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Firmware / Embedded Software Engineer (Next-Generation IoT Wearable Devices) Location: Cambridge (Hybrid) Salary: £50,000 – £60,000 + Excellent Benefits Contact: Adam Mayne – – Embedded Software Engineer OpportunityAn exciting opportunity has arisen for an experienced Firmware / Embedded Software Engineer to join a rapidly growing technology company developing next-generation IoT, Bluetooth-enabled, low-power wearable devices.You’ll be part of a talented, supportive R&D team working on real products with real users, contributing to both current-generation firmware and new product development from concept through to mass production.This is an environment known for innovation, employee development, and a genuinely collaborative culture, offering excellent training, career growth and the chance to work with cutting-edge embedded technologies. Responsibilities of Firmware Engineer • Designing and developing embedded firmware for IoT wearable products, • Working across the full product lifecycle — prototyping, implementation, optimisation, validation and release, • Creating efficient, reliable firmware for battery-powered, resource-constrained devices, • Developing and maintaining low-level drivers, communication interfaces and wireless protocol stacks, • Collaboration with hardware, electronics and software teams to deliver high-quality, production-ready systemsWhat we are looking for, as much as possible from below.Education & Core Skills, • Degree/Masters/PhD in Computer Science, Electronics, Embedded Systems or similar, • Strong commercial experience in embedded C development (ideally 5+ years), • Experience with RTOS environments such as FreeRTOS, Zephyr, ThreadX or similar, • Confident working in Unix/Linux development environments, • Strong grounding in software testing (unit, regression, system)Embedded & Firmware Expertise, • Experience writing device drivers directly from datasheets, • Knowledge of low-power design techniques and firmware optimisation for constrained MCUs, • Experience working with BLE/Bluetooth, WiFi, Cellular or other wireless protocols, • Experience with battery-powered, low-energy devices is highly beneficial, • Familiarity with Git, Jira, Bitbucket, or similar toolingNice to Have, • Prior experience with wearable technologies, • Cellular expertise (e.g., LTE-M, NB-IoT), • Exposure to embedded Linux environments

Field Service Technician C£40,000 South Cambridge MC Technical Recruitment is currently looking to recruit a global leader in energy and power generation technologies to recruit a Field Service Technician / Engine Maintenance Technician to join their expanding UK service team. This is a field-based role covering sites across the North London region, supporting the maintenance and servicing of large g... ZIPC1_UKTJ

Socode are partnering with a Cambridge-based deep-tech business developing advanced sensor technology at the cutting edge of electronics and micro-scale systems. As their engineering team continues to grow, they’re looking to hire an Electronics Engineer to support the design and development of next-generation sensing hardware. This is a hands-on role within a fast-moving R&D environment. You’ll be working on precision analogue and mixed-signal electronics, supporting everything from concept design through to board bring-up and validation. It’s ideal for someone who enjoys technical depth, low-noise design challenges and working close to the physics of a device. What will you be doing? • Designing and developing analogue and power circuitry from concept through to tested hardware, • Creating schematics and PCB layouts using industry-standard CAD tools, • Developing digital electronics to support sensor signal conditioning and feedback control systems, • Working on mixed-signal board-level designs integrating analogue and digital subsystems, • Assembling, testing and debugging prototype circuits and modules, • Contributing to low-noise front-end electronics development for precision sensor systems, • Supporting oscillator, timing and frequency control circuitry where required, • Running electrical test and measurement activities to validate performance, • Documenting designs, test procedures and results clearly for internal review, • Collaborating closely with mechanical, firmware and sensor engineers in a multidisciplinary team What are they looking for? • Degree in Electrical or Electronic Engineering, • A couple of years’ industry experience designing and testing electronic hardware, • Solid grounding in analogue and digital circuit design principles, • Experience using PCB design software such as Altium for schematic capture and layout review, • Background in mixed-signal electronics at board level, • Familiarity with low-noise analogue front ends and precision signal conditioning, • Understanding of control electronics for sensors, including feedback or temperature control systems, • Comfortable working with test and measurement equipment during bring-up and validation, • Clear communicator who can work both independently and within a team, • Able to operate effectively in a deep-tech or R&D-focused environment where priorities can shift Nice to have • Experience with oscillator design, PLLs, gain control circuits or timing systems, • Familiarity with SPICE simulation, MATLAB or Python for circuit modelling and analysis, • Exposure to MEMS-based devices or precision electronic instrumentation, • Experience working on frequency control or high-stability electronic systems

An exciting opportunity is available for a CPU ASIC Design Engineer to join a global industry leader at their largest UK office, based in Cambridge. You will join a highly respected engineering team working on next-generation products, including high-performance CPUs and GPUs, ultra-low-power IoT devices, and advanced wearables. As a CPU ASIC Engineer, you will focus on CPU RTL development for high-performance, low-power systems. Working closely with chip architects, you will help define micro-architectures and contribute to early architectural and product-level decisions throughout the development lifecycle. Responsibilities • Collaborate with the CPU modelling team to explore strategies for achieving high performance, • Lead micro-architecture development and specification, from early architectural exploration through detailed design, • Own RTL development, including design creation, refinement, and assessment to meet power, performance, area, and timing requirements, • Support performance verification to ensure the RTL implementation meets defined performance targets, • Strong understanding of microprocessor architecture, • Proficiency with Verilog and/or VHDL, • Solid grasp of logic design principles, including timing and power considerations, • Knowledge of low-power micro-architecture techniques, • Understanding of high-performance CPU micro-architecture strategies and trade-offs You can expect a competitive base salary, RSUs, and bonus. Visa sponsorship is available for engineers already based in the UK.

RTL Design Engineer - CPU / Low-Power / High-Performance We are currently partnered with an industry leading semiconductor giant in the UK looking to expand their team in the UK with an experienced RTL Design Engineer to work on the development of high-performance, low-power CPU cores for the next generation of premium mobile and IoT devices. This is a permanent position in Cambridge. - Please note, this is a fully onsite role. Key responsibilities for this RTL Design Engineer position: • Collaborate with the modeling team to explore and implement high-performance CPU strategies., • Transform high-level architectural research into detailed, implementable technical specifications., • Design, assess, and refine RTL (Verilog/VHDL) to hit aggressive timing, area, and power goals., • Partner with the DV team to ensure the design meets both functional correctness and performance benchmarks., • Work with physical design teams to validate timing, reliability, and testability for tape-out. Key requirements: • Thorough knowledge of areas like Instruction Fetch/Decode, Out-of-Order Execution, and Memory Subsystems., • Strong proficiency in Verilog and/or VHDL and waveform debugging., • Solid understanding of logic design principles and their implications on timing and power., • Understanding of register renaming, instruction scheduling, and speculative execution., • Experience using Python or Perl for design automation and analysis. Keywords: CPU Design / RTL Engineer / Verilog / VHDL / Micro-architecture / Out-of-Order Execution / Low Power Design / PPA / Instruction Fetch / Logic Design / Python / Perl / Cambridge / Semiconductor If you are interested in this RTL Design Engineer position, please send a CV to By applying to this role you understand that we may collect your personal data and store and process it on our systems. For more information please see our Privacy Notice ___

We are seeking a highly experienced GPU architect to lead the definition and execution of next-generation mobile GPU architecture, while driving architectural convergence between GPU and NPU toward a coherent xPU sub-system design. This role requires deep expertise in GPU microarchitecture, strong system-level architectural capability, including both hardware and software, and a thorough understanding in graphics and AI common workload. A proven track record of delivering related sub-system IP or complex SoC silicon is highly desirable. The successful candidate will lead the effort in shaping a converged xPU architecture native for future AI compute, optimised for performance, power efficiency, and silicon area in the next generation mobile compute platforms. Key Responsibilities: xPU Converged Architecture Design • Based on 1st order principle, analyse and characterise future mobile graphics and AI workload, redefine an xPU (GPU & NPU) converged architecture, including hardware and software, from the ground up that is optimal for future applications., • Ensure compatibility or easy transition from the old architecture., • Define unified or partially unified execution resources (vector, scalar, tensor units), • Develop shared scheduling and workload dispatch mechanisms for graphics and AI, • Design resource sharing and isolation strategies under mixed workloads, • Evaluate architectural trade-offs between dedicated and converged compute blocks, • Mobile GPU Architecture Leadership, • Ensure the timely delivery of next-generation mobile GPU architecture and long-term roadmap, • Lead evolution of shader cores, execution pipelines, and cache hierarchy, • Drive performance, power efficiency (Perf/W), and area efficiency (Perf/mm²), • Provide architectural leadership from concept phase through tape-out, • Memory & Interconnect Architecture, • Define a memory hierarchy strategy for converged GPU/NPU workloads, • The architect shared cache structures and bandwidth arbitration policies, • Optimise on-chip interconnect for heterogeneous compute traffic, • Reduce data movement overhead across compute domains, • System-Level Architecture Collaboration, • Collaborate with CPU, AI software, runtime, and system architecture teams, • Participate in SoC-level power, thermal, and floorplanning trade-offs, • Align hardware architecture with graphics APIs and AI frameworks, • Support performance modelling, workload characterisation, and silicon bring-up Required: • 15+ years of experience in GPU, AI accelerator, or heterogeneous compute architecture, • Deep understanding of GPU microarchitecture (SIMD/SIMT, scheduling, memory systems), • Strong knowledge of tensor/matrix computation and AI acceleration techniques, • Proven experience delivering high-volume silicon, • Expertise in performance modelling and power analysis, • Strong cross-functional communication and leadership capability

I am seeking a CPU Verification Engineer to join a global industry leader at their largest UK site, based in Cambridge. You will become part of a renowned engineering team working on cutting-edge products, including high-performance CPUs and GPUs, ultra-low-power IoT devices, and next-generation wearables. As a CPU Verification Engineer, you will collaborate closely with chip architects to validate CPU and SoC micro-architecture concepts. You will own specific areas of CPU design verification, ensuring each feature meets the highest standards and is ready for final product integration. Responsibilities • Collaborate with CPU and SoC architects to understand architectural concepts and system-level requirements, • Develop detailed test and coverage plans based on architecture and micro-architecture specifications, • Define scalable and portable verification methodologies across environments, • Build verification environments, including stimulus generators, checkers, assertions, trackers, and coverage models, • Create verification plans and testbenches for assigned functional domains, • Strong understanding of microprocessor verification and processor architectures, • Experience with Random Instruction Sequencing (RIS) and verifying designs at block/unit and subsystem/chip levels, • Proven experience leading small teams of verification engineers on CPU verification projects, • Deep knowledge of processor functions, architectures, and micro-architectures As a top-tier company, you can expect a competitive base salary, RSUs, and an annual bonus. Visa sponsorship is available for candidates already located in the UK.

Compiler Engineer - GPU / Semiconductors We are currently partnered with an industry leading semiconductor company looking to expand their headcount with an experienced GPU Compiler Engineer to work on their next generation GPU cores. You will collaborate with cross-functional teams to ensure GPU cores exceed performance targets for next-generation mobile and data processing platforms. This is a permanent position based in Cambridge - please note this is a fully onsite role. Key responsibilities for this Compiler Engineer position: • Architect and optimize GPU cores for peak performance and power efficiency., • Develop high-performance GPU compiler software and drivers to support cutting-edge graphics products., • Build functional model simulations and develop graphics tests to verify architectural correctness., • Program and run graphics tests to identify bottlenecks and ensure power/performance (PPA) goals are met., • Create detailed feature descriptions and technical guides for internal and external stakeholders. Key requirements: • Master’s or PhD in Computer Science, Computer Engineering, or Electrical Engineering., • 5+ years of relevant GPU experience, specifically in hardware/software co-design., • Deep understanding of GPU architectures and graphics pipelines., • Experience in compiler development or graphics driver software. Keywords: GPU Engineer / Compiler Engineer / Graphics Driver / GPU Architecture / Performance Optimization / PPA / Modeling / Simulation / C++ / Semiconductor / Cambridge / Computer Graphics If you are interested in this Compiler Engineer position, please send a CV to By applying to this role you understand that we may collect your personal data and store and process it on our systems. For more information please see our Privacy Notice ___

Senior Baseband Engineer Salary: £65,000 – £85,000 Location: Cambridge (onsite, 5 days per week) Type: Full-time, Permanent My client is a specialist technology organisation developing mission-critical communication products used across safety-critical and regulated environments worldwide. As part of continued growth, they are seeking an experienced Senior Baseband Engineer to play a key role in the design and development of next-generation hardware platforms. This position sits within a highly skilled baseband hardware team and offers full lifecycle involvement, from early concept and specification through detailed design, verification, and product release. The Role The Senior Baseband Engineer will take technical ownership of significant subsystems and features within complex communication products. The role requires a hands-on engineer who is comfortable operating in regulated environments, contributing to both detailed hardware design and system-level verification. You will collaborate closely with verification, software, RF, and mechanical teams, contributing to robust, compliant designs used in demanding real-world conditions. Key Responsibilities • Design intrinsic safety (IS) circuitry for ATEX-certified products, including current-limiting, infallible connections, encapsulation, and thermal management., • Develop microprocessor-based systems integrating multiple sensors such as accelerometers, magnetometers, gyroscopes, proximity sensors, and barometers., • Design efficient, low-power power-supply architectures suitable for harsh operating environments., • Design and validate audio amplifier circuits up to 10 W, optimised for clarity, efficiency, and reliability., • Lead design verification and system-level testing, including EMC compliance activities., • Diagnose non-conformances and implement corrective design solutions., • Produce clear, structured engineering documentation including specifications, design descriptions, and compliance artefacts., • Take responsibility for delivering defined product features or major subsystems within larger programmes., • Collaborate across disciplines to support full product lifecycle delivery. Skills & Experience Required • Degree in Electrical, Electronic, or related engineering discipline, or equivalent industry experience., • Proven experience designing products for ATEX or intrinsically safe environments., • Strong understanding of intrinsic safety principles and regulatory compliance pathways., • Expertise in microprocessor-based hardware design and low-power system architectures., • Strong experience with serial interfaces such as I²C, I²S, UART, and USB (USB 3.0 advantageous)., • Excellent written communication skills and ability to produce high-quality technical documentation., • Confident working across design, verification, and cross-functional engineering teams. Desirable Experience • EMC and ESD-robust design experience from component to system level., • Integration of baseband and RF functional blocks within mixed-signal systems., • Audio system design experience, particularly low-power amplifier solutions., • Exposure to embedded Linux environments, board bring-up, or driver integration. What’s on Offer • £65k–£85k salary, • Fully onsite role in Cambridge, • Opportunity to work on mission-critical communication technologies, • Full lifecycle hardware ownership and technical influence, • Collaborative, engineering-led environment with long-term career progression

An innovative communications technology company is seeking a Principal Linux/Android Platform Developer to play a key role within its Software Team. With next-generation communication products in development, this is an opportunity to work on advanced Android and Linux-based embedded systems used across public safety, transport, utilities, defence, and commercial sectors. This is not an Android App Developer role. Instead, you will operate deep within the Android platform and Linux kernel - shaping the foundation of secure, high-performance communication devices. Location: Waterbeach, Cambridge (Onsite) Job Type: Full-time, Permanent Salary: £65,000 to £80,000 What You’ll Be Doing: • Developing and configuring the Android platform, including framework and service modifications., • Working within the Linux kernel, including scheduler changes, performance optimisation, and latency reduction., • Tuning and optimising Android/Linux systems for power management and efficiency., • Integrating open-source development tools for debugging, profiling, code coverage, and memory analysis. Essential Skills & Experience: • Degree-level qualification in a relevant area., • Strong understanding of Android architecture, including low-level components., • Experience with Linux kernel and system programming., • Experience optimising Android/Linux systems (and power management)., • Excellent knowledge of C++, particularly in real-time, multi-threaded, multi-processor environments., • Experience working with:, • Binder, • AIDL, • Android Services (C++/Java), • Framework APIs, • NDK / JNI, • CTS, • SE Linux, • Experience developing for mobile or embedded platforms. Who You Are: • Comfortable working at platform and kernel level rather than at application layer., • Analytical and methodical when solving performance and system-level challenges., • Collaborative and confident working within cross-functional Agile teams., • Motivated by building secure, mission-critical products used in demanding environments. If this sounds like you, apply now!

Firmware / Embedded Software Engineer (Next‑Generation IoT Wearable Devices) Location: Cambridge (Hybrid) Salary: £50,000 – £60,000 + Excellent Benefits Contact: Adam Mayne – – 01234 823373 Embedded Software Engineer Opportunity An exciting opportunity has arisen for an experienced Firmware / Embedded Software Engineer to join a rapidly growing technology company developing next‑generation IoT, Bluetooth‑enabled, low‑power wearable devices. You’ll be part of a talented, supportive R&D team working on real products with real users, contributing to both current‑generation firmware and new product development from concept through to mass production. This is an environment known for innovation, employee development, and a genuinely collaborative culture, offering excellent training, career growth and the chance to work with cutting‑edge embedded technologies. Responsibilities of Firmware Engineer • Designing and developing embedded firmware for IoT wearable products, • Working across the full product lifecycle - prototyping, implementation, optimisation, validation and release, • Creating efficient, reliable firmware for battery‑powered, resource‑constrained devices, • Developing and maintaining low‑level drivers, communication interfaces and wireless protocol stacks, • Collaboration with hardware, electronics and software teams to deliver high‑quality, production‑ready systems What we are looking for, as much as possible from below. Education & Core Skills • Degree/Masters/PhD in Computer Science, Electronics, Embedded Systems or similar, • Strong commercial experience in embedded C development (ideally 5+ years), • Experience with RTOS environments such as FreeRTOS, Zephyr, ThreadX or similar, • Confident working in Unix/Linux development environments, • Experience writing device drivers directly from datasheets, • Knowledge of low‑power design techniques and firmware optimisation for constrained MCUs, • Experience working with BLE/Bluetooth, WiFi, Cellular or other wireless protocols, • Experience with battery-powered, low-energy devices is highly beneficial, • Prior experience with wearable technologies, • Cellular expertise (e.g., LTE‑M, NB‑IoT), • Exposure to embedded Linux environments

RTL Design Engineer - CPU / Semiconductor / Microprocessor Architecture / Verilog / VHDL We're partnered with a global Semicon company, and they need a CPU RTL Design Engineer to work on next generation high performance, low power processors. In this role, you will collaborate closely with chip architects and modelling teams to define microarchitecture and deliver high quality RTL from early concept through to silicon. You will be involved early in the product lifecycle and have real influence on architecture, performance decisions, and design trade-offs. What You Will Be Doing: • Performance exploration in collaboration with CPU modelling teams, • Microarchitecture development and detailed specification from early architectural concepts, • RTL ownership including development, assessment, and refinement to meet power, performance, area, and timing goals, • Supporting functional verification teams to execute verification strategies, • Supporting performance verification to ensure design meets performance targets, • Working with cross functional engineering teams on physical design considerations including timing, area, power, reliability, and testability What We Are Looking For: • Solid knowledge of microprocessor architecture with expertise in one or more of the following: Instruction fetch and decode, Branch prediction, Instruction scheduling and register renaming, Out of order execution, Integer and floating point execution, Load store units, Prefetching and/or Cache and memory subsystems, • Experience with Verilog and or VHDL, • Hands on experience using simulators and waveform debugging tools, • Solid understanding of logic design principles and timing and power implications, • Knowledge of low power microarchitecture techniques, • Understanding of high performance CPU design techniques and trade-offs, • Experience with scripting languages such as Python or Perl. Location Requirement This role requires 5 days per week onsite in our clients Cambridge office. If this sounds interesting and you'd like to learn more, click the link below to apply or email me with a copy of your CV on By applying to this role you understand that we may collect your personal data and store and process it on our systems. For more information please see our Privacy Notice (___)

Hot New Job | Senior Electrical Design Engineer Up to £70,000 + Excellent Benefits & Long-Term Prospects Cambridge Area | A highly respected, technology-led engineering business is seeking a Senior Electrical Design Engineer to play a key role in the development of next-generation electrical and electronic systems used within advanced industrial equipment. This is a hands-on senior role with responsibility for leading electrical designs, supporting new product development, and providing technical input across manufacturing and fielded systems. The position offers strong technical ownership, exposure to complex power electronics, and the opportunity to influence future product direction. Key highlights: * Lead electrical and electronic design for new equipment and systems * Work on advanced power electronics and high-reliability circuitry * Interface with suppliers and support commissioning activities * Support existing products with technical problem-solving * Blend of on-site collaboration with some flexible working Ideal background: * Degree-qualified in Electrical or Electronic Engineering (or equivalent) * Proven experience in power electronics and circuit fault-finding * Comfortable taking ownership of designs from concept through delivery * Strong communicator with a practical, problem-solving mindset * Experience with PLCs, high-voltage systems, E-Plan, or safety standards ...

Position: Senior Electrical Engineer Salary: £60,000 - £65,000 Depending on Experience Location: Cambridge - Onsite Proactive are currently recruiting for a Senior Electrical/Electronic Engineer to help develop the next generation of our clients products. As Senior Electrical/Electronics Engineer you will be responsible for the design and development of electrical and electronic circuitry to support the manufacturing and systems development processes. Responsibilities: Lead electrical designs for new equipment. Creation, modification, maintenance and management of electrical designs including proof of concept. Provide electronic design support to our Custom Engineering team. Liaise with sub-contract suppliers of electrical Support existing electrical equipment. Work with other members of the Innovation and Engineering teamsKnowledge and Experience: Essential A degree (or equivalent) in Electrical / Electronic Engineering. Experience of power electronic designs. Fault-finding of electrical and electronic circuitry. Strong written and verbal communication skills. Excellent team player. A willingness to travel and the ability to be flexible in the work you carry out and area you work in. Attention to detail and a quality driven mentality. Desirable Experience of working with complex electromechanical systems. Understanding of Programmable Logic Controller (PLC) and control panel design. Use of EPlan Elec...

A leading technology company in Cambridge is seeking an Experienced GPU Electrical Analysis Engineer to work on next-generation GPU design. Candidates should have a BS/MS in Electrical Engineering and experience with power switch analysis and integrity tools.

Location: Cambridge (CB25) Duration: Permanent Hours: 37 hour week, early finish on a Friday, (5-days in the office) Salary: £65,000-£85,000 depending on experience Job Reference: 35992 Polytec are looking for a Senior Hardware Engineer with experience designing ATEX / intrinsically safe products to support the development of next-generation, mission-critical communication systems for our Cambridge based client. This role is suited to a hands-on senior engineer who enjoys taking ownership of complex hardware features and working closely with cross-functional teams. You'll contribute to the design, development, testing, and certification of professional communication equipment and related accessories. Responsibilities • Design and develop hardware for ATEX-certified, intrinsically safe products * Contribute to baseband and microprocessor-based system design * Design efficient, low-power power supplies and supporting circuitry * Support design verification, EMC testing and regulatory compliance * Produce clear engineering documentation * Collaborate with engineers across hardware, software and verification teams Requirements • Degree in electronics or a related engineering discipline (or equivalent experience) * Proven experience designing products for ATEX environments * Strong understanding of intrinsic safety principles * Experience with microprocessor-based hardware and common interfaces * Good communication skills and a collaborative approach Desirable • EMC / ESD-aware design experience * Audio or RF system exposure * Embedded Linux or board bring-up experience Please contact us as soon as possible for more details or apply below

An exciting opportunity has arisen for a Battery Systems Engineer to join a pioneering startup developing next‑generation battery technology. This is a hands‑on role for someone who loves building, testing and iterating quickly. You'll take ownership of battery pack design from concept through to flight, working collaboratively within a fast‑moving, inventive engineering team. The Battery Systems Engineer will: Design and develop lightweight, high‑performance battery packs for drone applications. Create and implement effective thermal management solutions for performance and safety. Assemble prototype packs in-house and support development toward manufacturable designs. Design and integrate power electronics and BMS hardware within the overall system architecture. Establish and run test programmes for performance, cycle life, thermal behaviour and safety validation. The Battery Systems Engineer will have: A hands‑on, practical approach with enthusiasm for building, testing and improving hardware. A degree in Electrical Engineering, Mechanical Engineering or a related discipline. 3+ years' experience working on battery systems, including pack design and power electronics. Strong understanding of BMS architecture, protection strategies and charge/discharge behaviour. Experience with PCB design tools (Altium, KiCAD or similar). If you enjoy end‑to‑end ownership, thrive in a collaborative startup environment and want to help develop cutting‑edge battery systems for next‑generation flight, this role offers the chance to make a real impact. Apply online and we will be in touch

Firmware / Embedded Software Engineer (Next‑Generation IoT Wearable Devices) Location: Cambridge (Hybrid) Salary: £50,000 – £60,000 + Excellent Benefits Contact: Adam Mayne – (url removed) – (phone number removed) Embedded Software Engineer Opportunity An exciting opportunity has arisen for an experienced Firmware / Embedded Software Engineer to join a rapidly growing technology company developing next‑generation IoT, Bluetooth‑enabled, low‑power wearable devices. You’ll be part of a talented, supportive R&D team working on real products with real users, contributing to both current‑generation firmware and new product development from concept through to mass production. This is an environment known for innovation, employee development, and a genuinely collaborative culture, offering excellent training, career growth and the chance to work with cutting‑edge embedded technologies. Responsibilities of Firmware Engineer Designing and developing embedded firmware for IoT wearable products Working across the full product lifecycle — prototyping, implementation, optimisation, validation and release Creating efficient, reliable firmware for battery‑powered, resource‑constrained devices Developing and maintaining low‑level drivers, communication interfaces and wireless protocol stacks Collaboration with hardware, electronics and software teams to deliver high‑quality, production‑ready systems What we are looking for, as much as possible from below. Education & Core Skills Degree/Masters/PhD in Computer Science, Electronics, Embedded Systems or similar Strong commercial experience in embedded C development (ideally 5+ years) Experience with RTOS environments such as FreeRTOS, Zephyr, ThreadX or similar Confident working in Unix/Linux development environments Strong grounding in software testing (unit, regression, system) Embedded & Firmware Expertise Experience writing device drivers directly from datasheets Knowledge of low‑power design techniques and firmware optimisation for constrained MCUs Experience working with BLE/Bluetooth, WiFi, Cellular or other wireless protocols Experience with battery-powered, low-energy devices is highly beneficial Familiarity with Git, Jira, Bitbucket, or similar tooling Nice to Have Prior experience with wearable technologies Cellular expertise (e.g., LTE‑M, NB‑IoT) Exposure to embedded Linux environments

Socode are partnering with a Cambridge-based deep-tech business developing advanced sensor technology at the cutting edge of electronics and micro-scale systems. As their engineering team continues to grow, they’re looking to hire an Electronics Engineer to support the design and development of next-generation sensing hardware. This is a hands-on role within a fast-moving R&D environment. You’ll be working on precision analogue and mixed-signal electronics, supporting everything from concept design through to board bring-up and validation. It’s ideal for someone who enjoys technical depth, low-noise design challenges and working close to the physics of a device. What will you be doing? Designing and developing analogue and power circuitry from concept through to tested hardware Creating schematics and PCB layouts using industry-standard CAD tools Developing digital electronics to support sensor signal conditioning and feedback control systems Working on mixed-signal board-level designs integrating analogue and digital subsystems Assembling, testing and debugging prototype circuits and modules Contributing to low-noise front-end electronics development for precision sensor systems Supporting oscillator, timing and frequency control circuitry where required Running electrical test and measurement activities to validate performance Documenting designs, test procedures and results clearly for internal review Collaborating closely with mechanical, firmware and sensor engineers in a multidisciplinary teamWhat are they looking for? Degree in Electrical or Electronic Engineering A couple of years’ industry experience designing and testing electronic hardware Solid grounding in analogue and digital circuit design principles Experience using PCB design software such as Altium for schematic capture and layout review Background in mixed-signal electronics at board level Familiarity with low-noise analogue front ends and precision signal conditioning Understanding of control electronics for sensors, including feedback or temperature control systems Comfortable working with test and measurement equipment during bring-up and validation Clear communicator who can work both independently and within a team Able to operate effectively in a deep-tech or R&D-focused environment where priorities can shiftNice to have Experience with oscillator design, PLLs, gain control circuits or timing systems Familiarity with SPICE simulation, MATLAB or Python for circuit modelling and analysis Exposure to MEMS-based devices or precision electronic instrumentation Experience working on frequency control or high-stability electronic systems

A recruitment firm specializing in energy and engineering sectors is seeking a Permanent Consultant to manage client relationships and recruit for various roles in the power generation industry.

Responsibilities include assessing risk quality and conducting site surveys, while the ideal candidate will have a university degree and several years of experience in the Power Generation industry. A leading insurance provider is looking for a Power Risk Engineer to join their risk engineering team

This role involves fulfilling installation and commissioning activities in a power generation setting.

Experience with Sustainable Power Generation (including Hydro/Solar/Wind/BESS). You will be a subject matter expert to Zurich underwriting, claims and the global risk engineering network on both traditional thermal power and renewable power related areas. Mechanical, Electrical or Process engineer w

A global insurance firm in London seeks a Power Generation Risk Engineer. Candidates should have significant industrial experience in power generation and excellent communication skills.

Site Quality Manager – Power Generation. Track record of working on EPC projects within Energy from Waste, power generation, or similar heavy industrial facilities.

A reputable engineering firm in the Greater London area is seeking an experienced Controls Engineer to contribute to large-scale power generation projects.

Risk Engineer Power Generation page is loaded## Risk Engineer Power Generationlocations: Londontime type: Full timeposted on: Posted 2 Days Agojob requisition id: JR2600273Join us as a Power Generation Risk Engineer and join a world class team with a truly global business. Other advantageous

The role would suit a recruiter with a background in power generation seeking a career path into management or a permanent recruiter seeking a crossover into the global energy sector. Power Generation sectors are seeking a Permanent Consultant to join the team at their recently opened London office.

A leading recruitment firm seeks a Power Generation Risk Engineer to join a respected insurance company in London. This role involves surveying operational power plants, producing reports, and advising on engineering risks to shape smarter insurance decisions. Applicants should have over 10 years of

A leading engineering firm is seeking a Site Quality Manager for a power generation project in South East London.

We are seeking an experienced and innovative Senior Power Generation and Storage Technologist to join our dynamic energy solutions team, reporting to the Senior Director of Energy Solutions & Development. This collaborative role is integral to both shaping and delivering advanced power generation an

A leading global reinsurance company based in Greater London is seeking a Power Engineer to provide risk engineering support to their Power Generation Underwriting Team. The ideal candidate should have extensive experience in power generation and risk engineering, alongside a degree in Electrical or

The role involves supervising the installation of piping systems in a power generation setting, ensuring compliance with safety standards and project specifications.

A power generation company is looking for an experienced Senior Power Generation Project Manager to lead major projects across the UK. The ideal candidate has 5+ years in project management within the power generation sector and familiarity with critical installations.

An engineering degree and experience in the Power Generation industry are essential for this dynamic role. A leading insurance provider in the UK is seeking a Power Risk Engineer to ensure risk engineering is commercially viable, providing excellent customer service and implementing policies. You wi

A leading engineering firm is seeking a Site Quality Manager in London to oversee all quality activities on-site.The role involves ensuring compliance with standards and management of Quality Control processes.The ideal candidate will have extensive experience in plant engineering or construction, a

Extensive industry experience as a Power Engineer with power generation companies. Assists the SCOR Claims Team (Power Generation). LoB include: Power Generation, Energy and Heavy Industries (pulp & paper plants, steel, aluminium, etc.

The successful candidate will work on large-scale power industry projects, focusing on the design and implementation of advanced control systems.

A leading engineering recruitment firm is seeking a Power Generation Engineer in the United Kingdom. This role involves supporting underwriting decisions through assessing mechanical integrity and operational reliability of power generation assets.

Experience with Sustainable Power Generation (including Hydro/Solar/Wind/BESS). Specialist Risk Engineer - Power Generation. You will be a subject matter expert to Zurich underwriting, claims and the global risk engineering network on both traditional thermal power and renewable power related areas.

The role involves designing detailed electrical schematics, integrating advanced components, and supporting innovative R&D projects in power generation.

A leading global insurance provider is seeking a Specialist Risk Engineer specialized in Power Generation.

Knowledge/experience of a range of power station types including conventional thermal, nuclear & renewable power generation facilities. Join us as a Power Generation Risk Engineer and join a world class team with a truly global business. As a Power Generation Risk Engineer you will help deliver prof

A leading global insurance firm seeks a Power Generation Risk Engineer in London. The successful candidate will have substantial experience in the power sector, communication expertise, and a solid engineering background.