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Overview Vantiva is a global technology leader in connectivity technologies, delivering broadband, video, and IoT-driven smart systems. We value a customer-focused approach and bring decades of software development, hardware design, and supply chain expertise to deliver high-quality solutions at scale. We are committed to sustainability and inclusive work environments. Role Intern / Software Engineer. Requires an A-Level or similar qualification in Computer or Electrical engineering or relevant experience. Responsibilities Be an individual contributor to assigned modules and support the team technically. Triage field issues via log collection and analysis. Exposure to the design and architecture of embedded systems. Work closely with technical leads and architects to gather requirements and design and implement features. Collaborate with fellow developers to ensure timely delivery of products. Qualifications / Technical Skills Strong design and development skills in C, Linux and/or Networking. Understand Home Gateways / wireless routers. Experience with networking features & protocols - 802.11, Routing, Bridging, DHCP, NAT, IPv6, Firewall, QoS, PPPoE. Experience in Linux networking stack; Linux system programming, application development, and debugging skills. Good programming skills and strong analytical, logical reasoning abilities. Diversity & Equal Opportunity Vantiva is committed to an inclusive work environment and equal opportunity for all employees. We provide fair wages and reasonable accommodation during the application process upon request.

Role Purpose We are seeking a highly skilled and experienced Contractor - Systems Engineer to join our team designing and developing high-integrity systems. The ideal candidate will have a deep understanding of the whole systems engineering lifecycle and work in a multidisciplinary team to design a variety of complex systems. Projects will be of varying levels of size and complexity and both internal and external projects. The successful candidate will be able to apply both MBSE and traditional document based approaches to design definition according to the requirements of the project, applying industry best practice to analyse and validate the proposed architecture(s). Key Responsibilities Liaise with stakeholders to enable the elicitation of architectural requirements. Analyse and define system features and attributes to inform the creation of the most appropriate system architecture. Conduct appropriate analysis (use cases, sequence diagrams, simulations, state machines etc.) for defining system behaviour and application to the system architecture. Define Logical architectures to support the definition and allocation of feature/functions. Analyse and define physical architecture and interfaces. Support the system level fault response and reconfiguration activities. Support reliability and safety analysis (e.g. ITD, FMEA, FTA, HARA etc.). Use requirements management tools for capturing requirements at all levels and generating specification documents. Mentor system engineers in the application of the defined system architecture. Ensure that the system architecture effectively supports integration and test activities. Ensure project documentation is correctly managed, maintained and released in line with company processes and standards. Deliver engineering tasks in line with project milestones. Support the governance of requirements management processes, toolchain, and model ontology. Qualifications, Experience and Skills Required A degree or similar qualification in an engineering discipline. A sound understanding of engineering, physics and applied mathematics and their application to solving real world problems. Excellent problem solving and analytical skills. Able to prioritise and manage projects and tasks effectively. Relevant experience in system design, electrical/electronic engineering and control systems. Experience in a customer facing role, providing technical interfaces to customers. Strong presentation, report writing, and communication skills. Ability to liaise effectively with stakeholders at all levels. Experience in engineering of vehicle electrification, power systems and/or renewable energy. Preferred A degree in Systems Engineering or a degree with Systems Engineering content. Experience in battery management system (BMS) design and implementation. Familiarity with process frameworks e.g. automotive SPICE and systems engineering processes. Experience of variant management, change control and/or a feature based approach to system design and implementation. Experience in verification and validation and/or design implementation. Experience of Business Management Systems including ISO 9001. Familiar with delivering projects to APQP requirements or a similar quality driven system. System or Knowledge Deep understanding of system architecture principles and design patterns. Proficiency in systems engineering methodologies, including requirements management, risk analysis, and validation/verification. Experience with relevant tools and technologies, such as SysML, UML, and architecture modelling software. Strong knowledge of industry standards and regulatory requirements for high-integrity systems (e.g., ISO 26262, DO 178C, IEC 61508). Robustness analysis such as FMEA using an appropriate industry standard. Personal Attributes Self motivated, creative and an adaptive team player. Willingness to take on roles, responsibilities and challenges required to achieve company goals and objectives. Excellent problem solving and analytical skills. Able to prioritise and organise multiple projects, workloads, schedules, and tasks. Strong presentation, report writing and communication skills. Strong interpersonal skills are essential in this role. Location and Travel You must be eligible to work in the UK and have no restrictions for world wide travel. This role is based in the UK with hybrid working arrangements. Working hours are 09h00 to 17h00, 5 days a week, however frequent travel is expected, and flexible working patterns are essential to the role. We are committed to creating an inclusive workplace and welcome applications from all qualified candidates regardless of age, disability, gender identity, race, religion, sexual orientation, or background.

MediaTek Incorporated is a global fabless semiconductor company that enables nearly 2 billion connected devices a year. We are a market leader in developing innovative systems on chip (SoC) for mobile device, home entertainment, connectivity and IoT products. MediaTek is the number one Wi Fi supplier across broadband, retail routers, consumer electronics devices and gaming, and its Wi Fi 6 chipsets are powering the latest networking equipment for faster computing experiences.With market leader position of MediaTek SoC design, MediaTek GPU IP team is committed for industry leading, feature rich and PPA competitive GFX IP optimization, customization and development. The GFX IP will be not only deployed in flagship and mainstream mobile SoC, but also served as fundamental technology for adjacent markets like laptop, IoT, AI, VR/AR, automotive etc. The team is now hiring all areas of GPU talents in all levels including Architecture, Architecture, SW driver, Compiler, Performance, Power and Model engineers to join Cambourne, Cambridge. Role and Responsibilities Define GPU compiler software architecture and interfaces. Development/implement GPU compiler pipeline, linking and various optimizations/transformations. Collaborate with Driver team, HW team to implement new API & HW features. Collaborate with Driver team, HW team to improve/tune performance & power consumption. Execute & deliver to meet milestones/schedules. Analyze and debug code generation issues. Analyze and influence future GPU architectures. Construct reliable & trustable relationships across teams internally & externally. Main Requirements and Qualifications BS, MS or PhD degree or equivalent in Computer Science, Electrical or Computer Engineering or related majors. Working experience on product compiler, compiler tools such as assembler, linker development. Hands on knowledge/experience on C/C++ programming. Hands on knowledge/experience on state of the art compiler optimization/transformation techniques. Hands on knowledge/experience on LLVM. Strong teamwork skill and execution capability. Strong problem solving, root causing and debugging skills. Preferred skills: Knowledge/experience on GPU/GPU pipeline and GPU architecture. Knowledge/experience on SIMD architecture. Knowledge/experience on D3D, Vulkan/OpenGL, OpenCL APIs. Knowledge/experience on leveraging AI in compiler/tool/optimization development.

MediaTek Incorporated is a global fabless semiconductor company that enables nearly 2 billion connected devices a year. We are a market leader in developing innovative systems on chip (SoC) for mobile devices, home entertainment, connectivity and IoT products. MediaTek is the number one Wi Fi supplier across broadband, retail routers, consumer electronics devices and gaming, and its Wi Fi 6 chipsets are powering the latest networking equipment for faster computing experience's. With market leader position of MediaTek SoC design, MediaTek GPU IP team is committed for industry leading, feature rich and PPA competitive GFX IP optimization, customization and development. The GFX IP will be not only deployed in flagship and mainstream mobile SoC, but also served as fundamental technology for adjacent markets like laptop, IoT, AI, VR/AR, automotive etc. The team is now hiring all areas of GPU talents in all levels including Architecture, Architecture, SW driver, Compiler, Performance, Power and Model engineers to join Cambourne, Cambridge. Responsibilities Define and develop best in class GPU architecture and performance/power models for next generation MediaTek SoCs. Build and maintain cycle accurate / performance / functional models of GPU subsystems (e.g., shader cores, fixed function units, memory hierarchy, interconnect). Use modeling and profiling to explore architectural trade offs (performance, power, area) and guide micro architecture decisions. Analyze workloads (games, graphics benchmarks, GPU compute, AI/ML kernels) using simulation and hardware profiling to identify bottlenecks and optimization opportunities. Collaborate closely with model, RTL, DV, driver and compiler and performance teams to ensure architectural intent is correctly implemented, verified and tuned. Provide architectural input to compiler/driver/runtime teams to maximize utilization of GPU hardware through software optimizations. Develop methodologies, tools and automation flows for GPU performance estimation, capacity planning and regression analysis. Lead the debug and root cause analysis of performance, power and bandwidth issues observed in models, emulation and silicon. Drive cross team technical discussions, present modeling results and architectural proposals, and influence roadmap decisions for next generation GPUs. Main Requirements and Qualifications Bachelor, Master's or higher in Computer Science, Electrical/Computer Engineering or a closely related field. Experience in GPU, graphics, high performance compute, AI accelerator, or related architecture/modeling areas. Strong experience with performance and/or cycle accurate modeling, simulation frameworks, or architectural exploration for complex SoCs or accelerators. Solid understanding of graphics and compute APIs such as Vulkan, OpenGL, DirectX and/or GPU compute frameworks (e.g., OpenCL, CUDA, Metal). Proficiency in at least one modeling or implementation language (e.g., C/C++, SystemC, Python) and familiarity with scripting for data analysis and automation. Experience with performance analysis tools, profiling methodologies and workload characterization for games, benchmarks and/or GPU compute workloads. Good written and oral communication skills, with the ability to present complex technical topics clearly and drive consensus across teams. Preferred Qualifications Experience with mobile/low power GPU design and power/performance trade off analysis. Background in compiler, driver, or runtime optimization for GPUs or accelerators. Familiarity with ML/AI workloads, DNN operators and their mapping onto GPU or accelerator architectures. Experience collaborating with silicon implementation, physical design and DV teams on performance and power sign off.

Aim high, go beyond! At Open Cosmos we are solving the world's biggest challenges from space, providing businesses, governments and researchers access to more readily available information than ever before - ready for the challenge? Then read on Working in the Satcom Team The Satcom Team is responsible for modelling, simulating, and continuously optimising the performance of Open Cosmos' satellite communication infrastructure. This includes the space segment, inter-satellite links, terminals, and ground connectivity, ensuring our end-to-end systems deliver reliable, efficient, and scalable service under dynamic conditions. We work with cutting edge technologies such as digital twins, autonomous networks, and large scale constellation models. The team plays a key role in design validation, mission planning, and performance driven engineering decision making. What will you be doing? As Satcom Payload Architect, you will own the end to end technical architecture of next generation satellite payloads, ensuring that service intent, payload design, and satellite implementation are fully aligned. Define the complete payload architecture, with a strong focus on digitally processed, highly flexible, and scalable solutions for LEO constellations. Act as the technical bridge between Satcom Solutions (service definition) and Satellite Infrastructure (spacecraft delivery). Translate service level requirements (throughput, latency, availability) into clear, verifiable technical specifications across all payload subsystems. Drive critical SWaP, cost, and risk trade offs, maximising performance per kilogram and watt. Perform detailed microwave link budgets and cascade analysis, ensuring mission performance under worst case operational and thermal conditions. Define architectures and requirements for: High gain, dynamic beamforming antennas (multi beam reflectors or APAAs) RF front end chains (LNAs, SSPAs, frequency agile converters) Digitally regenerative payload processors supporting multiple waveforms (DVB S2X/RCS2, 3GPP NTN) High data rate inter satellite links (optical and/or mmWave RF) Architect high stability frequency generation and signal conditioning chains to support resilient PNT alternatives to GNSS. Define passive spectrum monitoring and geolocation capabilities to detect and localise RFI and jamming. Develop the payload Concept of Operations (CONOPS), including autonomous modes, reconfiguration strategies, and failure detection/recovery. Work closely with satellite bus teams to ensure payload thermal, mechanical, electrical, and data interfaces are fully aligned. In this role you will make decisions that directly shape what we build and fly. What You'll bring Deep understanding of satellite communication payload architectures, particularly for LEO systems. Strong systems engineering mindset, including requirements definition, flow down and verification. In depth knowledge of RF and microwave systems, including link budgets, noise figure, linearity and cascade effects. Confidence defining antenna systems, RF front ends, onboard processors and inter satellite link architectures. Solid understanding of digital payloads, including DSP, SDR architectures and high speed data conversion. Comfort making informed trade offs across performance, SWaP, cost and risk. Familiarity with satellite communication standards such as DVB S2X, DVB RCS2 and 3GPP NTN. Ability to work across hardware and software boundaries within complex space systems. Capability to produce clear, structured and verifiable technical documentation. A pragmatic, collaborative approach with a strong sense of accountability. This role will be based in the UK or Spain. Why Open Cosmos? Work at the cutting edge of space technology with customers around the globe. A mission driven company making space accessible to help solve real world challenges. A diverse, ambitious, and supportive team.

MediaTek Incorporated is a global fabless semiconductor company that enables nearly 2 billion connected devices a year. We are a market leader in developing innovative systems on chip (SoC) for mobile devices, home entertainment, connectivity and IoT products. MediaTek is the number one Wi Fi supplier across broadband, retail routers, consumer electronics devices and gaming, and its Wi Fi 6 chipsets are powering the latest networking equipment for faster computing experience's. With market leader position of MediaTek SoC design, MediaTek GPU IP team is committed for industry leading, feature rich and PPA competitive GFX IP optimization, customization and development. The GFX IP will be not only deployed in flagship and mainstream mobile SoC, but also served as fundamental technology for adjacent markets like laptop, IoT, AI, VR/AR, automotive etc. The team is now hiring all areas of GPU talents in all levels including Architecture, Architecture, SW driver, Compiler, Performance, Power and Model engineers to join Cambourne, Cambridge. Responsibilities Define and develop best in class GPU architecture and performance/power models for next generation MediaTek SoCs. Build and maintain cycle accurate / performance / functional models of GPU subsystems (e.g., shader cores, fixed function units, memory hierarchy, interconnect). Use modeling and profiling to explore architectural trade offs (performance, power, area) and guide micro architecture decisions. Analyze workloads (games, graphics benchmarks, GPU compute, AI/ML kernels) using simulation and hardware profiling to identify bottlenecks and optimization opportunities. Collaborate closely with model, RTL, DV, driver and compiler and performance teams to ensure architectural intent is correctly implemented, verified and tuned. Provide architectural input to compiler/driver/runtime teams to maximize utilization of GPU hardware through software optimizations. Develop methodologies, tools and automation flows for GPU performance estimation, capacity planning and regression analysis. Lead the debug and root cause analysis of performance, power and bandwidth issues observed in models, emulation and silicon. Drive cross team technical discussions, present modeling results and architectural proposals, and influence roadmap decisions for next generation GPUs. Main Requirements and Qualifications Bachelor, Master's or higher in Computer Science, Electrical/Computer Engineering or a closely related field. Experience in GPU, graphics, high performance compute, AI accelerator, or related architecture/modeling areas. Strong experience with performance and/or cycle accurate modeling, simulation frameworks, or architectural exploration for complex SoCs or accelerators. Solid understanding of graphics and compute APIs such as Vulkan, OpenGL, DirectX and/or GPU compute frameworks (e.g., OpenCL, CUDA, Metal). Proficiency in at least one modeling or implementation language (e.g., C/C++, SystemC, Python) and familiarity with scripting for data analysis and automation. Experience with performance analysis tools, profiling methodologies and workload characterization for games, benchmarks and/or GPU compute workloads. Good written and oral communication skills, with the ability to present complex technical topics clearly and drive consensus across teams. Preferred Qualifications Experience with mobile/low power GPU design and power/performance trade off analysis. Background in compiler, driver, or runtime optimization for GPUs or accelerators. Familiarity with ML/AI workloads, DNN operators and their mapping onto GPU or accelerator architectures. Experience collaborating with silicon implementation, physical design and DV teams on performance and power sign off.

Responsibilities Synthesize Verilog RTL and create models; compile them to emulators like Veloce, Palladium, Zebu, or FPGA platforms. Develop all aspects of hardware emulator implementation, focusing on design partitioning, synthesis, place and route, timing analysis, and runtime performance. Drive debug of failure on emulator using latest technologies; collaborate with designers and software driver team for test planning and debugging. Work with tool vendors and improve methodology to increase area/performance of the synthesized FPGA RTL. Integrate third party IP and perform system level debugging. Conduct system level RTL simulation and design verification. Support chip bring up and post silicon debug. Debug functional and timing models. Preferred Qualifications Bachelor's degree in Science, Engineering, or closely related field. 3+ years of hands on experience in emulation/simulation acceleration/FPGA. 2+ years of experience creating high performance and area efficient emulation environments from RTL. 2+ years of experience in emulator platforms, platform bring up, digital design, verification, debugging, and waveform viewing. Experience with hardware emulators such as Palladium, ZeBu, Veloce, or FPGA systems based on Xilinx or Altera FPGAs. Experience with emulation methodologies including in circuit emulation, hybrid systems, or simulation acceleration. Desirable Skills MS degree in Electrical Engineering or equivalent, with 2 years of practical experience. Design verification knowledge - UVM/SystemVerilog preferred. Knowledge of GPU/CPU/DDR/Bus architectures. Experience with Verilog and SystemVerilog. System level software debugging and RTL debugging. Programming skills in C and C++. Experience scripting in Python, Tcl, or Perl. Knowledge of vendor emulation tools, Xilinx tools, and synthesis tools. Minimum Qualifications Bachelor's degree in Science, Engineering, or related field and 4+ years of ASIC design, verification, validation, integration, or related work experience. Master's degree in Science, Engineering, or related field and 3+ years of ASIC design, verification, validation, integration, or related work experience. PhD in Science, Engineering, or related field and 2+ years of ASIC design, verification, validation, integration, or related work experience. Qualcomm is an equal opportunity employer.

Role Purpose We are seeking a highly skilled and experienced Contractor - Systems Engineer to join our team designing and developing high-integrity systems. The ideal candidate will have a deep understanding of the whole systems engineering lifecycle and work in a multidisciplinary team to design a variety of complex systems. Projects will be of varying levels of size and complexity and both internal and external projects. The successful candidate will be able to apply both MBSE and traditional document based approaches to design definition according to the requirements of the project, applying industry best practice to analyse and validate the proposed architecture(s). Key Responsibilities Liaise with stakeholders to enable the elicitation of architectural requirements. Analyse and define system features and attributes to inform the creation of the most appropriate system architecture. Conduct appropriate analysis (use cases, sequence diagrams, simulations, state machines etc.) for defining system behaviour and application to the system architecture. Define Logical architectures to support the definition and allocation of feature/functions. Analyse and define physical architecture and interfaces. Support the system level fault response and reconfiguration activities. Support reliability and safety analysis (e.g. ITD, FMEA, FTA, HARA etc.) Use requirements management tools for capturing requirements at all levels and generating specification documents. Mentor system engineers in the application of the defined system architecture. Ensure that the system architecture effectively supports integration and test activities. Ensure project documentation is correctly managed, maintained and released in line with company processes and standards. Deliver engineering tasks in line with project milestones. Support the governance of requirements management processes, toolchain, and model ontology. Qualifications, Experience and Skills Required A degree or similar qualification in an engineering discipline A sound understanding of engineering, physics and applied mathematics and their application to solving real world problems. Excellent problem-solving and analytical skills. Able to prioritise and manage projects and tasks effectively. Relevant experience in system design, electrical/electronic engineering and control systems. Experience in a customer-facing role, providing technical interfaces to customers. Strong presentation, report writing, and communication skills. Ability to liaise effectively with stakeholders at all levels. Experience in engineering of vehicle electrification, power systems and/or renewable energy. Preferred A degree in Systems Engineering or a degree with Systems Engineering content. Experience in battery management system (BMS) design and implementation. Familiarity with process frameworks e.g. automotive spice and systems engineering processes Experience of variant management, change control and/or a feature-based approach to system design and implementation. Experience in verification and validation and/or design implementation. Experience of Business Management Systems including ISO9001. Familiar with delivering projects to APQP requirements or a similar quality driven system. System or Knowledge Deep understanding of system architecture principles and design patterns. Proficiency in systems engineering methodologies, including requirements management, risk analysis, and validation/verification. Experience with relevant tools and technologies, such as SysML, UML, and architecture modelling software. Strong knowledge of industry standards and regulatory requirements for high-integrity systems (e.g., ISO 26262, DO-178C, IEC 61508). Robustness analysis such as FMEA using an appropriate industry standard. Personal Attributes Self-motivated, creative and an adaptive team player. Willingness to take on roles, responsibilities and challenges required to achieve company goals and objectives. Excellent problem solving and analytical skills. Able to prioritise and organise multiple projects, workloads, schedules, and tasks. Strong presentation, report writing and communication skills. Strong interpersonal skills are essential in this role Location and Travel You must be eligible to work in the UK and have no restrictions for world-wide travel. This role is based in the UK with hybrid working arrangements. Working hours are 09h00 to 17h00, 5 days a week, however frequent travel is expected, and flexible working patterns are essential to the role. Equal Opportunities Statement We are committed to creating an inclusive workplace and welcome applications from all qualified candidates regardless of age, disability, gender identity, race, religion, sexual orientation, or background.

Manager - Site Specific LayoutSkip to main contentBy registering and proceeding with this application, you are confirming that you agree with our Privacy policy# VacanciesManager - Site Specific Layout page is loaded Manager - Site Specific LayoutApplylocations: Derby, UK: Manchester, UK: Warrington, UKtime type: Full timeposted on: Posted Todayjob requisition id: JR101726 Role: Manager - Site-Specific Layout & Installations Locations: Hybrid working with one of the following closest locations as primary: Derby, Warrington or Manchester Our missionOur mission is to deliver clean, affordable energy for all. Our Small Modular Reactor (SMR) provides a British solution to a global energy challenge. We are in pole position to become a global leader in SMRs and the UK's premier green export technology.The teamWithin Engineering, the CSA Installation & Modular Integration team plays a pivotal role in translating complex design into buildable, site-ready solutions. Operating at the heart of engineering integration, the team drives innovation across layout, constructability and modularisation to enable efficient, safe and repeatable deployment.The roleIn this context, we are looking for a Manager - Site-Specific Layout & Installations , reporting to the Senior Manager (Reactor Island Layout). Leading a team of circa six engineers, you will be accountable for delivering site-specific Reactor Island layouts derived from the Generic Design, supporting deployment in the UK and Czechia.This is a highly visible, integration-focused role-owning the development of layout solutions that interpret country-specific regulatory requirements, coordinate multidisciplinary inputs, and ensure designs are optimised for constructability, safety and operational performance. You will play a key role in enabling licensing success while shaping scalable, repeatable design solutions across multiple sites.What you'll be deliveringWe'll need you to: Leading delivery of integrated, site-specific Reactor Island layouts, translating generic design intent into compliant, buildable solutions Coordinating multidisciplinary teams across Structures, Systems, Components and Conventional Island to achieve fully integrated outcomes Owning configuration, requirements and variant management, ensuring robust governance and traceability of design evolution Managing the federated CAD model for Reactor Island and driving alignment with architecture, access, safety and zoning strategies Developing and owning delivery plans, managing risk and driving performance against cost, quality and schedule Building and leading a high-performing team, supporting capability growth, coaching and effective deployment of resource What you'll bringThis is a pivotal, high-impact leadership role-you'll bring technical credibility, systems thinking and delivery focus, along with the ability to align diverse stakeholders and drive clarity across complex engineering challenges.Skills & experience Degree-qualified in Mechanical, Electrical Engineering or a related discipline, with Chartered status (or working towards) We'll ask about your experience delivering complex layout or installation design programmes, from concept through to detailed definition, within regulated environments Strong knowledge of systems engineering, requirements management (e.g. DOORS), configuration control and gated design review processes Experience leading engineering teams, integrating multidisciplinary inputs and managing technical and programme risk Awareness of nuclear or highly regulated industry standards, with exposure to international codes/regulations considered advantageousLocationWe offer hybrid working with flexibility across Derby, Manchester or Warrington, with regular in-person collaboration expected. Occasional travel to UK offices, customer locations and international sites may be required.What's in it for you We anticipate paying a salary of between £60,000-£78,750 Bonus - Performance related target opportunity 7% Benefits Allowance - £2,200 per annum, enabling you to create a bespoke package Pension - 12% employer and 6% employee contributions. Holidays - 28 days holiday (+ public holidays) and the ability to buy or sell up to 4 days. Private Medical Insurance - BUPA single cover health care Life Assurance - 6x pensionable pay £250 - One-off payment for new starters for home office purchasesInclusion & accessibilityWe are an equal opportunities employer and welcome applications from all backgrounds. As a Disability Confident organisation, we are committed to inclusive and accessible recruitment practices and will make reasonable adjustments where needed.Confidence can sometimes hold us back-but there's no such thing as a perfect candidate. If you feel you meet around 75% of the criteria, we'd love to hear from you. We also welcome applications from those considering a sector transition with transferable skills.Selection processThe selection process will include an initial conversation with the Talent Acquisition team, followed by interview stages with the hiring team. Due to the nature of our work, successful candidates will be required to undergo BPSS clearance and pre-employment screening. Pay Range: £60,000.00-£78,750.00 Why Join Us? You'll be joining a forward-thinking organisation that values transparency, fairness, and innovation. We offer:• A flexible, inclusive, and supportive working environment. • Opportunities for career growth in a rapidly scaling business. • A culture that values diversity, innovation, and continuous learning.We are an equal opportunities employer and welcome applications from all backgrounds. Inclusivity is important to us, and as a Disability Confident organisation, we are committed to fair, supportive, and continually improving recruitment practices that ensure everyone has the opportunity to thrive.Confidence can sometimes hold us back from applying for a job. But we'll let you in on a secret: there's no such thing as a 'perfect' candidate. If you feel you meet 75% of the requirements for this role, we would love to hear from you.Also, if you are considering a career move or a sector-jump, please get in touch - we welcome applications from people with transferable skills. Our Application Process Due to the safety regulations within the nuclear industry, applicants will be required to participate in additional screening. These are:• Obtaining Baseline Personnel Security Standard (BPSS) clearance • Satisfactory completion of a Disclosure and Barring Service (DBS) check • Satisfactory completion of a basic financial probity check

MediaTek Incorporated is a global fabless semiconductor company that enables nearly 2 billion connected devices a year. We are a market leader in developing innovative systems on chip (SoC) for mobile devices, home entertainment, connectivity and IoT products. MediaTek is the number one Wi Fi supplier across broadband, retail routers, consumer electronics devices and gaming, and its Wi Fi 6 chipsets are powering the latest networking equipment for faster computing experience's. With market leader position of MediaTek SoC design, MediaTek GPU IP team is committed for industry leading, feature rich and PPA competitive GFX IP optimization, customization and development. The GFX IP will be not only deployed in flagship and mainstream mobile SoC, but also served as fundamental technology for adjacent markets like laptop, IoT, AI, VR/AR, automotive etc. The team is now hiring all areas of GPU talents in all levels including Architecture, Architecture, SW driver, Compiler, Performance, Power and Model engineers to join Cambourne, Cambridge. Responsibilities Define and develop best in class GPU architecture and performance/power models for next generation MediaTek SoCs. Build and maintain cycle accurate / performance / functional models of GPU subsystems (e.g., shader cores, fixed function units, memory hierarchy, interconnect). Use modeling and profiling to explore architectural trade offs (performance, power, area) and guide micro architecture decisions. Analyze workloads (games, graphics benchmarks, GPU compute, AI/ML kernels) using simulation and hardware profiling to identify bottlenecks and optimization opportunities. Collaborate closely with model, RTL, DV, driver and compiler and performance teams to ensure architectural intent is correctly implemented, verified and tuned. Provide architectural input to compiler/driver/runtime teams to maximize utilization of GPU hardware through software optimizations. Develop methodologies, tools and automation flows for GPU performance estimation, capacity planning and regression analysis. Lead the debug and root cause analysis of performance, power and bandwidth issues observed in models, emulation and silicon. Drive cross team technical discussions, present modeling results and architectural proposals, and influence roadmap decisions for next generation GPUs. Main Requirements and Qualifications Bachelor, Master's or higher in Computer Science, Electrical/Computer Engineering or a closely related field. Experience in GPU, graphics, high performance compute, AI accelerator, or related architecture/modeling areas. Strong experience with performance and/or cycle accurate modeling, simulation frameworks, or architectural exploration for complex SoCs or accelerators. Solid understanding of graphics and compute APIs such as Vulkan, OpenGL, DirectX and/or GPU compute frameworks (e.g., OpenCL, CUDA, Metal). Proficiency in at least one modeling or implementation language (e.g., C/C++, SystemC, Python) and familiarity with scripting for data analysis and automation. Experience with performance analysis tools, profiling methodologies and workload characterization for games, benchmarks and/or GPU compute workloads. Good written and oral communication skills, with the ability to present complex technical topics clearly and drive consensus across teams. Preferred Qualifications Experience with mobile/low power GPU design and power/performance trade off analysis. Background in compiler, driver, or runtime optimization for GPUs or accelerators. Familiarity with ML/AI workloads, DNN operators and their mapping onto GPU or accelerator architectures. Experience collaborating with silicon implementation, physical design and DV teams on performance and power sign off.

About Huawei Research and Development UK Limited Huawei is a leading global provider of ICT infrastructure and smart devices. Founded in 1987, we operate in more than 170 countries, serving over three billion people worldwide. Our vision is to bring digital to every person, home and organization for a fully connected, intelligent world. We drive ubiquitous connectivity, promote equal access to networks, bring cloud and artificial intelligence to all corners of the earth, build digital platforms to help industries become more agile, efficient and dynamic, and redefine user experience with AI. Job Summary Huawei is looking for interns with experience and knowledge in computer architecture research, specifically in CPU design and modelling. We wish to recruit students who are passionate about computer architecture and CPU design, with experience in model development. Job Purpose This research-oriented internship focuses on various aspects of CPU architecture and micro-architecture. Responsibilities include but are not limited to the following. Key Responsibilities Analysis, evaluate and research the state-of-the-art methods for memory (micro-)architecture designs, e.g. memory virtualization, replacement policies and cache access etc, to improve system performance and reduce power consumption. Identifying the performance bottlenecks of existing methods and proposing improvements or new methodologies. Developing high-level simulations of novel (micro-)architectural designs for further design space exploration. Running simulation-based experiments to examine and evaluate new ideas. Gathering, analysing and presenting experimental results. Contributing to scientific literature under the guidance. Required Currently enrolled in a Master's or PhD program in Computer Science, Software Engineering, Electronic & Electrical Engineering, or related fields. Strong mathematical and algorithmic problem solving skills and object-oriented programming in C/C++, Python, etc. Good understanding of the fundamentals of general-purpose CPU micro-architecture, such as pipelining, out-of-order execution, and caches. Good understanding of CPU instruction set architecture and assembly language, e.g. Arm, RISC V, MIPS, X86. Good understanding of the fundamentals of the general-purpose memory subsystem and operating systems for virtual memory systems. Desired Experience writing CPU functional/performance simulators, e.g. Qemu, Gem5. Experience writing compilers for architecture enablement and optimisation. Experience in performance analysis and tuning on modern CPUs. What We Offer Mentorship by an industry expert. Fixed-term employment contract up to two years. Flexible working. 33 days annual leave entitlement per year (including UK public holidays). Group personal pension. Corporate retail discounts. Employee assistance programme. Life insurance. Corporate social events.

Life as a Business Analyst on our ERP Programme Join one of the UK's largest electrical wholesalers as we reimagine our technology for the digital age. We're modernising our legacy systems and building new platforms powered by AWS and AI - and we need creative minds to help us shape the future! We're looking for an experienced Business Analyst to play a pivotal role in one of the most significant transformation programmes in our organisation's history. As we modernise our core business systems through a large-scale ERP transformation, you'll work at the heart of the programme-partnering with business stakeholders, technology teams and delivery partners to understand how our business operates today and help design how it will operate tomorrow. This is an opportunity for someone who thrives in a fast-paced environment, enjoys solving complex business challenges and is motivated by delivering tangible outcomes rather than producing documentation for documentation's sake. If you're commercially minded, naturally curious and confident engaging with stakeholders at every level, we'd love to hear from you. What You'll Be Doing You'll act as the bridge between the business and technology teams, ensuring our ERP solution delivers real business value across key operational functions. Key responsibilities include: Partner with stakeholders across the business to understand operational challenges, strategic priorities and future business requirements. Run workshops, interviews and process discovery sessions to capture current and future state processes. Analyse complex business processes across retail, wholesale, supply chain, logistics, warehousing, procurement, inventory and finance functions. Translate business requirements into clear, prioritised user stories, functional requirements and acceptance criteria. Challenge existing ways of working, identifying opportunities to simplify, standardise and improve business processes. Collaborate closely with Commercial Business Experts, Directors of Operations, Business Leadership, Solution Architects, Project Managers, Developers and third party implementation partners throughout the delivery lifecycle. Support solution design, ensuring proposed ERP capabilities align with business objectives and operational needs. Facilitate decision making by balancing business priorities, technical constraints and programme timelines. Manage requirements through change, ensuring traceability from discovery through to implementation. Support testing, business readiness, user acceptance testing (UAT) and successful business adoption. Identify risks, assumptions, dependencies and impacts across workstreams, proactively escalating where appropriate. Drive continuous improvement and champion best practice business analysis throughout the programme. What We're Looking For We're looking for someone who combines strong analytical capability with exceptional people skills. You'll ideally have: Proven experience as a Business Analyst delivering complex ERP transformation programmes. Experience working within retail, wholesale, distribution, logistics, manufacturing, supply chain or another high volume product based environment. Strong understanding of end to end operational processes including inventory, purchasing, warehousing, order management and fulfilment. Demonstrable experience eliciting, documenting and managing business requirements using a range of business analysis techniques. Excellent stakeholder management skills, with the ability to influence, challenge and build trusted relationships across all levels of the organisation. Outstanding workshop facilitation, communication and presentation skills. Strong commercial awareness and business acumen, with the ability to understand how technology enables operational performance. Experience working within Agile, Waterfall or hybrid delivery environments. A pragmatic, delivery focused mindset that balances quality with pace. Confidence working in ambiguous environments where priorities evolve as programmes progress. Our Package Annual IT Bonus scheme 25 Days of Annual Leave - (Excluding Bank Holidays) Company Pension Scheme Champion Health - a comprehensive physical, mental & financial wellbeing platform, offering bespoke content on all aspects of wellbeing & life including recipes, workouts, blogs and loads of other content for you. Light Up Learning - Our Learning & Development platform MySavings - Employee Discount Platform Free use of the state of the art private gym at our IT Headquarters About Us Founded in 1951 in Kenilworth, UK, City Electrical Factors (CEF) has grown into a world leading electrical wholesale and manufacturing business with over 400 branches across the UK and a strong presence in the USA, Canada, Spain and Australia. Our IT and digital teams are driving the next chapter of our journey Re engineering legacy systems, adopting modern cloud technologies and exploring AI to deliver faster, smarter and more connected customer experiences. We're a predominantly remote workforce with teams distributed across the UK, USA, Canada, Spain and Australia. Our culture is collaborative, forward thinking and people focused - where your ideas and contributions genuinely matter. Our Mission City is a world leading electrical wholesale and manufacturing business providing electrical products to the industry. We in IT are delivering value to our business and our customers with the implementation of packaged software and bespoke engineering for the digital age using AWS serverless technology. We need talented and creative people across all areas to join us in rearchitecting our forward thinking business over the next few years and beyond as we evolve. Find Out More Find Out More About Us, More about IT, Find your local branch, Find our Privacy Notice here Ready to Apply? If you're excited by technology, value collaboration and want to make a genuine impact, we'd love to hear from you. Click Apply to get started!

Build production AI systems that interpret global markets Permutable is building the intelligence infrastructure institutions use to understand what is moving global markets - and why. Our technology transforms large volumes of multilingual news, economic developments, market narratives and geopolitical information into structured, explainable signals. These signals support institutional investors, banks, asset managers, energy desks and commodity trading teams across macroeconomic, commodities, currency and geopolitical research. Permutable currently analyses more than 250,000 sources across over 80 languages, processes more than one million narratives each day and covers more than 70 assets. In 2026, we were named Hedgeweek's Technology Provider of the Year: Innovation. We are now looking for an exceptional graduate engineer to help us build the next generation of our machine learning and market intelligence systems. The opportunity This is not a rotational graduate scheme or a role where you will spend your first year observing from the sidelines. You will join our engineering and data science team, work on real technical problems and contribute to systems used in live institutional workflows. You will be supported by experienced colleagues, but you will also be trusted with meaningful responsibility from an early stage. The work sits at the intersection of: Machine learning and natural language processing Large language models and agentic systems Multilingual information retrieval Time-series and point-in-time data Financial markets and economic research Scalable production engineering You might be improving how an emerging economic narrative is detected across multiple languages one week and evaluating whether a new model can identify changes in commodity-market pressure the next. Your work will not remain in a notebook. You will help take ideas from research and experimentation through to reliable production systems. What you will work on Depending on your strengths and interests, you will: Design, train and evaluate machine learning and NLP models operating on large-scale textual datasets. Develop systems for classification, information extraction, entity resolution, narrative clustering, sentiment analysis and semantic search. Experiment with transformers, embeddings, retrieval systems and large language models. Build robust evaluation frameworks to measure accuracy, consistency, latency and production performance. Carry out detailed error analysis and translate findings into practical model improvements. Work with engineers, data scientists, market analysts and product colleagues to solve commercially relevant problems. Communicate technical findings clearly to both technical and non-technical team members. Contribute ideas to our research direction, product architecture and engineering standards. What success could look like During your first few months, you could: Become familiar with Permutable's data, models and production architecture. Ship a contained improvement to an existing model, evaluation process or data pipeline. Reproduce and assess an existing experiment using historical point-in-time data. Present your findings and recommendations to the wider technical team. As your experience grows, you could: Take ownership of a model, service or technical workstream. Design and run original experiments. Deliver new capabilities into production. Help determine how our machine learning systems evolve. Work directly with market analysts and institutional use cases. Mentor future graduate engineers joining the team. What we are looking for You may be completing your degree or have graduated within the past two years. We are particularly interested in UK graduates from: Computer science Artificial intelligence or machine learning Mathematics or statistics Physics Electrical, mechanical or software engineering Data science Computational linguistics Another highly quantitative discipline You should have: Strong Python programming skills. Solid foundations in algorithms, data structures and software engineering. A good understanding of probability, statistics, linear algebra and machine learning. Experience using at least one machine learning framework. The ability to test ideas methodically rather than relying on intuition alone. Evidence that you can take a difficult technical problem, break it down and make progress independently. Clear written and verbal communication skills. Intellectual curiosity and a genuine interest in understanding how systems work. The confidence to ask questions, challenge assumptions and defend your reasoning. The motivation to work in a fast-moving startup where priorities can evolve quickly. We do not expect you to arrive knowing everything. We do expect you to learn quickly, care about technical quality and take ownership of your work. Evidence that would make you stand out Strong candidates may have completed one or more of the following: A technically ambitious dissertation or research project. An internship involving software engineering, machine learning or quantitative research. A substantial personal or university project that progressed beyond a standard tutorial. Open-source contributions or a well-documented GitHub repository. Research involving NLP, transformers, LLMs, time-series data or information retrieval. Competitive programming, mathematical competitions, hackathons or data-science competitions. An academic publication, preprint or research assistantship. Work involving large, noisy or multilingual datasets. A project where you had to make and justify difficult modelling or engineering trade-offs. We are more interested in the depth of your thinking and the decisions you made than in an unnecessarily polished portfolio. Useful, but not essential Experience with any of the following would be helpful: PyTorch, TensorFlow, JAX or scikit-learn Hugging Face and transformer-based models Embeddings, vector search or retrieval-augmented generation SQL and large-scale data processing AWS or another cloud platform Docker, APIs and production deployment Experiment tracking and model monitoring Financial markets, economics, energy or commodities Time-series modelling Multilingual NLP Distributed systems Previous experience in finance is not required. We are looking for excellent technical potential and an interest in learning how global markets work. Why join Permutable? Work that reaches production You will build systems that contribute to live products and real institutional workflows rather than completing artificial graduate exercises. Meaningful responsibility You will have the opportunity to own problems, contribute ideas and see the direct effect of your work. Broad technical exposure You will gain experience across research, modelling, evaluation, data engineering, deployment and production monitoring. Close mentorship You will work alongside experienced engineers, data scientists, market specialists and company leadership, with access to the context behind important technical and product decisions. A genuine startup culture We are an ambitious and collaborative team. People are encouraged to speak openly, take initiative and improve how we work rather than waiting for instructions. Room to grow with the company As Permutable expands, strong graduate engineers will have the opportunity to take on increasingly complex work and shape their own technical progression. A team that enjoys working together Alongside serious technical work, we hold regular team socials, collaborative sessions and company offsites. We want to build an environment where talented people enjoy working together and feel proud of what they are creating. Who will thrive here? This role will suit someone who: Wants greater ownership than a conventional graduate programme can offer. Enjoys moving between research questions and practical engineering. Is energised by difficult, open-ended problems. Wants to understand the real-world purpose behind the models they build. Prefers a high-trust environment with a steep learning curve. Is comfortable receiving direct feedback and improving quickly. Wants to help build a company, not simply occupy a narrowly defined position. A startup will not offer the predictability of a large corporate graduate scheme. In return, you will gain broader exposure, faster responsibility and the opportunity to make contributions that are visible across the business.

Ampira Energy Limited in the United Kingdom is seeking an experienced HV Systems Engineer to define and implement high-voltage architectures for electrified aircraft propulsion. You will contribute across the full product lifecycle from concept through verification and flight-ready hardware, collaborating with power electronics, battery, fuel cell, controls and mechanical teams. The role requires a degree in Electrical/Electronic/Aerospace Engineering and several years of aerospace or regulated

Applications Engineer This permanent, UK based role is at a systems integration business that delivers industrial automation and control solutions across manufacturing and infrastructure sectors. The environment is technically driven and requires close collaboration between sales, engineering and project delivery teams. What will you be doing? Prepare technical quotations, costings and detailed proposals for drive and automation solutions. Interpret customer specifications and configure suitable system architectures. Estimate equipment, engineering hours and project resources. Produce system topologies, technical documentation and supporting literature. Act as the interface between sales and engineering teams. Attend customer meetings, surveys and occasional site visits. Support tender submissions and clarification responses. What will you need? Degree or equivalent in electrical, electronic or mechatronic engineering. Experience within systems integration, automation, drives or control systems. Understanding of PLC architecture and industrial control panels. Knowledge of VSDs and motor sizing principles. Familiarity with SCADA or HMI systems and industrial communication networks. Exposure to technical proposals, quotations, bids or tenders. Strong written communication and documentation skills. Benefits Competitive salary of £55,000 - £65,000 per annum. Bonus and car allowance. 25 days holiday plus bank holidays. Pension and life assurance. Flexible working. Training and personal development programme. Employee assistance support. Free parking and EV charging. Wellbeing and social activities. Cycle to work scheme.

Principal Test Engineer Based in Stevenage Circa £64,000 Hybrid, 2 to 3 days on site You've spent years making sure things actually work before they're trusted with something that matters. Now you want to lead that thinking, not just execute someone else's test plan. This is a senior test engineering role inside a design team. You won't be testing what someone else designed after the fact, you'll be shaping testability into the design from the start, then owning the equipment, the coverage, and the trade-offs that follow. What you'll actually be doing You'll specify pass out tests, in service checks and BIT routines, and you'll make sure they're built into the product from the design stage rather than bolted on afterwards. You'll lead a small team of test architects, act as a senior voice within the test department, and work directly with the Chief Design Engineer on the cost versus coverage decisions that shape the whole programme. Day to day, that means: Owning complex test equipment specification and delivery, end to end Generating and managing lower level test requirements for design teams, including test access, BIT coverage and timing, and factory test functionality Analysing and modelling systems to determine test coverage and generate diagnostic instructions Leading a team of test architects and providing functional leadership within the wider department Working closely with design and manufacturing teams to close testability gaps before they become problems What you'll need to bring Substantial experience in test equipment design, product testability, or electrical/electronic engineering Solid grounding in at least one of digital electronics and microprocessor systems, analogue electronics, electronics testing, or ATE/test equipment design Proven experience leading and influencing people, not just managing a task list Comfort gathering requirements, running projects, and managing relationships with senior stakeholders If you read that list and thought "yes, that's me", you're exactly who this is for. If you're still building toward it, this probably isn't the right fit yet, and that's fine. Worth knowing Circa £64,000 depending on experience Bonus up to 21% Pension up to 14% combined contribution Due to the nature of the work, this role requires British citizenship or dual UK nationality Not actively looking? No problem. If this sounds like a better version of what you're already doing, it's worth a quiet conversation, nothing more.

What You'll Do as a Senior Firmware Engineer Design, implement and test, deploy and maintain embedded firmware Collaborate with other engineering functions on scoping, architecture and system design Resolve on-orbit and on-ground issues related to embedded systems Implement, optimize and maintain various serial protocols Design and develop interface tools to improve abstraction between the embedded system and other satellite components Debug and resolve complex embedded systems issues in a timely manner Write and maintain technical documentation Key Skills Bachelor's degree in Computer Science, Electrical Engineering, or related field Mastery of Embedded C programming language Proficiency with scripting languages like Python and Bash Extensive experience with real-time operating systems (RTOS), specifically FreeRTOS Familiarity with serial protocols and implementations Strong problem-solving skills, particularly in debugging embedded systems Experience with version control systems (e.g., Git) Experience developing on Linux (Ubuntu) A base level of mathematical knowledge (engineering mathematics or similar) Excellent communication and teamwork abilities Preferred Skills Experience with space systems or satellite technology Familiarity working to coding standards and using static analysis tools Experience writing Rust for resource constrained environments (embedded Linux) Experience with embedded Linux Knowledge of control systems and algorithms Tools and Technologies FreeRTOS for real-time operating system implementation GNU ARM Embedded Toolchain for code compilation GDB for debugging, complemented by extensive use of serial and/or CAN debugging Experience with debugging techniques for systems without JTAG access, particularly for remote issue resolution Familiarity with manual testing procedures for embedded interface code Experience working with Arm Cortex Microcontrollers Version control using Git Spire operates a hybrid work model, and this position will require you to work a minimum of three days per week in the office. Access to US export-controlled software and/or technology may be required for this role. If needed, Spire will arrange the necessary licenses-this is not something candidates need to have before applying. Spire is an equal opportunity employer and is committed to equal employment opportunity regardless of race, color, ancestry, religion, sex, national origin, sexual orientation, age, marital status, disability, gender identity or veteran status. All candidates who receive a conditional offer will be required to complete a background check that may include criminal history and employment verification.

About Spire Spire Global is a leading provider of space-based data, analytics, and services, helping organizations make better decisions with insights from our constellation of satellites. We are committed to operational excellence, compliance, and maintaining the highest standards of internal control. As a Senior Systems Engineer, you will be responsible for the technical outcome of complex space missions. During mission contracting and requirements development, you may work with the sales engineering org to ensure mission requirements are valid and mission scope is adequately defined. Systems Engineers translate higher level requirements down to lower-level requirements, consulting and collaborating with discipline team leads and subject matter experts where necessary. You will be the overall technical lead responsible for "building the right thing" and "building it right". This will include the management of system requirements, technical budgets, and sub system interfaces. Your responsibility extends to ensuring there is sufficient verification and testing of the system, and you will take ownership of the technical performance outcomes for the mission. You will be the mission's technical lead for both Spire internal and external (customer, contractor, etc) teams, working collaboratively with others to resolve technical discrepancies in requirements, specifications, or system performance. You will also act as the technical point of contact for Spire's global customers during mission development phases and through on orbit validation of the space systems, working with Spire project and program managers to provide effective communication where required. Your knowledge and experience working across multiple technical disciplines will help you coordinate Spire's technical efforts to ensure ultimate mission success. Spire operates a hybrid work model, and this position will require you to work a minimum of three days per week in the office. Access to US export controlled software and/or technology may be required for this role. If needed, Spire will arrange the necessary licenses-this is not something candidates need to have before applying. Role Responsibilities Take overall technical ownership of Spire Space and/or Ground Systems from technical development through on orbit verification; ensure that we are "building the right thing" and "building it right". Lead requirements management for a given mission or program - including development, validation, verification, and change management. Lead technical risk management for a given mission or program - including identification, qualification, mitigation, and resolution. Develop top level requirements and then flow down to lower levels, consulting and collaborating with discipline team leads and subject matter experts where necessary. Serve as the primary Spire technical POC to customers and contractors - communicating and advocating on behalf of internal technical teams where necessary. Serve as the customer's technical representative to Spire internal teams - communicating and sometimes advocating for customer requirements, expectations, and experiences. Develop working knowledge of Spire's satellite platforms, operations systems, and payloads (both Spire and customer developed) - including customer APIs and software service interfaces. Proactively communicate to program/project managers where changes in scope, requirements, expected system performance, or development outcomes impact the mission. Develop, deliver, and maintain mission documentation required to support programs or missions, including both internal and external (customer or contractor facing) documentation. Support the sales engineering team in the development of technical concepts and budgets, feasibility assessments, requirements, scope, and documentation needed during the sales cycle. Basic Qualifications BSc in Engineering, Computer Science, equivalent STEM related subject, or equivalent work experience. 5+ years of experience working in a technical engineering discipline (Mechanical, Electrical, Software, Controls, RF Communications, etc) or as a systems engineer for complex integrated systems. Comprehensive understanding of space systems, concepts of operations, and remote systems operation. Preferred Qualifications 3+ years of experience as a space systems engineer working across engineering disciplines (Mechanical, Electrical, Software, Controls, Radio/Comms, etc). Experience developing or integrating RF and optical payloads. Experience participating in architecture and design of digital systems including ground station networks, data distribution and data processing systems, and spacecraft data handling systems. Experience coordinating or leading diverse technical teams spanning multiple engineering disciplines and time zones. Strong interpersonal skills for building relationships with clients and effectively communicating with other members of cross functional teams. Strong comprehension skills to enable timely understanding of complex customer requirements and identification of thorough and sometimes unique solutions. Experience in satellite mission design, development, and testing with a clear understanding of major mission design trades and scope drivers (power / payload duty cycle, communications systems / data budgets, ground stations, launch and environmental loads, EMI/EMC, thermal management, etc.) Global Perks Name Your Satellite Program (NYSP) Launch Attendance Generous Time Off Policy Education Assistance Program Employee Assistance Program (EAP) Employee Stock Purchase Program (ESPP) Family Leave Fitness Reimbursement Employee Referral Program Healthy snacks & beverages in every office Spire is Global, and our success draws upon the diverse viewpoints, skills and experiences of our employees. We are proud to be an equal opportunity employer and are committed to equal employment opportunity regardless of race, color, ancestry, religion, sex, national origin, sexual orientation, age, marital status, disability, gender identity or veteran status.

# HV Systems Engineer (Aerospace Electrification)UK (Hybrid)CompetitiveApply / Discuss This RoleRegister for Similar RolesAn exciting opportunity has become available for an experienced High Voltage (HV) Systems Engineer to join an innovative aerospace engineering team developing next-generation electric propulsion technologies. Working within a multidisciplinary environment, you will play a key role in defining, developing and integrating high-voltage electrical architectures for advanced aircraft platforms. The role offers involvement across the complete product lifecycle, from concept development and system architecture through verification, certification and flight-ready hardware. This position would suit an engineer with experience in high-voltage aircraft systems, electric propulsion, battery or fuel cell technologies, and aerospace certification programmes. Key Responsibilities Develop high-voltage electrical system architectures for advanced aerospace platforms. Define system-level electrical distribution strategies for propulsion and aircraft power systems. Lead the specification and development of High Voltage Power Distribution Units (HV PDUs) and associated electrical hardware. Support the design and integration of Low Voltage (LV) electrical distribution systems where required. Produce system requirements, interface definitions and electrical architecture documentation. Ensure system designs satisfy aerospace safety, certification and regulatory requirements. Support system integration, verification, validation and environmental qualification activities. Work closely with multidisciplinary teams including power electronics, battery, fuel cell, controls, software and mechanical engineering. Participate in system design reviews, technical risk assessments and architecture trade studies. Contribute to safety analyses including FMEA, FHA and other system safety activities. Support supplier engagement, component selection and technical oversight throughout development. Drive continuous improvement and contribute to future technology roadmaps for electrified aircraft systems. Essential Requirements Degree in Electrical Engineering, Electronic Engineering, Aerospace Engineering or a related discipline. Several years of experience developing electrical systems within aerospace or another highly regulated industry. Experience developing high-voltage electrical systems for aerospace or other safety-critical industries. Knowledge of electrical system architecture for electric propulsion platforms. Experience with High Voltage Power Distribution Unit (HV PDU) development and integration. Familiarity with aircraft electrical power distribution systems. Understanding of high-voltage component integration including contactors, fuses, pre-charge circuits and isolation monitoring. Experience with electrical system integration from concept through verification and certification. Ability to work within highly regulated engineering environments. Desirable Chartered status or progress towards professional registration. DO-160 environmental qualification experience. Knowledge of aerospace system development standards and aircraft certification processes. Experience with functional safety and system safety assessments. Background in battery-electric, hydrogen fuel cell, or hybrid-electric propulsion. Experience with energy storage integration, electric motors and inverters. Verification and validation planning and requirements management. Interested in this role?Contact Rick directly to discuss this opportunity or register your CV for similar roles.Book a Call with RickEmail Us Role SummaryJob Type: PermanentLocation: UK (Hybrid)Salary: CompetitiveSector: AerospacePosted: July 2026