Are you ready to revolutionise the world with TEKEVER? At TEKEVER, we lead innovation in Europe as the European leader in unmanned technology, where cutting-edge advancements meet unparalleled innovation. Digital ️ Defence Security ️ Space We operate across four strategic areas, combining artificial intelligence, systems engineering, data science, and aerospace technology to tackle global challenges - from protecting people and critical infrastructure to exploring space. We offer a unique surveillance-as-a-service solution that delivers real-time intelligence, enhancing maritime safety and saving lives. Our products and services support strategic and operational decisions in the most demanding environments - whether at sea, on land, in space, or in cyberspace. Become part of a dynamic, multidisciplinary, and mission-driven team that is transforming maritime surveillance and redefining global safety standards. At TEKEVER, our mission is to provide limitless support through mission-oriented game-changers, delivering the right information at the right time to empower critical decision-making. If you're passionate about technology and eager to shape the future - TEKEVER is the place for you. Mission We are looking for versatile Electronics Engineers to join our rapidly growing UAS development team. This is a "full-spectrum" role where you will see your designs move from a blank sheet to rapid prototyping and finally into the air. Whether you are a Graduate eager to learn PCB layout and harness design, or a Principal Engineer capable of architecting complex mission systems and leading internal manufacturing standards, we have a place for you. You will be responsible for the "nervous system" of our aircraft: from power distribution to on-board mission systems and motor controllers to high-speed data interfaces for advanced payloads. What will be your responsibilities: PCB Design & Layout: Design, capture, and layout multi-layer PCBs (using Altium, Fusion or similar) for power management, signal conditioning, and sensor interfacing. System Integration: Design and specify complex aircraft wiring looms and interconnects, ensuring signal integrity and robust EMI/EMC performance. Prototyping & Build: Work closely with our in-house manufacturing team to assemble, solder, and bring up initial prototype hardware. Payload Integration: Develop bespoke electronics to interface novel sensors and mission systems with the aircraft's main flight computer. Testing & Validation: Conduct rigorous bench testing, thermal analysis, and environmental stress testing to ensure hardware reliability in flight. Lifecycle Management: (Senior/Principal) Define design standards, manage component obsolescence, and mentor junior engineers in "Design for Manufacture" (DfM) principles. Profile and requirements: Education: Degree in Electronic Engineering, Mechatronics, or a related field. Technical Skills: Proficiency in schematic capture and PCB layout software. Hands-on Ability: Comfortable with soldering, using oscilloscopes, and basic mechanical assembly of electronics enclosures. Domain Knowledge: Understanding of power electronics (batteries, ESCs, BLDC motors) and/or digital communication protocols (CAN, SPI, I2C, Ethernet). Seniority Levels: Graduate/Junior: Strong academic projects or personal "maker" portfolio (e.g., drones, robotics). Senior/Principal: 8-12+ years of experience with a track record of delivering flight-critical or ruggedized hardware. Security: Must be eligible for SC Clearance. The "Maker" Mindset: A genuine passion for building things. You enjoy the process of seeing a design come to life in the lab. Attention to Detail: A meticulous approach to hardware development, ensuring high standards and quality assurance. Versatility: The ability to operate effectively across diverse electrical domains, ranging from high-power systems to high-precision, low-power signal processing. Adaptability: A proactive desire to embrace new processes and drive continuous improvement in engineering methods. Agility: Comfortable leading in a fast-paced development environment where requirements and threats can evolve rapidly. What we have to offer you An excellent work environment and an opportunity to make a difference; Salary Compatible with the level of proven experience. Do you want to know more about us? Visit our LinkedIn page at
Feb 04, 2026
Full time
Are you ready to revolutionise the world with TEKEVER? At TEKEVER, we lead innovation in Europe as the European leader in unmanned technology, where cutting-edge advancements meet unparalleled innovation. Digital ️ Defence Security ️ Space We operate across four strategic areas, combining artificial intelligence, systems engineering, data science, and aerospace technology to tackle global challenges - from protecting people and critical infrastructure to exploring space. We offer a unique surveillance-as-a-service solution that delivers real-time intelligence, enhancing maritime safety and saving lives. Our products and services support strategic and operational decisions in the most demanding environments - whether at sea, on land, in space, or in cyberspace. Become part of a dynamic, multidisciplinary, and mission-driven team that is transforming maritime surveillance and redefining global safety standards. At TEKEVER, our mission is to provide limitless support through mission-oriented game-changers, delivering the right information at the right time to empower critical decision-making. If you're passionate about technology and eager to shape the future - TEKEVER is the place for you. Mission We are looking for versatile Electronics Engineers to join our rapidly growing UAS development team. This is a "full-spectrum" role where you will see your designs move from a blank sheet to rapid prototyping and finally into the air. Whether you are a Graduate eager to learn PCB layout and harness design, or a Principal Engineer capable of architecting complex mission systems and leading internal manufacturing standards, we have a place for you. You will be responsible for the "nervous system" of our aircraft: from power distribution to on-board mission systems and motor controllers to high-speed data interfaces for advanced payloads. What will be your responsibilities: PCB Design & Layout: Design, capture, and layout multi-layer PCBs (using Altium, Fusion or similar) for power management, signal conditioning, and sensor interfacing. System Integration: Design and specify complex aircraft wiring looms and interconnects, ensuring signal integrity and robust EMI/EMC performance. Prototyping & Build: Work closely with our in-house manufacturing team to assemble, solder, and bring up initial prototype hardware. Payload Integration: Develop bespoke electronics to interface novel sensors and mission systems with the aircraft's main flight computer. Testing & Validation: Conduct rigorous bench testing, thermal analysis, and environmental stress testing to ensure hardware reliability in flight. Lifecycle Management: (Senior/Principal) Define design standards, manage component obsolescence, and mentor junior engineers in "Design for Manufacture" (DfM) principles. Profile and requirements: Education: Degree in Electronic Engineering, Mechatronics, or a related field. Technical Skills: Proficiency in schematic capture and PCB layout software. Hands-on Ability: Comfortable with soldering, using oscilloscopes, and basic mechanical assembly of electronics enclosures. Domain Knowledge: Understanding of power electronics (batteries, ESCs, BLDC motors) and/or digital communication protocols (CAN, SPI, I2C, Ethernet). Seniority Levels: Graduate/Junior: Strong academic projects or personal "maker" portfolio (e.g., drones, robotics). Senior/Principal: 8-12+ years of experience with a track record of delivering flight-critical or ruggedized hardware. Security: Must be eligible for SC Clearance. The "Maker" Mindset: A genuine passion for building things. You enjoy the process of seeing a design come to life in the lab. Attention to Detail: A meticulous approach to hardware development, ensuring high standards and quality assurance. Versatility: The ability to operate effectively across diverse electrical domains, ranging from high-power systems to high-precision, low-power signal processing. Adaptability: A proactive desire to embrace new processes and drive continuous improvement in engineering methods. Agility: Comfortable leading in a fast-paced development environment where requirements and threats can evolve rapidly. What we have to offer you An excellent work environment and an opportunity to make a difference; Salary Compatible with the level of proven experience. Do you want to know more about us? Visit our LinkedIn page at
Principal Electronics Engineer Southampton or Bristol 6-month contract Paying up to 65p/h (InsideIR35) Please note - due to the nature of the work, you will need to hold or be eligible to obtain a high level of UK Security clearance - please only apply if suitable Overview Primary focus on the design and development of digital processing electronics and support to RF and analogue power circuitry for complex laboratory and aircraft sensor systems. You will work across a range of projects throughout various stages of the product lifecycle, from initial concept development through to early life production and field support. Key Responsibilities: Design and development of mixed-technology electronic designs comprising of one or more Microcontrollers, CPLD and/or FPGA devices interfacing with RF and analogue circuits. Implementation of digital interfaces such as Ethernet, CAN, I2C, SPI and RS422 alongside high-speed optical fibre and Ethernet interfaces. Design and development of power and control boards requiring high safety ratings and designed for DO-160 qualification. The role will focus on being the technical focal point for supporting our active and future airborne communication designs, including occasional customer and wider supply chain liaison. Required Skillset & Experience Analogue circuit design experience with knowledge/hands-on experience of op-amps, ADC?s and DAC driven reference supplies. RF circuit design experience with knowledge/hands-on experience of RF amplifiers, multiplexors and signal conditioning. Experience in providing support to embedded software and firmware teams. Experience in peer reviewing designs and support to system architects/system integration activities. Working knowledge of requirements management and design within DO-254. Experience in digital circuit design using FPGA's, Microcontrollers and DDR/Flash memories. Experience in circuit design modelling and simulation tools. Experience in generating concise technical reports detailing design solutions, implementation rationale and test reports. Experience of following a design lifecycle process, such as participating in design reviews, which come with working in a high-technology defence environment. Practical hands-on experience of high-speed digital hardware circuit design, including schematic entry, component selection and generation of supporting design documentation. Experience of PCB prototyping, commissioning and fault-finding using electronic test and measurement equipment within an engineering laboratory environment. A Degree in a relevant engineering or scientific discipline (Electronics Engineering preferred). Disclaimer: This vacancy is being advertised by either Advanced Resource Managers Limited, Advanced Resource Managers IT Limited or Advanced Resource Managers Engineering Limited ("ARM"). ARM is a specialist talent acquisition and management consultancy. We provide technical contingency recruitment and a portfolio of more complex resource solutions. Our specialist recruitment divisions cover the entire technical arena, including some of the most economically and strategically important industries in the UK and the world today. We will never send your CV without your permission. Where the role is marked as Outside IR35 in the advertisement this is subject to receipt of a final Status Determination Statement from the end Client and may be subject to change.
Jan 30, 2026
Contractor
Principal Electronics Engineer Southampton or Bristol 6-month contract Paying up to 65p/h (InsideIR35) Please note - due to the nature of the work, you will need to hold or be eligible to obtain a high level of UK Security clearance - please only apply if suitable Overview Primary focus on the design and development of digital processing electronics and support to RF and analogue power circuitry for complex laboratory and aircraft sensor systems. You will work across a range of projects throughout various stages of the product lifecycle, from initial concept development through to early life production and field support. Key Responsibilities: Design and development of mixed-technology electronic designs comprising of one or more Microcontrollers, CPLD and/or FPGA devices interfacing with RF and analogue circuits. Implementation of digital interfaces such as Ethernet, CAN, I2C, SPI and RS422 alongside high-speed optical fibre and Ethernet interfaces. Design and development of power and control boards requiring high safety ratings and designed for DO-160 qualification. The role will focus on being the technical focal point for supporting our active and future airborne communication designs, including occasional customer and wider supply chain liaison. Required Skillset & Experience Analogue circuit design experience with knowledge/hands-on experience of op-amps, ADC?s and DAC driven reference supplies. RF circuit design experience with knowledge/hands-on experience of RF amplifiers, multiplexors and signal conditioning. Experience in providing support to embedded software and firmware teams. Experience in peer reviewing designs and support to system architects/system integration activities. Working knowledge of requirements management and design within DO-254. Experience in digital circuit design using FPGA's, Microcontrollers and DDR/Flash memories. Experience in circuit design modelling and simulation tools. Experience in generating concise technical reports detailing design solutions, implementation rationale and test reports. Experience of following a design lifecycle process, such as participating in design reviews, which come with working in a high-technology defence environment. Practical hands-on experience of high-speed digital hardware circuit design, including schematic entry, component selection and generation of supporting design documentation. Experience of PCB prototyping, commissioning and fault-finding using electronic test and measurement equipment within an engineering laboratory environment. A Degree in a relevant engineering or scientific discipline (Electronics Engineering preferred). Disclaimer: This vacancy is being advertised by either Advanced Resource Managers Limited, Advanced Resource Managers IT Limited or Advanced Resource Managers Engineering Limited ("ARM"). ARM is a specialist talent acquisition and management consultancy. We provide technical contingency recruitment and a portfolio of more complex resource solutions. Our specialist recruitment divisions cover the entire technical arena, including some of the most economically and strategically important industries in the UK and the world today. We will never send your CV without your permission. Where the role is marked as Outside IR35 in the advertisement this is subject to receipt of a final Status Determination Statement from the end Client and may be subject to change.
We are currently looking for a Senior/Principal Systems Engineer to lead system definition, architecture, and governance across complex e drive, inverter, motor, battery, and thermal domains. This role acts as a technical authority across the full systems V model, ensuring alignment between hardware, software, controls, and safety teams while shaping the future of advanced EV platforms. The Senior/Principal Systems Engineer will: Define and own system requirements across electrified powertrain programmes, from vehicle level through to subsystems. Lead the development of system architectures covering e drive, traction inverter, motor, battery, and thermal systems. Maintain full traceability of requirements and technical decisions across the systems V Serve as the technical authority for system level trade offs, integration, and performance targets. Coordinate cross functional inputs between hardware, software, controls, and functional safety teams. Lead technical reviews, architecture discussions, and system governance activities. The Senior/Principal Systems Engineer will have: Strong background in systems engineering for electrified powertrain or EV platforms. Proven experience defining, managing, and governing system requirements and architectures. Solid understanding of e drive systems including traction inverters, electric motors, and power electronics. Experience working across hardware, software, controls, and functional safety domains. Strong familiarity with systems engineering processes and V model development. Excellent leadership, communication, and decision making skills, with the ability to influence senior stakeholders. This is a unique opportunity to take a leading role in defining and governing cutting edge electric powertrain systems. For more information, simply click the "Apply now" button and we will be in touch with more details!
Jan 30, 2026
Full time
We are currently looking for a Senior/Principal Systems Engineer to lead system definition, architecture, and governance across complex e drive, inverter, motor, battery, and thermal domains. This role acts as a technical authority across the full systems V model, ensuring alignment between hardware, software, controls, and safety teams while shaping the future of advanced EV platforms. The Senior/Principal Systems Engineer will: Define and own system requirements across electrified powertrain programmes, from vehicle level through to subsystems. Lead the development of system architectures covering e drive, traction inverter, motor, battery, and thermal systems. Maintain full traceability of requirements and technical decisions across the systems V Serve as the technical authority for system level trade offs, integration, and performance targets. Coordinate cross functional inputs between hardware, software, controls, and functional safety teams. Lead technical reviews, architecture discussions, and system governance activities. The Senior/Principal Systems Engineer will have: Strong background in systems engineering for electrified powertrain or EV platforms. Proven experience defining, managing, and governing system requirements and architectures. Solid understanding of e drive systems including traction inverters, electric motors, and power electronics. Experience working across hardware, software, controls, and functional safety domains. Strong familiarity with systems engineering processes and V model development. Excellent leadership, communication, and decision making skills, with the ability to influence senior stakeholders. This is a unique opportunity to take a leading role in defining and governing cutting edge electric powertrain systems. For more information, simply click the "Apply now" button and we will be in touch with more details!
