Electronics Design Engineer required to work on RF Antenna terminals for airborne, border protection and maritime communications in the defence avionics and mobile wireless networking industries.
You will join a team working at the cutting edge of RF and Microwave Ku/Ka, GNSS and LTE satellite phased array system design and development.
Technical environment
Electronic Circuit Design and layout, Schematic Design, safety critical electronics, Altium, satellite terminals, Analogue, DC low frequency circuits, SPICE, satellite phased array RF systems, RFIC, line-up, PCB, digital electronics, FPGA, ASIC, SD modems, mixed signal, RFSoC, Algorithms, Digital Signal Processing, RTL Design, Filter Design, High Frequency Electronics, ANSYS HFSS, High speed, ADC, DAC, serial communications, Audio, signal conditioning, programmable logic design, Xilinx and Altera, RFID, EMC, ESD.
Your primary contribution will be PCB hardware satellite terminal design ....Read more...
RF Design Engineer required, ideally Senior level to work on defence, military and avionics communications for long range real time video new product design and development. You will join a successful RF and Hardware Design team and work across the full product lifecycle from requirements through design, test, release and support of RF systems.
Requirements
British citizen eligible for security clearance
Radio Frequency System Architecture
RF Simulation
Altium Electronics Schematic capture, PCB Layout and Footprint or symbol Creation
Real time long range data link knowledge
High resolution video transfer understanding.
RF inhibitor exposure.
Bachelors or Masters degree in Engineering or related subject.
Role
RF Design for New Product Introduction or NPI and the evolution of existing world class RF systems for defence and aviation.
RF System Architecture exploiting the latest RF components and technologies.
RF Simulation using tools such as LabVIEW.
Schematic capture and PCB Design Layout in Altium.
Linear high power wide band RF amplifiers up to 200 Watts using for example GaN or LDMOS.
RF filter design.
Radio Transmitter and Receiver Design.
LNA, Down converter and Upconverter design.
Antenna design.
Use of oscilloscopes, analysers and signal generators.
Cadence AWR Microwave Office.
Ansys HFSS.
Switch mode PSUs, embedded circuitry, glue logic, analogue electronics and EMC circuitry.....Read more...
An exciting opportunity has arisen for a Software Engineer to join a leading provider of flight simulation technology. You will develop real-time software used in state-of-the-art Full Flight Simulators and Fixed Training Devices that replicate the form, fit, and function of real aircraft flight decks.
This role sits at the heart of a major transformation programme and is ideal for someone who is hands-on, motivated, and eager to implement change in a fast-paced, customer-focused environment.
Key Responsibilities for the Software Engineer
- Develop real-time software for flight simulators, from control systems to graphical user interfaces.
- Support integration, testing, fault finding, and problem resolution on simulated systems.
- Contribute to the full product lifecycle, from requirements analysis through to customer acceptance and post-delivery support.
What Youll Bring
- Strong C programming skills.
- Practical understanding of the Systems Engineering V-model and/or Software Development Lifecycle.
- Ability to work collaboratively in a multi-disciplinary team, with minimal supervision.
- Strong communication and presentation skills.
- Degree in engineering, mathematics, science, or equivalent experience within aviation/aerospace engineering.
Desirable Skills
- Experience with safety-critical systems in aerospace, automotive, or related industries.
- Knowledge of C#, C++, web technologies (JavaScript, HTML), and Windows application development (Visual Studio).
- Familiarity with ARINC, AFDX, or CAN bus protocols.
- Experience using the Atlassian toolset (Jira, Confluence, Bitbucket, Bamboo).
Benefits
- 25 days holiday (plus bank holidays), increasing with service, with the option to buy/sell up to 5 days.
- Private medical insurance (with 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.
- Subsidised staff restaurant and on-site parking with electric vehicle charging.
Why Join
- Challenging Projects: Work on cutting-edge flight simulators used by global aerospace organisations.
- Collaborative Environment: Partner with experts across systems, hardware, and software engineering.
- Innovative Technology: Develop next-generation simulation solutions, including avionics hardware and advanced control systems.
- Career Growth: Opportunities for professional development and advancement within a forward-thinking, global industry.
Eligibility: 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...
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
TT....Read more...
As a Degree Engineer Technician, we’ll work in partnership to create a personal development plan designed to focus on the specific learning and development needs associated with your role. You’ll gain exposure to a wide range of disciplines including bespoke technical training within Engineering placements around the business, aiding in development of mechanical and electrical systems in the Aerospace industry, with particular focus on Air to Air Refuelling and Actuation.
You must be able to work on your own initiative, and as part of a team and have an enthusiasm for learning as 6 years will be dedicated to your studies. Due to the rotational structure of the first 3 years, you will need to be an individual that embraces change and adapts to new situations successfully, with the confidence to ask questions and absorb information.
The structure of the Degree Apprentice programme will be as follows:
Year 1 & 2 - During your first two years, you will combine work based learning with day release study at Bournemouth and Poole College, completing the initial stages of the Product Design & Development (Mechanical Design) degree pathway.
While on site, you will take part in rotational placements designed to give you a broad understanding of the business and support the needs of your academic curriculum. These rotations will include gaining hands on experience within our shop floor environment to develop familiarity with our products and manufacturing processes, before moving into office based areas such as Production Support, Simulation and Modelling, Systems Test, Airworthiness, Avionics, and Design.
Year 3 - The rotational structure will continue, and you will be gaining experience within functional specialisms, for example, Research and Development, and Air to Air Refuelling and Actuation Integrated Project Teams on an extended placement structure. You will continue with your professional studies through day release at Bournemouth College, studying towards your 3rd year of your BEng.
Year 4 & 5 – From Year 4 onward, the rotational element is removed, and you will move into a permanent role aligned to your interests, strengths, and development expectations, as well as those needs of the business. Alongside this, you will continue with your remaining two years of academic study, working towards the completion of your full BEng degree at Bournemouth University.
Year 6 – In your final year, you will focus on finalising your preparation of the mandatory End Point Assessment, which evaluates the knowledge, skills, and behaviours you have developed throughout the programme.Training:Level 6 Product Design & Development Engineer Degree Standard.
Personal Development Programme.Training Outcome:Progression to full time employment.Employer Description:Join Eaton and be a part of our commitment to providing impactful, energy efficient solutions that shape a sustainable future. At Eaton, we make what matters work, and we're dedicated to a workplace where ethics, inclusion, diversity, and our people are at the forefront. Located in Wimborne, Dorset, Eaton's Aerospace division is a global leader in aerospace fuel systems, renowned for delivering fully integrated solutions for both fixed and rotary wing aircraft. Our Wimborne facility specialises in cutting edge air to air refuelling systems, advanced refuelling probes, air to air and air to ground launch systems utilising both pneumatic and pyrotechnic ejection technologies, as well as a range of Defensive Aids Sub-Systems. With over 90 years of industry experience, we are recognised as the world’s leading provider of air to air refuelling systems, offering fifth generation solutions to Air Forces worldwide. Our legacy of innovation and technical excellence sets us apart as the most advanced air to air refuelling supplier on the globe.Working Hours :Monday - Friday, 08:00 - 16:30, possibility of shift work in line with placement rotations.Skills: Administrative skills,Analytical skills,Attention to detail,Communication skills,Customer care skills,Ethical,Initiative,IT skills,Logical,Non judgemental,Number skills,Organisation skills,Patience,Presentation skills,Problem solving skills,Team working....Read more...
