycle.
You will work closely with multidisciplinary delivery teams, ensuring robust configuration and data management processes are embedded from requirements definition through to verification and audit.
As a Configuration Engineer, you will be responsible for discharging the five key Configuration Management activities across delivery teams and programme lifecycle phases. You will provide clear direction on CM and Data Management processes and tools, covering system requirements, hardware, software and modelling environments.
Key Responsibilities
- Drive a proactive Configuration and Data Management approach across engineering teams
- Deliver agreed work packages to cost and schedule constraints
- Develop, review and execute Configuration Management Plans
- Configuration Identification across system, software and hardware artefacts
- Change Control analyse proposed design changes for system-level impact
- Co-chair and operate Change Control Boards
- Provide Configuration Status Accounting and manage configuration baselines
- Conduct Functional and Physical Configuration Audits
- Ensure project datasets remain controlled and aligned with programme governance
- Manage release, submission and tracking of contract and supplier data
What Were Looking For
- Strong understanding of Configuration Management aligned to DEF STAN 05-57 and EIA-649A-1
- Practical experience across the five CM pillars
- Experience within safety-critical product development environments
- Data Management experience supporting contractual and supplier deliverables
- Excellent organisational skills with strong attention to detail
- Logical, structured mindset with the ability to influence delivery teams
- Degree with 4+ years relevant experience (or 10+ years equivalent industry experience)
- Ability to interface confidently across engineering functions and occasionally with customers
Working Environment
You will join a dynamic aerospace engineering environment focused on the design, manufacture and test of high-performance airborne systems. The organisation supports advanced platforms worldwide and operates within a structured, quality-driven framework typical of regulated defence and aerospace programmes.
Benefits
- Half-day finish on Fridays
- Hybrid & flexible work options
- 25 days annual leave (plus bank holidays), increasing with service
- Option to buy/sell up to 5 days annual leave
- Private medical insurance (optional family cover)
- Pension scheme with up to 8% employer contribution
- Life assurance and group income protection
- Flexible benefits package (health cash plan, dental insurance, gym membership, EV scheme, cycle to work, critical illness cover)
- Employee assistance programme (mental health & wellbeing support)
- Professional membership reimbursement (discretionary)
TT....Read more...
An exciting opportunity has arisen for a Senior Communications Engineer to join an advanced avionics team working on cutting-edge spacecraft missions. This role will play a key part in the design, development, and verification of spacecraft communications subsystems, supporting complex missions from concept through to launch and operations.
Youll take ownership of the communications subsystem, working across disciplines including systems engineering, Command & Data Handling (C&DH), procurement, and Assembly, Integration & Verification (AIV). This is a hands-on, senior-level role requiring both strong technical expertise and the confidence to lead within a multidisciplinary environment.
Key Responsibilities
- Own communications work packages, including subsystem design baseline and architecture, requirements management and VCD activities
- Develop, review, and maintain spacecraft data and RF link budgets
- Model and simulate space-to-ground communications links
- Select, procure, and manage suppliers for communications hardware.
- Perform antenna and multipath analysis, including interference and impingement assessments
- Support frequency licensing and ITU regulatory activities
- Support ground station selection and interface discussions with ground segment teams
- Plan and execute unit-level acceptance testing
- Generate verification and validation plans and test procedures for communications systems
- Manage resources, schedules, and cost estimates in line with applicable standards and regulations
- Mentor and support junior engineers within the communications team
Essential Skills & Experience
- Bachelors or Masters degree in Electronics, Communications, or a related discipline
- Strong experience defining and managing spacecraft communications requirements
- Proven experience developing and maintaining satellite link budgets
- Experience designing and developing spacecraft communications subsystems and architectures
- Hands-on experience with communications circuits and hardware testing
- Experience producing and executing communications V&V plans and procedures
- Knowledge of ITU frequency licensing constraints for space applications
- Eligible to work in the UK and Europe
Desirable Experience
- Broader understanding of overall satellite systems design
- Antenna design and RF propagation experience
- Detailed knowledge of communications link budget analysis
- Familiarity with ITU regulations and licensing processes
Whats on Offer
- Flexible and hybrid working options
- Optional 9/75 working pattern
- 25 days holiday, increasing with service (plus bank holidays)
- Life insurance and long-term sick pay
- Private healthcare (taxable benefit)
- Relocation support available
- Modern office and cleanroom facilities
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An exciting opportunity for a Software Engineer to join a growing team developing marine-based systems used in complex, real-world environments. This role focuses on User Interface design and development, contributing to high-integrity, mission-critical software solutions that make a real impact.
Youll work across the full engineering lifecycle, from design and prototyping to delivery and support, as part of a multidisciplinary team building next-generation maritime technology.
What youll be doing
- Designing and developing high-quality software for marine-based applications
- Creating and refining user interfaces with a strong focus on usability and performance
- Supporting testing, integration and delivery of software solutions
- Collaborating with hardware and systems engineers to deliver cohesive, safe, and secure solutions
- Providing mentorship and technical guidance to junior team members
What youll bring
- Proven experience in software delivery using Java
- Strong understanding of software engineering principles, tools, and lifecycle processes
- Experience with UI/UX design, JavaFX, and UML design (Enterprise Architect experience a plus)
- Strong communication skills with the ability to engage users and stakeholders
- A proactive, team-oriented approach and commitment to high-quality outcomes
Desirable experience
- Java build systems (Maven) and version control (Git)
- Atlassian toolset (Jira, Bitbucket, Confluence)
- Database interfacing and service/subscriber architectures
- DevOps tools (Jenkins, SonarQube, Artifactory)
Why apply?
- Hybrid and flexible working arrangements (full-time, part-time, or condensed hours)
- Excellent development and progression opportunities
- Collaborative and supportive engineering culture
- Competitive salary and benefits
Security Clearance: Applicants must be eligible to obtain UK Security Clearance (SC).
TT....Read more...
Key Responsibilities:
Throughout your apprenticeship, you’ll gain practical experience across:
Datacentre and on premises infrastructure
Support physical datacentre operations: racking, cabling, hardware maintenance, diagnostics, and capacity monitoring
Work with storage, virtualisation and hypervisor platforms, including configuration and lifecycle maintenance
Training:
DevOps Engineer Level 4
Online learning day release with QA
Training Outcome:DevOps Engineer upon successful completion of the apprenticeship.Employer Description:At the Mercedes-AMG Petronas Formula One Team, a group of passionate and determined people work to design, develop, manufacture and race the cars with the aim of fighting for world championships each and every year. Whether working in our Operations, Technical, Race or Business Support functions, we are all in and aspire to build the greatest team in the history of our sport.
Build your skills. Make an impact. Race towards excellence.
Every dream needs a team.Working Hours :Monday to Friday 08:30 to 17:30Skills: 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,Initiative,Patience....Read more...
Join a cutting-edge engineering team developing autonomous systems for the next generation of marine and defence technology. This is a fantastic opportunity for an experienced Software Engineer to take a leading role in designing, developing, and delivering advanced software solutions that operate in challenging real-world environments.
Youll work across the full software lifecycle, from concept and design through to integration, testing and delivery, as part of a multidisciplinary engineering team shaping the future of maritime autonomy.
What youll be doing
- Designing and developing software for advanced autonomous systems
- Supporting integration and delivery activities across complex engineering projects
- Collaborating with hardware, systems and domain experts throughout the development lifecycle
- Engaging directly with end users to refine functionality and performance
- Taking a lead role in development discussions and cross-team collaboration
What youll bring
- Proven experience in software design and delivery
- A degree (or equivalent experience) in Software Engineering, Computer Science, or a related discipline
- Knowledge of autonomous system architectures and the marine or defence domain
- Strong understanding of software engineering processes, tools, and lifecycles
- Experience working in multi-disciplinary engineering environments
Technical skills
Essential:
- Java development
- Java build systems (e.g. Maven)
- Experience with the Atlassian toolset (Jira, Confluence, Bitbucket)
- Knowledge of ISO 9001 quality principles
Desirable:
- HMI / UI development (e.g. JavaFX)
- GIS development
- Communication and control system interfaces
- Git version control
- UML design
Why apply?
- Hybrid and flexible working options (full-time, part-time or condensed hours)
- Excellent professional development and progression opportunities
- Collaborative and innovative engineering culture
- Competitive salary, pension and benefits
Security Clearance: Applicants must be eligible to obtain UK Security Clearance (SC).
TT....Read more...
Senior Mechanical Engineer – Biotech Mechatronics – Cambridge
A spin-out Biotech company, based in Cambridge, is currently hiring several Senior Mechanical Engineers to join them and help accelerate the proof of concept, design, development, building, and testing of a novel life-saving biotech manufacturing device.
Your focus will be accelerating the proof of concept, design, development, building, and testing of the hardware of this new biotech device, collaborating with some excellent Medical Devices Physicists, Scientists, Electronics Engineers, and Design Engineers.
This role involves working on the design and development of this biotech manufacturing device, using 3D CAD. Therefore, specific CAD experience will be essential, ideally SOLIDWORKS.
We need senior-level candidates, someone who has worked on mechatronics, automation, robotics, precision devices or another complex electro-mechanical technology.
Due to the size of this company, you will be exposure to other areas of the business, including third-party meetings and attending Biotech, Medical Devices and Science conferences and trade shows. Consequently, it would be ideal if you have previously worked for a start-up/scale-up company or worked for a Medical Devices/Biotech/Scientific Design Consultancy and know what it’s like to wear multiple hats when needed. Experience in Medical Devices, Scientific or Biotech companies is not essential; we can also look at candidates from other complex sectors.
The technology you will be working on will save lives. I can provide more details once you have made an application. Most candidates I have spoken with find the work rewarding due to the impact this work will have on lives.
It is expected that you would hold a degree and a masters in a related Medical Devices, Mechanical Engineering, Design Engineering, Electronics Engineering, or another relevant scientific subject that led you into a Mechanical Engineer role.
You will also be rewarded with an excellent starting salary, enhanced pension, bonus, healthcare, other benefits, and future career development as the company grows while also working in an interesting field on a product that could help a lot of people.
As this is an exciting role, joining a start-up company at the beginning of their journey, I’m expecting a lot of interest in the role. So, if you are interested, please apply straight away or risk missing out to someone else.
For more information, please feel free to call Andrew Welsh, Director of Medical Devices, Biotech and Drug Discovery recruitment specialists, Newton Colmore, on +44 121 268 2240 or submit an application, and a member of our team at Newton Colmore will be in touch with you.....Read more...
This is an exciting opportunity for a Graduate Electronic Design Engineer to join a collaborative engineering team based in Greenwich, working on high-reliability electronic power systems.
The role is ideal for someone early in their career who enjoys understanding how electronics work in real-world systems, from circuit design and PCB layout through to testing and documentation. Previous industry experience is not required. You’ll be supported through mentoring, structured learning, and hands-on project exposure.
You’ll contribute to the design of power feeding equipment that converts low to medium voltage DC into high-voltage DC systems (up to 21kV), built for safety, reliability, and long service life.
What You’ll Be Learning & DoingWorking alongside experienced engineers in Greenwich, you’ll gradually build responsibility across the full hardware lifecycle, including:
Designing and analysing electronic circuits (analog and digital)
Supporting schematic capture and PCB layout
Assisting with FPGA development using VHDL and/or Verilog
Testing and validating circuits and PCBs in a lab environment
Writing clear technical documentation and test reports
Collaborating with teams across R&D, production, quality, and supply chain
This role is designed to help you develop confidence, practical engineering skills, and sound technical judgement.
What We’re Interested InRather than expecting you to know everything already, we’re interested in how you think about electronics and how you explain your work.You might recognise yourself in examples like these:
Circuit Design
You’ve designed circuits through university projects, internships, or personal work
You can explain why you chose certain components or approaches
You understand basic trade-offs such as performance, safety, and reliability
High Voltage Awareness
You understand the difference between high voltage and high current
You’re aware of safety considerations such as insulation, spacing, and controlled testing
You approach higher-energy systems thoughtfully and carefully
PCB Design & Tools
You’ve used schematic capture or PCB layout tools (e.g. Altium Designer or similar)
You’ve taken a design from schematic to layout, even at an academic or introductory level
You’re interested in how layout choices affect real-world behaviour
FPGA / Embedded Systems
You’ve had exposure to VHDL or Verilog through coursework or projects
You can describe a basic FPGA or digital logic project you’ve worked on
You’re curious about how hardware and embedded logic work together
Lab & Testing
You’ve used lab equipment such as oscilloscopes, power supplies, or multimeters
You’ve taken measurements to verify or troubleshoot a circuit
You’re comfortable learning safe lab practices and documenting results
Key Responsibilities (With Support)
Assist with hardware design and development activities
Support PCB prototyping, testing, and debugging
Contribute to FPGA development tasks
Help select components with guidance from senior engineers
Produce schematics, test information, and technical documentation
Learn and follow structured hardware design processes
Work collaboratively with engineers across different teams
What You’ll Bring
A degree (or close to completing one) in Electrical or Electronic Engineering
A solid understanding of core electronics principles
Curiosity, willingness to learn, and attention to detail
A collaborative approach and clear communication style
An interest in designing reliable, high-quality hardware
Why This Role?
A genuine graduate-level engineering role based in Greenwich
Mentoring and technical development from experienced engineers
Hands-on exposure to power electronics, FPGA, and lab testing
A supportive, inclusive team environment that values learning
If you are interested, please apply!
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We are seeking an experienced FPGA Engineer to join a collaborative engineering team developing advanced electronic systems used in high-performance, security-focused environments.
This role offers the opportunity to work on technically challenging programmes where FPGAs play a central role, supporting applications such as high-speed data processing, complex algorithm implementation, embedded security functions, system-level integration within modern hardware platforms.
You will work alongside engineers across firmware, software, systems, and hardware disciplines, contributing to innovative solutions in a structured, quality-driven development environment.
The team operates using modern development practices, including advanced toolchains and Continuous Integration workflows.
Key Responsibilities
- Design and develop FPGA solutions using VHDL
- Deliver efficient implementations with strong focus on timing closure and device optimisation
- Target AMD FPGA and SoC devices, including use of the AXI protocol
- Perform simulation using Siemens QuestaSim
- Apply modern verification approaches (e.g. OSVVM, CoCoTB)
- Use AMD toolchains (ISE and Vivado)
- Develop and maintain scripted build processes using TCL and/or Python
- Work within Git-based version control systems
- Support Continuous Integration environments (e.g. GitLab, Docker)
- Produce clear technical documentation
- Contribute to process improvement and engineering best practice
What Were Looking For
- Strong background in FPGA design using VHDL
- Experience with AMD FPGA/SoC platforms
- Solid understanding of FPGA architecture, optimisation techniques, and timing analysis
- Experience with simulation and verification methodologies
- Familiarity with automated build and CI workflows
- Good documentation and communication skills
- A proactive, adaptable approach with the ability to work independently and collaboratively
Development & Environment
You will join an established firmware community with a strong emphasis on:
- Technical mentoring
- Knowledge sharing
- Continuous professional development
- Toolchain and workflow modernisation
- Collaborative problem-solving
Comprehensive training and close technical leadership will be provided to support your growth and mastery of internal development processes.
Benefits
- Competitive salary with sign-on bonus.
- Flexible or part-time working arrangements on request.
- Relocation support available.
- Half-day finish on Fridays.
- 25 days holiday (plus bank holidays), increasing with service, with option to buy/sell.
- Private medical insurance (optional family cover).
- Life assurance and group income protection.
- Flexible extras including healthcare cash plan, dental insurance, gym membership, cycle-to-work scheme, and electric vehicle scheme.
- Employee assistance program for mental health and wellbeing support.
Eligibility
Due to the nature of the programmes involved, candidates must:
- Hold the right to work in the UK (Sole British citizenship)
- Be eligible to obtain the required security clearance
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Fairfields provides industrial automation and control solutions across various sectors using electrical, electronic and programmable systems. We’re continuously looking into new technologies and trends. We are already working with IoT devices, cyber-security solutions, augmented reality and advanced software design.
As an Electrical Engineering Apprentice, you will be designing, commissioning and maintaining systems and solutions across a wide range of sectors. You will be involved in designing and implementing hardware and software, project planning, producing complex CAD drawings, operating and maintenance manuals. You will assist with control panel testing and commissioning and will provide service and call out support to our customers.
You will be part of a team installing and maintaining critical infrastructure where you could be involved in:
Flood defence schemes
Aerospace facilities
Moving bridges and structures
Manufacturing facilities
Roller coasters and leisure rides
Pharmaceutical facilities
Training:The Level 6 Apprenticeship programme provides day release to Sheffield Hallam University over 4 years. This enables you to access education up to degree level without the need for a student loan, so you can earn while you learn. We sponsor you throughout your apprenticeship and in return, you receive a competitive salary which is reviewed annually in line with academic and practical progress. We provide ongoing support and mentoring throughout the programme to ensure you are on track to becoming a qualified Electrical Engineering Apprentice.
Upon completion of your Apprenticeship, you will attain a BEng (Honours) Electrical and Electronic Engineering Technology.
The course includes:
Engineering, electrical and electronic principals
Microprocessor programming
Embedded and control systems
Lifecycle engineering for electronic systems and lean product development
Engineering 3D CAD and materials
Electrical power engineering
Entry Requirements: 112 UCAS points including at least 64 points from two A Levels or equivalent BTEC National qualifications, to include Maths or a Maths-based subject to at least A Level. See Qualifications for more information. Training Outcome:Once qualified, you will have the opportunity to progress into a full-time and permanent position as either:
Junior Design Engineer
Junior Service Engineer
Junior Applications Engineer
Employer Description:Fairfields are experts in designing and building complex and bespoke industrial control systems and solutions across various sectors using electrical, electronic and programmable systems. We’re continuously looking into new technologies and trends. We are already working with IoT devices, cyber-security solutions, augmented reality and advanced software design.
We are located in Retford DN22 7WF (North Nottinghamshire). You will be expected to attend the office for the duration of your apprenticeship. Therefore, we ask that you live no further than 1 hour from our Head Office.Working Hours :Our core working hours are:
Monday - Friday, 8.30am - 4.30pm or 9.00am to 5.00pm.
20% of your week will be dedicated to off-the-job learning/training.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Customer care skills,Problem solving skills,Analytical skills,Logical,Team working....Read more...
Senior Systems Engineer – Biotech Platform Development - Cambridge
A cutting-edge biotech company, based in Cambridge, are currently recruiting for a Senior Systems Engineer who will play a pivotal role in the development and delivery of next-generation medical diagnostics and biomanufacturing platforms. This is an opportunity to take technical ownership of complex, multidisciplinary systems and contribute to the translation of breakthrough IP into scalable, regulated products.
You’ll be working across engineering and R&D teams to support the design, integration, and commercialisation of semiconductor-based and biocomputing technologies. Your role will span product architecture, documentation to ISO 13485 standards, and hands-on delivery of systems that combine hardware, software, and biology. You’ll collaborate with internal stakeholders and external partners to align technical execution with broader programme goals.
We’re looking for someone with experience in systems engineering, product development, or technical project delivery within biotech, diagnostics, or medical devices. You’ll bring a solid understanding of regulated product development, and ideally some exposure to startup environments, IP creation, or cross-functional team collaboration. A background in mechanical, biomedical, or electronic engineering would be ideal.
In return, you will receive a competitive salary, annual bonus, private healthcare, generous pension contributions, and access to a wide range of lifestyle and professional development benefits.
This is a chance to join a company that values innovation, technical depth, and collaborative culture. You’ll be supported by experienced leaders and given space to grow into broader responsibilities as the company scales.
To learn more, contact Andrew Welsh, Director of Medical Devices, Biotech and Drug Discovery Recruitment at Newton Colmore, on +44 121 268 2240. Alternatively, submit your CV and a member of our team will be in touch.
....Read more...
Electronics Apprentice Engineers will work primarily within the electronic controllers team, but will also have exposure and involvement through rotation to other engineering disciplines such as Design, Test, Research and Development, Project or Systems Engineering.
You will focus on all aspects related to the full Engineering lifecycle of systems and products. You will be expected to:
Design
Develop
Specify
Analyse
Test
Validate
Modify designs and solutions to satisfy customers requirements and in-service operations
Within the Electronic Controllers team, work will focus around developing and qualifying hardware and software solutions, which control aircraft life support systems and environmental control systems
Training:Degree level Electromechanical Engineer apprenticeship standard includes:
Level: 6 (integrated degree) BEng Electromechanical engineering; BSc engineering or other engineering degree that fully aligns to the KSBs on the apprenticeship
Training Outcome:
The future prospects at Honeywell are outstanding
This is a global company and the opportunities are many and varied
Employer Description:When you join Honeywell Aerospace Yeovil, you become a member of our global team of thinkers, innovators, dreamers, and doers who make the things that make the future. That means changing the way we fly, fuelling jets in an eco-friendly way, keeping buildings smart and safe and even making it possible to breathe on Mars. Working at Honeywell isn’t just about developing cool things. That’s why all our employees enjoy access to dynamic career opportunities across different fields and industries.Working Hours :Monday to Friday, 9.00am to 5.00pm. One day a week at Yeovil College.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Analytical skills,Team working,Good co-ordination & dexterity....Read more...
Principal Electronics & Software Product Engineer
Location: Cambridge, Cambridgeshire
An exciting opportunity has arisen for a Principal Electronics & Software Product Engineer to join Springboard Pro Ltd, a specialist product design consultancy focused on developing innovative technologies for multinational clients across medical, fluidics, and advanced consumer markets.
Recently acquired by Sanner Manufacture in 2024, Springboard has expanded its global capability while maintaining its reputation for exceptional engineering, strong project leadership, and delivery within regulated and safety-critical markets. This role sits within a rapidly growing technical team developing complex electromechanical products from concept through to manufacture.
This position is ideal for an experienced electronics or electromechanical product development engineer looking to step into a principal-level role, lead multidisciplinary teams, and take ownership of full product architectures while contributing to business growth and client development.
Main Responsibilities of the Principal Electronics & Software Product Engineer (Cambridge):
Develop electronics and embedded software (C/C++) for diverse and technically complex new products
Lead the integration of electromechanical product designs through to manufacture and production transfer
Take technical ownership of product architecture from concept generation through to launch
Deliver technical progress to clients and, over time, lead multidisciplinary project teams
Contribute to requirements definition, specification development, schematic capture, PCB layout, hardware bring-up, debugging, and product validation
Support project planning, resourcing, and leadership activities
Build strong client relationships and support the conversion of new opportunities into commercial contracts
Requirements of the Principal Electronics & Software Product Engineer (Cambridge):
Proven industry experience designing, prototyping, and testing electronic circuits and systems, including embedded software development in C/C++
Strong practical electronics skills including soldering, PCB rework/modification, wiring, and use of common laboratory test equipment
Experience across the electronic product development lifecycle from concept through to prototype and manufacture
Ability to work effectively within cross-disciplinary teams, with strong written, verbal, and presentation skills
A First or 2:1 degree in Engineering from a leading university (UK top 10 or equivalent)
Eligibility to work in the UK (visa sponsorship not available)
Experience in project planning, leadership, or team coordination would be advantageous
Working Pattern & Benefits:
Full-time, permanent role
Competitive salary and performance-based bonus structure
Career development support including mentoring and personal training budgets
Opportunity to work on innovative, safety-critical products in regulated international markets
Exposure to multinational clients and potential travel opportunities
Ethical working environment focused on improving lives through engineering excellence
To apply for this Principal Electronics & Software Product Engineer role, please send your CV to Kishan Chandarana:
Kchandarana@redlinegroup.Com
01582 878 830....Read more...
Statera Energy Operations (SEO) operates the UKs largest portfolio of operational BESS and gas peaking plant sites (including the UKs largest operational BESS). The Engineering Team provides engineering support to the operational sites and project manages and delivers engineering projects (such as site extensions and complex engineering modifications).
As a degree apprentice, you will be exposed to all areas of the business as part of your development. This will include:
Exposure to a variety of HV and LV electrical systems, control system hardware and software, fire protection systems, HVAC systems and some exposure to mechanical systems.
Providing professional engineering support to the SEO portfolio of sites. This can include upgrades, troubleshooting and dealing with compliance issues.
Project management of engineering projects.
Source, engage and manage contractor support where required.
Hazard analysis and design reviews of new-build projects.
Working with Field Service Engineers and Control Room personnel to resolve issues escalated beyond these first-line teams.
Support incident investigations, root cause analysis, and continuous improvement initiatives.
You will be exposed to both BESS and gas reciprocating engine technology during the course of your apprenticeship and develop some key learning, such as:
Detailed understanding of BESS and gas engine technologies.
Understand technical drawings (electrical, mechanical, P&IDs).
Understanding and applying detailed technical documents, for example, British and International Standards.
Development of appropriate scope / technical specification documents in order to engage specialist contractors.
Fault-finding ability on process plant (mechanical, electrical, control and instrumentation).
Produce high-quality written documents, for example: contract RFQ, technical specifications, and engineering reports.
Hazard analysis of engineering issues and projects and apply appropriate techniques, for example: FMEA, HAZID, HAZOP, risk assessment.
The role will be based at the SEO headquarters in Wakefield, with regular visits to the site. Your own transport is required (travel for work purposes is recompensed). Flexibility is required to spend periods of time on site where required.Training Outcome:
Electrical Engineer or Control and Instrumentation Engineer within the process or renewable energy industries.
Consultant Engineer.
Maintenance Engineer.
Employer Description:Statera Energy Operations (SEO) operates the UKs largest portfolio of operational BESS and gas peaking plant sites (including the UKs largest operational BESS). The Engineering Team provides engineering support to the operational sites and project manages and delivers engineering projects (such as site extensions and complex engineering modifications)Working Hours :Monday to Friday.Skills: Communication skills,IT skills,Problem solving skills,Presentation skills,Team working,Initiative,Flexibility,Logical thinker....Read more...
An exciting opportunity has arisen for a Systems Engineer, focussed on Integration & Test, to join a team developing advanced flight simulation systems used by pilot training operations around the world.
You will play a key role in system integration, verification, and validation, ensuring these complex simulators meet rigorous operational standards and customer requirements. This is a hands-on position at the heart of a major transformation programme, ideal for someone who is highly motivated, customer-focused, and eager to implement change.
Key Responsibilities
System Integration
- Lead the integration of hardware and software subsystems into cohesive flight simulation systems.
- Collaborate with multidisciplinary teams to design and execute integration procedures.
- Diagnose and resolve integration issues, optimizing system configurations for performance and reliability.
Verification & Validation
- Define and execute test plans to verify functionality, safety, and regulatory compliance.
- Develop and conduct test procedures to validate the accuracy and reliability of flight simulation systems.
- Produce detailed reports on test results, deviations, and corrective actions.
Customer Acceptance
- Act as the primary point of contact during customer acceptance phases.
- Conduct system demonstrations and customer-specific tests to secure final approval.
- Provide expert guidance and support throughout the acceptance process.
Issue Resolution
- Respond to issues identified during testing or customer feedback.
- Lead troubleshooting, root-cause analysis, and technical support to resolve complex system problems quickly.
Qualifications & Experience
- Bachelors degree in Aerospace, Electrical, or Systems Engineering, or a related field (Masters a plus).
- Strong understanding of flight simulation systems and components.
- Proficiency in system integration, hardware/software interfaces, and performance testing.
- Experience with simulation tools and platforms (e.g., MATLAB, Simulink, RTOS).
- Familiarity with standards such as DO-178C and DO-254.
- Excellent written and verbal communication skills and strong analytical/problem-solving abilities.
Desirable
- Experience with Full Flight Simulators, Flight Training Devices, or other simulation environments.
- Customer-facing experience in system acceptance and post-delivery support.
- INCOSE Systems Engineering training or certification.
- Knowledge of commercial and/or military flight simulation regulations.
Benefits
- Discretionary Annual Bonus
- 25 days holiday (plus bank holidays), increasing with service, with the option to buy/sell up to 5 days.
- Private medical insurance (optional family cover).
- Pension scheme with up to 7% employer contribution.
- Life assurance (4x salary, flexible up to 10x).
- Group income protection.
- Flexible benefits including healthcare cash plan, dental cover, gym membership, critical illness cover, and cycle-to-work scheme.
- Employee assistance programme for mental health and wellbeing support.
- Subsidised staff restaurant and on-site parking with electric vehicle charging stations.
Additional Information
- Primarily office-based (four days a week) with regular lab and simulator facility interaction.
- Applicants must have the right to work in the UK.
This is a unique opportunity to contribute to next-generation flight simulation technology, working with cutting-edge systems that enhance pilot training and aviation safety worldwide.
TT....Read more...
At Thatcham Research, we’re looking for an enthusiastic and motivated IT Apprentice to join our friendly IT Services team. You’ll work alongside experienced professionals who will support your development every step of the way, helping you build the technical skills and confidence needed for a successful career in IT. You’ll work towards the ICT Apprenticeship Level 3, which typically takes 18-24 months to achieve.
What you'll be doing:
You’ll play a key role in keeping our people connected and our technology running smoothly. During your apprenticeship, you’ll learn how to:
Set up and maintain IT hardware, software, mobile devices and user accounts
Provide first‑ and second‑line support, helping colleagues troubleshoot issues in person, remotely or via our service desk
Monitor system performance, support security processes and help manage our IT asset register
Create useful documentation and knowledge base articles
Develop strong customer service and communication skills as you assist users at all levels of the business
Understand cybersecurity fundamentals and follow best‑practice standards
You’ll be supported by your line manager, mentors, and the wider IT Services team — including specialists in cloud, security and IT transformation.Training:Skills & experience you might have:
You don’t need previous IT work experience - just a passion for technology and a willingness to learn. You’ll thrive if you have:
An interest in IT fundamentals (hardware, software, networks, operating systems)
Problem‑solving skills and a logical approachConfidence communicating with both technical and non‑technical people
A positive attitude and desire to grow your skills
GCSEs in English and maths (Grade 4/C or above) or equivalent (desired but not essential)
We’ll help you build essential technical skills throughout your apprenticeship, including troubleshooting, system administration, Microsoft 365, Active Directory, Azure, Intune and more.Training Outcome:IT Services Engineer.Employer Description:At the cutting edge of automotive research in the UK, Thatcham Research has a unique role in shaping the design of new vehicles and influencing ever higher standards of safety, security and repair. With an on-site Crash Laboratory, Repair Technology Centre and Training Academy, our research expertise is driving some of the very latest automotive developments in technology, materials and standards in this fast moving and highly technical industry.Working Hours :Our standard working hours are 8:30 - 16:30 Monday - Thursday, early finish on Friday - 8:30 - 15:45.Skills: Communication skills,IT skills,Attention to detail,Problem solving skills,Analytical skills,Team working,Initiative....Read more...
About the Role
This is an exciting opportunity for a Graduate Software Test & Development Engineer to join a product development team working on software-controlled power systems used in long-life, safety-critical applications.
This role is well suited to someone early in their career who enjoys writing code, breaking software (on purpose), and understanding how software interacts with real hardware. You don’t need prior industry experience - training, mentoring, and hands-on support are built into the role.
You’ll help develop and test the software used to manage power feeding equipment, which provides controlled electrical current to complex infrastructure systems. Your work will directly contribute to system safety, reliability, and performance.
What You’ll Be Working On
Based in Greenwich, you’ll work closely with software developers, test engineers, and the wider product development team to:
Develop and test software used to control power systems
Carry out unit testing, integration testing, and system-level testing
Help verify that software operates within defined safety and design limits
Produce clear test evidence and compliance reports
Identify bugs, unexpected behaviour, and opportunities for improvement
This is a hands-on role that blends software development, testing, and real-world system understanding.
What You’ll Be Learning & Doing
With support from experienced engineers, you will:
Plan and execute test cases alongside a Software Test Engineer
Test software builds to ensure they are ready for release
Support the software release process
Investigate, reproduce, and evaluate software bugs
Contribute to the development of software tools and utilities
Perform system-level testing where software controls hardware behaviour
Document results clearly and provide structured technical feedback
What We’re Looking For
This role is designed for graduates - we’re more interested in curiosity, problem-solving, and clear thinking than deep industry experience.
You might be a good fit if you can relate to some of the following:
Software & Programming
Experience writing software in C and/or C++ (through university projects, placements, or personal work)
Some familiarity with HTML
Interest in or exposure to JavaScript / TypeScript and Linux (desirable, not essential)
Enjoyment of debugging and understanding why something doesn’t behave as expected
Testing & Systems Thinking
An interest in software testing across firmware, software, and hardware boundaries
Awareness of different testing levels (unit, integration, system)
A methodical approach to validating behaviour against requirements
Hardware Awareness (Beneficial but Not Required)
Basic electrical or electronic understanding
Exposure to lab or test equipment such as oscilloscopes, power supplies, or multimeters
Curiosity about how software controls physical systems
Key Responsibilities (With Support)
Test software builds prior to release
Support and follow structured software release processes
Evaluate and document software bugs
Assist with compliance and validation reporting
Work collaboratively with software developers and test engineers
Learn and apply safe testing practices in a system-level environment
What You’ll Bring
A degree (or Level 5 qualification) in Software Engineering, or Electronic Engineering with a software focus
A logical, detail-oriented mindset
Willingness to learn and ask questions
Clear communication and good documentation habits
Interest in building reliable, well-tested software
Why Join?
A genuine graduate role with structured learning and mentoring
Exposure to real-world, safety-critical software systems
Opportunity to develop skills in software testing, development, and system validation
A supportive, inclusive team environment based in Greenwich
Work that has real impact on long-life engineering products
If you are interested, please apply!
....Read more...
During your apprenticeship, you’ll gain valuable hands-on experience and career-building skills while working at the forefront of the automotive industry. This exciting programme is designed to help you build practical skills, deepen your foundational knowledge, and develop essential business behaviours such as teamwork and problem-solving. And you’ll be supported by a JLR early careers cohort leader, the university team, and your line manager every step of the way.
You’ll achieve a BEng (Hons) in Applied Professional Engineering, developed in conjunction with the University of Warwick. For more details on the degree course, please visit: Applied Professional Engineering
Year 1 – 2
This programme is delivered through a combination of online study, face-to-face lectures, independent learning each week. This gives you the chance to apply your learning from University of Warwick to projects in a real-world environment. You’ll study a range of modules designed to build your essential knowledge, skills and behaviours, with regular process reviews along the way to ensure you’re getting the support you need from your tutors and line manager.
Years 3-4
In years 3 and 4 you will complete modules related to your chosen specialism –Manufacturing. In your final year, you’ll complete a work-based project as part of your End Point Assessment (EPA). This is an opportunity for you to use the skills and experience you gained throughout your time on the programme and apply them directly to your role. And when you’ve successfully completed your EPA, you’ll achieve your Level 6 Apprenticeship and take on new responsibilities and make a meaningful impact within the business.
Throughout your apprenticeship, you could be based within any of the following areas: Global Manufacturing Engineering (GME) or Procurement – Supplier Technical Assistance (STA). You will be asked to indicate your preference during the application process.Training:Global Manufacturing Engineering (GME) - Gaydon, Solihull, Wolverhampton, Whitley.
GME is composed of several integrated Technologies that work hand in hand to deliver whole vehicle manufacturing solutions; Stamping, Body, Paint, Trim, Propulsion, Dimensional Systems, Logistics & Construction. We strategize, industrialise and deliver world class facilities for our products and our people.
Our Global Manufacturing Engineering team operates on Future Vehicle & Propulsion Programmes across our global Manufacturing & Product Design locations. GME are responsible for designing, installing and commissioning the manufacturing facilities and processes that build the re-imagined modern luxury vehicles of the future. You will be working with stakeholders across our enterprise including Design, Product Engineering, Procurement, Part & Facility Suppliers, and Manufacturing Operations to deliver new products into a complex manufacturing infrastructure.
Procurement Supplier Technical Assistance (STA) – Gaydon, Solihull, Hams Hall, Wolverhampton
Joining our team as a STA apprentice, you’ll support a portfolio of commodities and/or categories developing strategies, managing relationships, sourcing new products, problem solving, working with a wide range of suppliers to develop quality parts and processes, and supporting procurement's transformation as part of JLR's Reimagine strategy.
You could find yourself supporting any of the following areas: Exterior, Interior, Chassis, Software and Digital, Electrical Hardware, e-Propulsion, Engines and Driveline, Aftermarket, Indirect, Raw Materials and Special Vehicles.
You will be based in a combination of manufacturing, supplier, and office-based placements which will help you improve your core problem solving and manufacturing skills. The variety of placements available in STA will mean you are able to interact with all functions throughout the business as well as spending time off site at our key suppliers, helping to improve processes and working as a team to prevent and resolve quality concerns.
Special Vehicle Operations (SVO) Paint - Castle Bromwich, Solihull, Fen End.
SVO offers halo models, limited run collectors’ editions and high specification vehicles. Every car showcases the best of Jaguar Land Rover with stunning performance, unsurpassed luxury and cutting‑edge technology.
SVO Paint are responsible for delivering the Premium Palette content and we are due to transition into our brand-new paint facility in 2026. This is an opportunity to join the Special Vehicles Operations team where we offer the customers the best JLR experience through delivering halo and bespoke JLR products.
The successful candidate will be working with stakeholders across our enterprise including Design, Product Engineering, Procurement, Part & Facility Suppliers, and Manufacturing Operations to commission / deliver new paint colour and technology launches into our Castle Bromwich facility.Training Outcome:
Manufacturing Engineer
Process Engineer
Supplier Technical Assistance (STA) Engineer
Quality Engineer
Specialist roles within SVO Paint
Senior technical roles as your expertise grows
Project leadership opportunities across manufacturing and engineering
People leadership pathways as you develop your experience
Routes towards professional registration and further technical accreditation
Employer Description:LIVE THE EXCEPTIONAL WITH SOUL We are the proud creators. The curious minds. Inspired to create unique vehicles, to realise our vision of modern luxury. We work as one. Shaping the future. Motivated by a love for our customer. United by a deep admiration for each other. Our sense of integrity and our spirit of excellent empowers us. Our ambition to grow. Our passion to chart new landscapes of innovation, encourages us to dream. It’s what drives us. To be visionaries. To be creators.Working Hours :You’ll achieve a BEng (Hons) in Applied Professional Engineering developed in conjunction with the University of Warwick.Skills: Communication skills,IT skills,Attention to detail,Problem solving skills,Administrative skills,Number skills,Creative,Initiative....Read more...
During your apprenticeship, you will develop practical skills and knowledge while contributing to work within the automotive sector. The programme helps you build core technical capabilities, broaden your understanding and strengthen essential behaviours such as teamwork and problem solving.
You will receive guidance from a JLR early careers cohort lead, the university team and your line manager throughout your programme.
You will work towards a BSc (Hons) degree in Digital and Technology Solutions developed with the University of Warwick. For further details about the degree course, please visit: Digital Technology Solutions.
Year 1–2The programme is delivered through a mix of online learning, in‑person teaching and independent study each week. This structure enables you to apply learning from the University of Warwick to tasks within your role. You will study modules designed to build key knowledge, skills and behaviours, supported by regular progress reviews with tutors and your line manager.
Years 3–4In years three and four you will study modules linked to your chosen discipline of Software Engineering. During your final year, you will complete a work‑based project as part of your End Point Assessment (EPA), using the skills and experience developed throughout the programme. After successfully completing your EPA, you will achieve a Level 6 apprenticeship.
Throughout your apprenticeship you may work within one of the following areas: Digital Platform or Vehicle Platform. You will be asked to express your preference during the application process.Training:DPP develops connected and efficient vehicles through digital engineering. The team works across systems design and the development of electronic hardware and software, including interior functions, infotainment, connectivity, off‑board processing and mobile app development.Work covers a range of vehicle functions that rely on software, such as propulsion, energy management, suspension control, driver assistance features, infotainment and interior systems.Tasks may include automation activities or contributing to digital infrastructure within teams that build environments for software development.Tasks may also involve low‑level software work that relates to in‑vehicle computing performance, such as reviewing boot processes, processor load distribution and system behaviour.The Vehicle Platform team supports systems linked to the customer experience, covering areas including Body Interiors, Body Exteriors, Body in White, Chassis, EDU, Powertrains and Accessories. The team applies engineering methods and technology integration to meet product requirements.The team creates software used within and around the vehicle, using model‑based development, embedded coding and languages such as Python for software pipelines. Tasks include system interaction design, testing, calibration and validation across virtual rigs, vehicles and controlled test environments.As a Software Apprentice, you will develop technical and engineering skills while contributing to software tasks that support JLR’s electrified products. You will use tools and engineering methods to assist with software and system development and will work with colleagues across different areas as you progress through the programme.Training Outcome:On completion of the Level 6 Digital and Technology Solutions Degree Apprenticeship, you may progress into a permanent role within JLR that aligns with your pathway and the skills gained during the programme. Typical roles for those completing the Software Engineering pathway may include positions such as Software Engineer, Systems Engineer or a role within digital platform or vehicle platform teams.Employer Description:LIVE THE EXCEPTIONAL WITH SOUL We are the proud creators. The curious minds. Inspired to create unique vehicles, to realise our vision of modern luxury. We work as one. Shaping the future. Motivated by a love for our customer. United by a deep admiration for each other. Our sense of integrity and our spirit of excellent empowers us. Our ambition to grow. Our passion to chart new landscapes of innovation, encourages us to dream. It’s what drives us. To be visionaries. To be creators.Working Hours :You will complete academic study with the University of Warwick alongside your workplace activity. This includes online learning, in‑person teaching and independent study. Time will be allocated each week for structured learning.Skills: IT skills,Problem solving skills,Administrative skills,Number skills,Analytical skills,Logical,Initiative....Read more...
JOB DESCRIPTION
Job title: Senior Software Engineer - GCS
Location: Fareham, Hampshire
Responsible to: Principal Engineer - GCS
Liaison with: All Kraken staff, sub-contractors, customers, and suppliers
About the role: To work on the development of user-facing Ground Control Station (GCS) software designed to enable operators to remotely control and monitor autonomous vehicles beyond visual line-of-sight. This role focuses on developing robust, intuitive interfaces using C++, Qt, QML, and JavaScript, while also incorporating modern UX principles and thorough testing methodologies.
You will be responsible for designing, implementing, and optimising user interfaces that must enable operators to navigate complex tactical situations without overwhelming them. You will be expected to run UI experiments with our in-house team of operations experts and with key customers to determine critical software requirements. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments.
Primary responsibilities include, but are not limited to:
Work on the design and development of user-facing GCS software for autonomous vehicle monitoring and control.
Build and maintain user interface software using C++, Qt, QML, and JavaScript.
Engage with operators to gather requirements, validate usability, and refine user experience.
Develop prototypes and storyboards to capture user requirements and iterate on design concepts.
Ensure software robustness through rigorous testing, validation, and performance optimization.
Collaborate with cross-functional teams, including autonomy and hardware engineers, to integrate software solutions.
Document and maintain codebases with a focus on readability, scalability, and maintainability.
Provide technical leadership and mentorship to junior developers.
PERSON SPECIFICATION
Essential qualifications, skills and experience:
Extensive experience in C++ and Qt, ideally including QML and JavaScript.
Strong understanding of user interface design principles, particularly for mission-critical systems.
Experience defining software requirements, developing architectures, and producing robust implementations.
Proficiency in software testing methodologies, including unit testing, integration testing, and user acceptance testing.
UI testing techniques, including automated testing, usability testing, and end-to-end testing, is highly desirable.
Strong communication skills and the ability to interact effectively with end-users to gather requirements.
Proven ability to work independently and manage complex workloads effectively.
Desirable qualifications, skills and experience: as above but not essential for the role
Experience with storyboarding and UX design software (e.g., Figma, Sketch, Adobe XD).
Prior experience working in remote control systems, robotics, or defence-related industries.
Knowledge of the maritime environment, nautical charts, or survey software.
Familiarity with HTML/CSS and WebSockets.
Familiarity with cloud-based systems, containerization
Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace:
To be punctual and manage workload effectively to meet deadlines and priorities
Clearly convey ideas and information while actively listening to others
Work well with colleagues to achieve common goals and support team members as needed
Identify issues and develop practical solutions in a timely manner
Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully
Ensure work is accurate, thorough and free from errors through careful review
Take ownership of tasks, following through on commitments
Maintain professionalism in client interactions
General accountabilities and responsibilities:
To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role
To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role
To act ethically, with integrity and in the best interest of the business at all times
To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines
To carry out any other duties as detailed by a member of the senior management team or authorised representative
To keep good time management to minimise any wasted time and maximise productivity and effectiveness
Health & Safety responsibilities:
To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies
To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place
To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others
To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager
To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
....Read more...
JOB DESCRIPTION
Job title: Senior Software Engineer - GCS
Location: Fareham, Hampshire
Responsible to: Principal Engineer - GCS
Liaison with: All staff, sub-contractors, customers, and suppliers
About the role: To work on the development of user-facing Ground Control Station (GCS) software designed to enable operators to remotely control and monitor autonomous vehicles beyond visual line-of-sight. This role focuses on developing robust, intuitive interfaces using C++, Qt, QML, and JavaScript, while also incorporating modern UX principles and thorough testing methodologies.
You will be responsible for designing, implementing, and optimising user interfaces that must enable operators to navigate complex tactical situations without overwhelming them. You will be expected to run UI experiments with our in-house team of operations experts and with key customers to determine critical software requirements. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments.
Primary responsibilities include, but are not limited to:
Work on the design and development of user-facing GCS software for autonomous vehicle monitoring and control.
Build and maintain user interface software using C++, Qt, QML, and JavaScript.
Engage with operators to gather requirements, validate usability, and refine user experience.
Develop prototypes and storyboards to capture user requirements and iterate on design concepts.
Ensure software robustness through rigorous testing, validation, and performance optimization.
Collaborate with cross-functional teams, including autonomy and hardware engineers, to integrate software solutions.
Document and maintain codebases with a focus on readability, scalability, and maintainability.
Provide technical leadership and mentorship to junior developers.
PERSON SPECIFICATION
Essential qualifications, skills and experience:
Extensive experience in C++ and Qt, ideally including QML and JavaScript.
Strong understanding of user interface design principles, particularly for mission-critical systems.
Experience defining software requirements, developing architectures, and producing robust implementations.
Proficiency in software testing methodologies, including unit testing, integration testing, and user acceptance testing.
UI testing techniques, including automated testing, usability testing, and end-to-end testing, is highly desirable.
Strong communication skills and the ability to interact effectively with end-users to gather requirements.
Proven ability to work independently and manage complex workloads effectively.
Desirable qualifications, skills and experience: as above but not essential for the role
Experience with storyboarding and UX design software (e.g., Figma, Sketch, Adobe XD).
Prior experience working in remote control systems, robotics, or defence-related industries.
Knowledge of the maritime environment, nautical charts, or survey software.
Familiarity with HTML/CSS and WebSockets.
Familiarity with cloud-based systems, containerization
Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace:
To be punctual and manage workload effectively to meet deadlines and priorities
Clearly convey ideas and information while actively listening to others
Work well with colleagues to achieve common goals and support team members as needed
Identify issues and develop practical solutions in a timely manner
Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully
Ensure work is accurate, thorough and free from errors through careful review
Take ownership of tasks, following through on commitments
Maintain professionalism in client interactions
General accountabilities and responsibilities:
To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role
To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role
To act ethically, with integrity and in the best interest of the business at all times
To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines
To carry out any other duties as detailed by a member of the senior management team or authorised representative
To keep good time management to minimise any wasted time and maximise productivity and effectiveness
Health & Safety responsibilities:
To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies
To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place
To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others
To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager
To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
....Read more...
Job title: Principal Software Engineer - Autonomy
Location: Fareham, Hampshire
Responsible to: Autonomy & Control Director
Liaison with: All Kraken staff, sub-contractors, customers, and suppliers
Role overview: To lead the software development of a high-level autonomy capability to be deployed to all Kraken autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques.
Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments.
Primary responsibilities include, but are not limited to:
Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles.
Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy.
Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software.
Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions.
Develop and maintain high-quality, well-documented code using C++ and Python.
Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments.
Provide technical leadership, mentoring, and guidance to junior engineers and researchers.
Balance R&D experimentation with production-level software deployment and optimisation.
PERSON SPECIFICIATION
Essential skills, knowledge and experience:
Extensive experience in C++, with a focus on software architecture and algorithms.
Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control.
Experience working with Linux, including system-level debugging and performance tuning.
Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks.
Experience developing and deploying software in an R&D and production environment.
Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms.
Strong verbal and written communication skills, capable of conveying complex technical ideas clearly.
Desirable skills, knowledge and experience:
Proven expertise in ROS or ROS2 and/or DDS based systems, Python.
Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs).
Knowledge of deep learning-based perception for autonomous systems.
Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine.
Familiarity with real-time and embedded systems.
Familiarity with cloud-based robotics and containerization (Docker, Kubernetes).
Familiarity with PX4 and MAVLink based flight control systems.
Previous work in the defence, aerospace, or maritime autonomy sectors.
Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace:
To be punctual and manage workload effectively to meet deadlines and priorities.
Clearly convey ideas and information while actively listening to others.
Work well with colleagues to achieve common goals and support team members as needed.
Identify issues and develop practical solutions in a timely manner.
Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully.
Ensure work is accurate, thorough and free from errors through careful review.
Take ownership of tasks, following through on commitments.
Maintain professionalism in client interactions.
General accountabilities and responsibilities:
To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role
To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role
To act ethically, with integrity and in the best interest of the business at all times
To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines
To carry out any other duties as detailed by a member of the senior management team or authorised representative
To keep good time management to minimise any wasted time and maximise productivity and effectiveness
Health & Safety responsibilities:
To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies
To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place
To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others
To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager
To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
....Read more...
Job title: Principal Software Engineer - Autonomy
Location: Fareham, Hampshire
Responsible to: Autonomy & Control Director
Liaison with: All Kraken staff, sub-contractors, customers, and suppliers
Role overview: To lead the software development of a high-level autonomy capability to be deployed to all Kraken autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques.
Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments.
Primary responsibilities include, but are not limited to:
Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles.
Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy.
Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software.
Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions.
Develop and maintain high-quality, well-documented code using C++ and Python.
Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments.
Provide technical leadership, mentoring, and guidance to junior engineers and researchers.
Balance R&D experimentation with production-level software deployment and optimisation.
PERSON SPECIFICIATION
Essential skills, knowledge and experience:
Extensive experience in C++, with a focus on software architecture and algorithms.
Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control.
Experience working with Linux, including system-level debugging and performance tuning.
Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks.
Experience developing and deploying software in an R&D and production environment.
Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms.
Strong verbal and written communication skills, capable of conveying complex technical ideas clearly.
Desirable skills, knowledge and experience:
Proven expertise in ROS or ROS2 and/or DDS based systems, Python.
Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs).
Knowledge of deep learning-based perception for autonomous systems.
Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine.
Familiarity with real-time and embedded systems.
Familiarity with cloud-based robotics and containerization (Docker, Kubernetes).
Familiarity with PX4 and MAVLink based flight control systems.
Previous work in the defence, aerospace, or maritime autonomy sectors.
Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace:
To be punctual and manage workload effectively to meet deadlines and priorities.
Clearly convey ideas and information while actively listening to others.
Work well with colleagues to achieve common goals and support team members as needed.
Identify issues and develop practical solutions in a timely manner.
Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully.
Ensure work is accurate, thorough and free from errors through careful review.
Take ownership of tasks, following through on commitments.
Maintain professionalism in client interactions.
General accountabilities and responsibilities:
To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role
To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role
To act ethically, with integrity and in the best interest of the business at all times
To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines
To carry out any other duties as detailed by a member of the senior management team or authorised representative
To keep good time management to minimise any wasted time and maximise productivity and effectiveness
Health & Safety responsibilities:
To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies
To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place
To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others
To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager
To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
....Read more...
Job title: Principal Software Engineer - Autonomy
Location: Fareham, Hampshire
Responsible to: Autonomy & Control Director
Liaison with: All staff, sub-contractors, customers, and suppliers
Role overview: To lead the software development of a high-level autonomy capability to be deployed to autonomous vehicles. This is a diverse R&D-led role covering vessel guidance, mission frameworks and behaviours, obstacle avoidance, and other high-level capabilities including modern AI techniques.
Most development will require strong expertise with C++, Python, ROS/ROS2, DDS, and embedded Linux environments. You will be responsible for designing, implementing, and optimising autonomy algorithms and systems in both experimental and production settings. You should be comfortable handling complex workloads across R&D, prototyping, and mission-critical production deployments.
Primary responsibilities include, but are not limited to:
Lead the development and implementation of high-level autonomous behaviours for unmanned vehicles.
Design and optimise algorithms for obstacle avoidance, path planning, and mission-level autonomy.
Work extensively with ROS2, DDS, and Linux-based systems to develop robust autonomy software.
Collaborate with cross-functional teams, including perception, navigation, and hardware engineers, to integrate autonomy solutions.
Develop and maintain high-quality, well-documented code using C++ and Python.
Conduct rigorous testing and validation of autonomy software in both simulated and real-world environments.
Provide technical leadership, mentoring, and guidance to junior engineers and researchers.
Balance R&D experimentation with production-level software deployment and optimisation.
PERSON SPECIFICIATION
Essential skills, knowledge and experience:
Extensive experience in C++, with a focus on software architecture and algorithms.
Strong understanding of autonomous system design, including motion planning, state estimation, and behaviour-based control.
Experience working with Linux, including system-level debugging and performance tuning.
Solid knowledge of real-time systems, distributed computing, and middleware communication frameworks.
Experience developing and deploying software in an R&D and production environment.
Excellent problem-solving skills with the ability to innovate and iterate on autonomy algorithms.
Strong verbal and written communication skills, capable of conveying complex technical ideas clearly.
Desirable skills, knowledge and experience:
Proven expertise in ROS or ROS2 and/or DDS based systems, Python.
Experience with sensor fusion techniques (LIDAR, RADAR, cameras, IMUs).
Knowledge of deep learning-based perception for autonomous systems.
Experience with simulation tools such as Gazebo, CARLA, or Unreal Engine.
Familiarity with real-time and embedded systems.
Familiarity with cloud-based robotics and containerization (Docker, Kubernetes).
Familiarity with PX4 and MAVLink based flight control systems.
Previous work in the defence, aerospace, or maritime autonomy sectors.
Key behaviours that align with our commitment to excellence, collaboration and efficiency within the workplace:
To be punctual and manage workload effectively to meet deadlines and priorities.
Clearly convey ideas and information while actively listening to others.
Work well with colleagues to achieve common goals and support team members as needed.
Identify issues and develop practical solutions in a timely manner.
Maintain a high standard of conduct, respecting confidentiality and addressing challenges respectfully.
Ensure work is accurate, thorough and free from errors through careful review.
Take ownership of tasks, following through on commitments.
Maintain professionalism in client interactions.
General accountabilities and responsibilities:
To use personal judgement and initiative to develop effective and constructive solutions to challenges and obstacles in day-to-day activities and procedures within the specified role
To maintain personal ability in, and appropriate use of, all relevant IT (Information and Technology) and other systems required to adequately perform the role
To act ethically, with integrity and in the best interest of the business at all times
To maintain a professional and supportive relationship with team members and other departments to deliver business objectives or deadlines
To carry out any other duties as detailed by a member of the senior management team or authorised representative
To keep good time management to minimise any wasted time and maximise productivity and effectiveness
Health & Safety responsibilities:
To ensure that the working area is a clean and a safe environment in compliance with the best practice and health and safety policies
To ensure any equipment used is safe, within electrical test date and all guards and interlocks are working and in place
To act safely and responsibly in line with company processes and Health and Safety procedures to ensure your safety and the safety of others
To report any potential Health and safety hazards or violations to your line manager or directly to the QHSE Manager
To ensure any PPE or work wear required or provided for the job is worn and checked regularly for wear and then reported when replacements required
....Read more...
