Engineering (Civil, Mechanical, Electrical) Graduate Jobs in Cambridge

Junior Electronics Engineer role developing electronic hardware for advanced thermal imaging and vision systems while gaining hands-on experience across the full product development lifecycle.Company ProfileThermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award-winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in-house R&D, cutting-edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments.About YouRole OverviewThe Junior Electronics Engineer will support the design, development, testing, and maintenance of electronic hardware used across Thermoteknix products. Working closely with senior electronics engineers and other members of the R&D team, the successful candidate will gain hands-on experience across the full product development lifecycle, from concept and prototype testing through to production support. This role would suit a recent graduate, early-career engineer, or someone with practical electronics experience who is looking to develop their skills within a technically challenging engineering environment. Key ResponsibilitiesSupport the design and development of electronic circuits and assemblies for new and existing products.Assist with schematic capture, component selection, design calculations, and technical documentation.Support PCB design activities under the guidance of senior engineers.Build, test, debug, and modify prototype electronic hardware.Carry out board-level testing, fault finding, and verification activities.Use electronic test equipment including oscilloscopes, multimeters, logic analysers, and power supplies.Assist with the integration of electronics with firmware, software, sensors, displays, power systems, and communication interfaces.Support environmental, EMC, and compliance testing where required.Help produce and maintain test procedures, design notes, bills of materials, and manufacturing documentation.Work with production and test teams to investigate and resolve hardware issues.Support component sourcing, alternative part reviews, and obsolescence investigations.Participate in design reviews, project meetings, and technical discussions.Maintain clear records of test results, design changes, and engineering investigations. Required Skills & ExperienceDegree, HNC/HND, apprenticeship, or equivalent practical experience in Electronic Engineering, Electrical Engineering, or a related discipline.Good understanding of basic analogue and digital electronics.Practical experience building, testing, or debugging electronic circuits.Ability to read schematics and understand electronic circuit operation.Experience using common electronic test equipment such as oscilloscopes, multimeters, and bench power supplies.Basic understanding of embedded systems, microcontrollers, sensors, or communication interfaces.Good problem-solving skills and a practical approach to engineering tasks.Strong attention to detail and willingness to learn.Good written and verbal communication skills.Ability to work effectively as part of a multidisciplinary engineering team. Desirable Skills & ExperienceExperience with schematic capture or PCB design tools such as Altium Designer, KiCad, OrCAD, or similar.Experience with prototype assembly, soldering, rework, or wiring.Familiarity with communication interfaces such as SPI, I²C, UART, USB, Ethernet, CAN, MIPI, or LVDS.Basic understanding of power supply design, battery-powered products, or low-power electronics.Exposure to embedded C, Python, firmware development, or FPGA-based systems.Interest in imaging systems, thermal cameras, night vision, displays, augmented reality, or electro-optical products.Understanding of EMC, environmental testing, or design for manufacture.Previous experience in a commercial, industrial, defence, aerospace, scientific, or high-technology engineering environment. Personal AttributesPractical, hands-on, and comfortable working with real hardware.Strong problem-solving mindset with good attention to detail.Able to work independently while contributing effectively to a wider team.Comfortable working in a fast-moving engineering environment with changing priorities.Curious, technically driven, and keen to develop new skills.Takes ownership of tasks and follows through to completion.Able to balance innovation with manufacturability, reliability, and commercial requirements.Why us?Opportunity to work on advanced thermal imaging, night vision, and augmented reality systems.Involvement in the full product development lifecycle from concept to production.A varied and technically challenging role within a specialist UK engineering company.Training and career development opportunities.Competitive salary and benefits package.

Posted 5 days ago

Develop high-performance server CPU designs by contributing to physical implementation, timing optimization, automation, and semiconductor design workflows while gaining hands-on experience across the full ASIC development lifecycle.About UsQualcomm is seeking talented Graduate Server CPU Physical Design Engineers to join the Nuvia Data Centre CPU team in Cambridge, UK. The team is developing next-generation, high-performance, power-efficient custom CPU cores for advanced compute and server-class platforms that will help transform the industry.About the roleThis is an exciting opportunity for graduates who want to start their engineering career working on cutting-edge CPU technology. You will learn from experienced engineers and contribute to the physical implementation of high-performance CPU designs, gaining exposure to the full journey from RTL/netlist through implementation, timing closure, signoff, and silicon delivery.You will work with global teams across CPU architecture, RTL design, circuit design, CAD, SoC integration, timing, power, and post-silicon validation. Over time, you will develop the skills needed to contribute to demanding performance, power, and area — PPA — targets for advanced server-class CPU products.This role is designed for recent graduates or early-career engineers with strong fundamentals in digital design, VLSI, computer architecture, semiconductor design, or physical implementation.Key Responsibilities will includeAs a Graduate Server CPU Physical Design Engineer, you will:Learn and contribute to CPU block physical implementation from RTL/netlist to GDS, including synthesis, floorplanning, placement, clock tree synthesis — CTS — routing, optimization, ECOs, and signoff.Support timing closure and implementation convergence across multiple modes, corners, and operating conditions.Work with experienced engineers to analyse and improve performance, power, and area — PPA — for high-performance, low-power CPU designs.Help debug physical design issues related to timing, congestion, routing, clocking, power, physical verification, DRC/LVS, and ECO closure.Use industry-standard EDA tools and flows for synthesis, place and route, static timing analysis, power analysis, and physical verification.Develop scripting and automation skills to improve productivity, data analysis, and design-flow efficiency.Collaborate with RTL, architecture, CAD, circuits, SoC, and post-silicon teams to understand design intent and implementation trade-offs.Learn how CPU designs progress from early concept through implementation, verification, signoff, and productization.Contribute to methodology improvements, automation, documentation, and data-driven analysis under the guidance of senior engineers.Required Skills and ExperienceWe are looking for graduates or early-career engineers with strong academic foundations and a passion for CPU, ASIC, or semiconductor design.The ideal candidate will have:Good understanding of digital logic design, CMOS fundamentals, VLSI design, or semiconductor design concepts.Basic understanding of static timing analysis concepts, including setup, hold, clocking, timing paths, and timing constraints.Exposure to scripting or programming using one or more of: TCL / Python / PerlStrong analytical and problem-solving skills.Ability to learn complex technical concepts quickly and apply them in a practical engineering environment.Good communication skills and willingness to work in a collaborative, global engineering team.Preferred QualificationsExperience or exposure in any of the following areas would be advantageous, but is not mandatory:University coursework, internship, thesis, or project work in VLSI, ASIC design, physical design, digital IC design, computer architecture, or EDA.Familiarity with EDA tools used for synthesis, place and route, STA, power analysis, or physical verification.Experience with Verilog/SystemVerilog, digital logic design, or RTL concepts.Understanding of CPU architecture, pipelines, caches, clocking, or low-power design concepts.Experience using Linux-based engineering environments.Data analysis skills and ability to work with reports, logs, metrics, and design results.Curiosity about how high-performance CPU designs are physically implemented and optimized.Minimum QualificationsCandidates should typically have one of the following:Bachelor’s degree in Electrical Engineering, Electronic Engineering, Computer Engineering, Computer Science, or a related technical field.ORMaster’s degree in Electrical Engineering, Electronic Engineering, Computer Engineering, Computer Science, Microelectronics, Semiconductor Engineering, or a related technical field.ORPhD in a relevant technical field with research or project experience related to digital design, VLSI, ASIC implementation, CPU design, or semiconductor design.Recent graduates and candidates with internship, industrial placement, academic research, or project experience in relevant areas are encouraged to apply.What You Will LearnIn this role, you will develop practical expertise in:Server CPU physical design and implementation methodology.RTL/netlist to GDS implementation flows.Synthesis, floorplanning, placement, CTS, routing, ECOs, and signoff.Static timing analysis and timing closure.Power, area, congestion, and routability trade-offs.Physical verification and design quality checks.Advanced-node implementation challenges.Automation and scripting for design-flow productivity.Cross-functional collaboration across CPU design, CAD, circuits, SoC, and post-silicon teams.What We ValueWe are especially interested in graduates who:Have strong engineering fundamentals and a passion for semiconductor design.Enjoy solving complex technical problems.Are curious about CPU design, physical implementation, and advanced Compute platforms.Can learn quickly and take ownership of technical tasks.Bring a structured, analytical approach to debugging and problem-solving.Communicate clearly and collaborate effectively with others.Are motivated by the opportunity to build high-performance, power-efficient server CPU products.Demonstrate initiative, curiosity, attention to detail, and a continuous-improvement mindset.Benefits and PerksAt Qualcomm, you will be part of a collaborative engineering culture focused on innovation, technical excellence, and meaningful product impact.We offer:Competitive compensation package, including base salary, performance-related bonus, and equity opportunities.Employee Stock Purchase Plan and equity programs supporting employee share ownership and long-term participation in Qualcomm’s success.Pension and retirement support, including a matching pension scheme.Health and wellbeing benefits, including medical, life, income protection, and wellbeing resources.Maternity, paternity, family, and extended leave support.Education assistance and tuition support to enable continued learning and professional development.Relocation and immigration support where applicable.Employee assistance and resilience programs supporting mental wellbeing, balance, and personal resilience.Opportunities to connect through employee networks, community programs, volunteering, and social groups.Subsidised wellbeing and lifestyle benefits, which may include gym or fitness support, bicycle purchase schemes, and employee clubs.A flexible, collaborative, and technically challenging work environment where you can learn from highly skilled engineers working on advanced CPU technology.Why Join the Nuvia Data Center CPU Team in Cambridge?Cambridge is Qualcomm’s largest office in the UK, with approximately 400 team members across engineering, business strategy, and support functions. From an engineering perspective, the Cambridge site includes teams focused on RF and PMU analog design, digital design and verification, digital physical design, embedded software, packaging, and post-silicon validation. Target products include high-performance CPUs and GPUs, ultra-low-power IoT devices, and wearables such as smart glasses, smart watches, and earbudsThe Nuvia Data Center CPU team offers graduates the opportunity to begin their careers working on advanced custom CPU technology for next-generation compute platforms.You will join a world-class engineering team working on demanding server-class CPU implementation challenges in advanced technology nodes. You will receive mentorship from experienced engineers while building deep expertise in CPU physical design, timing, power, and implementation methodology.This is a role for graduates who want to make an early technical impact, grow into future CPU physical design experts, and help shape the future of high-performance, energy-efficient server computing.Minimum Qualifications:• Bachelor's degree in Science, Engineering, or related field.*References to a particular number of years experience are for indicative purposes only. Applications from candidates with equivalent experience will be considered, provided that the candidate can demonstrate an ability to fulfill the principal duties of the role and possesses the required competencies.Qualcomm expects its employees to abide by all applicable policies and procedures, including but not limited to security and other requirements regarding protection of Company confidential information and other confidential and/or proprietary information, to the extent those requirements are permissible under applicable law.

Posted 6 days ago

Develop and verify next-generation AI silicon by working on digital design, ASIC verification, and physical implementation using industry-standard engineering tools.About the jobStart your engineering career helping build the silicon behind tomorrow’s AI systems. As a Graduate Silicon Engineer, you will gain insight into how sophisticated AI chips are crafted, verified and prepared for manufacture.You will join one of our silicon teams across logical compose and DFT, verification, or layout implementation. Each path gives you hands-on experience with real chip development and industry-standard EDA tools. You will work close to expert engineers who explain the detail, challenge your thinking and help you grow. You will build practical skills in RTL, verification methods, timing, implementation or physical design checks.You do not need to arrive as an authority. We are looking for graduates with strong fundamentals, curiosity and the aim to learn quickly.The Team & CultureGraphcore’s Silicon team turns high-reaching AI compute ideas into manufacturable silicon. Logical design, DFT, verification and physical design work closely with architecture, operations and other engineering teams.You will learn through design reviews, code reviews, technical discussions and practical problem solving. Work is broken into clear tasks, with support available and ownership expected from the start.Decisions are made through evidence, engineering judgement and open challenge. Graduates are encouraged to ask questions, speak up and build confidence by contributing early.What we’re looking forOn track for, or achieved, a degree in Electronic Engineering, Computer Science or a related subjectTechnical skills in C, C++ or Python, shown through study, projects, hobbies, internships or work experienceInterest in digital design, ASICs, verification, physical design, computer architecture or AI computeMotivation to learn modern silicon design techniques and industry-standard EDA toolsStrong problem-solving skills, collaboration and clear communicationCuriosity, ownership and hunger to learn, not instant expertise BenefitsFlexible working: Balance your work and personal life with greater flexibilityGenerous leave: Take time to rest, recharge and enjoy life outside of workRetirement planning support: Up to 5% matched pensionPhantom equity: Share in Graphcore’s successWorkplace experience: Enjoy thoughtfully designed office spaces for collaboration, with free food and an on-site barista to support your dayPeace of mind protection: Income protection and life assurance to provide financial security for you and your loved onesFlexible benefits: Tailor your benefits package with a choice of additional options, including private medical insurance and dental coverOptional benefits: Dental cover, health cash plan, private medical insurance, cycle to work scheme, give as you earnSponsorshipApplicants must have the legal right to work in the UK. Unfortunately, we are unable to provide visa sponsorship or support visa applications for this role. 

Posted 7 days ago

Support the design and delivery of structural engineering projects while developing professional skills through a structured graduate programme in a multidisciplinary consultancy.About Pell Frischmann:Pell Frischmann is a specialist advisory and technical consultancy operating across the built and natural environment, helping to shape a better future for the communities in which we work. We offer consultancy services, with access to specialist sister companies and partners, to support both public and private-sector clients. We work across sectors encompassing buildings, infrastructure, and regeneration.Originally formed in 1926, we have a unique heritage in delivering client-focused solutions that deliver value through our commercial awareness, sustainable aspirations, and innovative approach. Our distinctive future is defined by our ownership; Pell Frischmann is a part of RSBG SE, the patient capital investment arm of RAG-Stiftung. RAG-Stiftung is a foundation with the long-term public purpose to deal with the environmental and social commitments resulting from the closing of Germany’s coal mining industry. RSBG SE’s mission is to generate sustainable funds for the foundation; so, our work directly contributes to the challenge of fighting global pollution and climate change.About the roleYou will join our well-established Building Structures team based in our Cambridge office. On joining Pell Frischmann you will become part of an expert, multidisciplinary team where you will gain training and experience in your chosen specialism.Additionally, you will be enrolled onto our 2 year Graduate programme. This exciting programme is built around the competence requirements of professional institutions and a great way to kick start your career. You will have opportunity to network with others graduates across the Group and develop key skills such as project management, business and personal effectiveness.Right to Work RequirementsWe are unable to provide visa sponsorship for this role due to salary thresholds. Applicants must already have the existing, unrestricted right to work in the UK for the full duration of our 2 to 3 year graduate programme. Unfortunately, this means we cannot accept applications where the right to work is time-limited and would expire before the programme ends (July 2029).Main dutiesPrepare your own discipline designs, design calculations, drawings and project documents as identified under the guidance of the relevant Project Manager.Prepare / assist with the preparation of design statements, tender documents and any other reports identified in the Project Quality Plan on assigned projects.Carry out other duties as identified in the Project Quality Plan on assigned projects.Utilise computer aided design systems, computer design software and other design aids, as required.Site visits to determine existing building geometry, condition of accessible structure, and inspect anything else that might be relevant when carrying out design for any plausible alterations.Why Pell Frischmann?We are one of the UK's most influential and highly respected firms of infrastructure and built environment professionals. We provide a collaborative and supportive working environment, where you’ll have the freedom and flexibility to create your own pathway and make a real impact within the business and in the communities in which you will operate.We'll support your ongoing personal and professional development as your career progresses, allowing you to reach your full potential. We are committed to providing equal opportunities for all, welcoming applications from all backgrounds and are delighted to be a part of the government's Disability Confident Scheme. We're happy to talk about flexible working, including hybrid working, and are committed to promoting the wellbeing of all our employees.

Posted 7 days ago

Apply physics and experimental research to develop innovative technologies and solve complex engineering challenges across healthcare, defence, and energy sectors.IntroductionWe are looking for Physicist Graduates with a passion for innovation and technology to join our Applied Science team. This role is suitable for those who are due to graduate this summer, or have recently graduated. You will take on complex problems across a range of industries, including Healthcare, Defence, and Energy, by applying your scientific understanding, and your drive and curiosity to learn new things. You will be motivated by the idea of applying your theoretical knowledge and experimental skill to solving real-world engineering challenges.  What we can offerThis role will offer a wide variety of technical challenges and opportunities for personal development. We take pride in being ahead of the technology curve, working with and developing exciting new technology. The projects we work on are highly diverse and you will combine your existing skills and knowledge with an appetite to rapidly identify and assimilate whatever new information is necessary to solve the problem at hand. Examples of recent work undertaken for our clients include: Development of a novel imaging system based on multi-wavelength holography Design, simulation and manufacture of custom ultrasonic measurement system Development of a miniaturised magnetic positioning system for a high-volume consumer product Teardown and reverse engineering of complex high-power laser instrument for industrial application Technical analysis of superconducting power distribution system We are a nurturing team – you will be supported throughout to develop your career in the direction you want, with mentoring and training provided. Opportunities for development and progression are varied and will be tailored to the interests, experience, and skills of the successful candidate, with scope to develop increased technical, commercial and/or programme expertise and leadership.  What you can bringStrong academic credentials, such as a degree/Master’s/PhD, in physics or a closely related discipline. Experience working in the lab, as well as conducting desk based analysis Excellent communication skills (both written and verbal)A collaborative approachThe ability to gain UK security clearance. Additionally, we’re seeking candidates who can demonstrate at least one of the following, whether through university coursework or personal projects:An interest working on optical and/or photonic systems, with practical experience of either free-space optics, fibre-optic systems, or photonic devices.Knowledge of quantum technologies (sensing, compute, comms).Experience driving finite-element simulation tools (e.g. Ansys Maxwell, Ansys Fluent), and/or experience performing custom numerical simulations using generic software tools, like Python or MATLAB.Practical experience with electronics or radio systems.Most importantly, you must be willing to take on new challenges, learn on the job, and grow your capabilities.

Posted 7 days ago

Design and develop innovative electronic hardware and embedded systems for cutting-edge products across industries such as consumer technology, aerospace, telecommunications, and robotics.Introduction  We’re looking for Electronics graduates who want to work on real product developments across a range of industries and technologies. You’ll need to be willing to face a challenge and work with a range of different technologies across a variety of tasks. In return we can offer the chance to tackle some of the hardest engineering problems around.  Overview Cambridge Consultants undertakes over 300 technology, design and consulting projects every year. You will have the opportunity to work across the broad range of markets, from Consumer Devices to Industrial Systems, Aerospace and Telecoms. We mentor our graduates to develop their skills and take on increasing responsibility. We’re much more interested in the engineer you can become than the one you are now, and we provide structured mentoring and hands on support to help you grow into a confident and mentor our team to grow them into brilliant technologists. We need people who are enthusiastic about learning, keen to pick up new skills, and can show evidence of a rigorous approach to solving real-world problems. An ability to learn and a determination to grow are more important than the knowledge you already have.   Your responsibilities  With lots of support and guidance from your peers, you will work as part of our technical team on client assignments in multi-disciplinary projects for a wide range of markets. You may work on one or more projects at a time, in a variety of different disciplines and roles.  You will have the chance to interact directly with clients at all phases of projects, from requirements capture and progress updates through delivery to final handover. You will collaborate closely with software, RF, signal processing, mechanical and AI engineers.  What you’ll be doing   Cambridge Consultants works on a wide range of product and system developments for a broad range of clients. We will give you the time, support and opportunities needed to apply your skills confidently and build a reputation as a reliable member of the team. We’ll give you the time and support needed to learn how to apply your skills to client projects and create a solid reputation for yourself as a reliable, safe pair of hands for day-to-day electronic design across a mix of project teams. Your tasks may include: Design and implement systems for a variety of applications and products.  Develop analogue and digital hardware, PCB layouts, and FPGA designs (Verilog/VHDL).  Hands-on testing and debugging in the lab.  Opportunities to gain experience in embedded software (C/C++) and system-level design. What you can bring An excellent degree or PhD in Electrical/Electronic Engineering, Physics, or a related subject.  Solid understanding of fundamental electronic theory and principles.  Practical experience through university, work, or personal projects in one or more of:         – Analogue electronics (interfaces, RF, power)        – Digital electronics (processors, DSP, Verilog/VHDL)       – PCB design Enthusiasm for designing things and making them work. Ability to learn quickly and adapt to new challenges.

Posted 8 days ago

Design, test, and develop RF and electronic systems for innovative products across industries including telecommunications, aerospace, robotics, and defence.Introduction  We’re looking for RF & Electronics graduates who want to work on real product developments across a range of industries and technologies with a focus on RF. You’ll need to be willing to face a challenge and work with a range of different technologies across a variety of tasks. In return we can offer the chance to tackle some of the most exciting engineering problems around.  Overview Cambridge Consultants undertakes over 300 technology, design and consulting projects every year. You will have the opportunity to work across the broad range of markets, from Consumer Devices to Industrial Systems, Aerospace, Telecoms and Defence and National Security. We mentor our graduates to develop their skills and take on increasing responsibility.  We’re much more interested in the engineer you can become than the one you are now, and we provide structured mentoring and hands–on support to help you grow into a confident engineer. We need people who are enthusiastic about learning, keen to pick up new skills, and can show evidence of a rigorous approach to solving real-world problems. An ability to learn and a determination to grow are more important than the knowledge you already have.   Your responsibilities  With support and guidance from your peers, you will work as part of our technical team on client assignments in multi-disciplinary projects for a wide range of markets. You may work on one or more projects at a time, in a variety of different disciplines and roles, including RF design, simulation, testing, and measurement. You will have the chance to interact directly with clients at all phases of projects, from requirements capture and progress updates through delivery to final handover. You will collaborate closely with software, RF, signal processing, mechanical and AI engineers You will also have access to our extensive in-house facilities. Should you attend a face-to-face interview, we’ll provide a tour of our labs which support hardware development engineering during your visit.  These include:  Prototype PCB manufacturing facilities, including SMT pick-and-place, vapour-phase reflow and x-ray inspection EMC emissions test facility 5GHz 360° antenna test facility  What you’ll be doing Cambridge Consultants works on a wide range of product and system developments for a broad range of clients. We will give you the time, support and opportunities needed to apply your skills confidently and build a reputation as a reliable member of the team. Your tasks may include:  Field experiments to validate concepts PCB level RF circuit design and laboratory-based design validation of technology such as: RF filters Power amplifiers Oscillators Development of system models Antenna modelling using our sophisticated design tools As required, present designs, results and conclusions Work as part of a close-knit, multi-disciplinary project team focused on delivering design solutions to our clients What you can bring  We are looking for someone currently studying towards, or recently graduated from, a MEng degree in Electronic Engineering or a closely related discipline, on track to achieve or having achieved a 2.1 or above. We also welcome applications from recent graduates with industrial experience. You will also have: A solid foundation in electronic principles with an RF leaning. Familiarity with RF test equipment (such as spectrum analysers and network analysers). While not essential requirements, we would also be very interested if you have experience with any of the following: Knowledge of RF simulation tools Experience in electronics design and schematic capture  An understanding of RF measurements and lab-based debugging  A motivated and detail-oriented engineer who is confident working in a hands-on laboratory environment will thrive in this role. 

Posted 8 days ago

Design and develop embedded hardware and software solutions for cutting-edge engineering projects across industries including consumer technology, robotics, and defence.IntroductionWe’re looking for STEM graduates keen to start making real products for our clients.  You’ll need to be eager to turn your hand to a lot of different tasks and enjoy constantly learning new things.  In return we can offer the chance to tackle some of the hardest engineering problems around, such as novel applications of robotics, collaborating with LEGO to develop LEGO® SMART Play™  and other embedded products, as well as defence and national security projects such as pioneering AI cyberattack response for the UK military.Overview  Cambridge Consultants undertakes over 300 technology, design and consulting projects every year. You will get to work across the broad range of markets, from Consumer Devices to Industrial Systems to Defence and National Security. The Electronics and Software group is a cohesive team of multi-disciplinary experts in everything to do with embedded systems and devices – whether that’s electronics, embedded software, physics, control, communications, security or algorithm design. We’re much more interested in the engineer you can become than the one you are now, and we mentor our team to grow them into brilliant technologists. We need people who are enthusiastic about learning, keen to pick up new skills, and can show evidence of a rigorous approach to solving real-world problems. An ability to learn and a determination to grow are more important than the knowledge you already have.  Your responsibilities With lots of support and guidance from your peers, you will work as part of our technical team on client assignments in multi-disciplinary projects for a wide range of markets. You may work on one or more projects at a time, in a variety of different disciplines and roles. You will work on the design and implementation of systems for a wide range of applications and products. You will have many opportunities to develop your technical design skills for analogue and digital hardware, information engineering, embedded software, control, communications and whole product design. This could include writing software in C for embedded targets, writing SystemVerilog for FPGAs, PCB design and hardware testing. You will have the chance to interact directly with clients at all phases of projects, from requirements capture and progress updates to final handover.  About youWe’re looking for applicants with the following experience or skills: An excellent degree or PhD in general, electrical, electronic or information engineering, computer science or physics. Experience through university, work or home projects in at least one of the following areas, and enthusiasm for learning about the others: PCB designDigital electronics (processors, memory, DSP, Verilog, VHDL) Analogue electronics (general, interfaces, RF, power) Software implementation in C, C++, Rust, or a similar programming language 

Posted 8 days ago

Design, develop, and test innovative electronic systems and products across multiple industries while working on multidisciplinary engineering projects.Introduction  We’re looking for Electronics graduates who want to work on real product developments across a range of industries and technologies. You’ll need to be willing to face a challenge and work with a range of different technologies across a variety of tasks. In return we can offer the chance to tackle some of the hardest engineering problems around.  Overview Cambridge Consultants undertakes over 300 technology, design and consulting projects every year. You will have the opportunity to work across the broad range of markets, from Consumer Devices to Industrial Systems, Aerospace, Telecoms and Defence and National Security. We mentor our graduates to develop their skills and take on increasing responsibility. We’re much more interested in the engineer you can become than the one you are now, and we provide structured mentoring and hands on support to help you grow into a confident and mentor our team to grow them into brilliant technologists. We need people who are enthusiastic about learning, keen to pick up new skills, and can show evidence of a rigorous approach to solving real-world problems. An ability to learn and a determination to grow are more important than the knowledge you already have.   Your responsibilities  With lots of support and guidance from your peers, you will work as part of our technical team on client assignments in multi-disciplinary projects for a wide range of markets. You may work on one or more projects at a time, in a variety of different disciplines and roles.  You will have the chance to interact directly with clients at all phases of projects, from requirements capture and progress updates through delivery to final handover. You will collaborate closely with software, RF, signal processing, mechanical and AI engineers.  What you’ll be doing   Cambridge Consultants works on a wide range of product and system developments for a broad range of clients. We will give you the time, support and opportunities needed to apply your skills confidently and build a reputation as a reliable member of the team. We’ll give you the time and support needed to learn how to apply your skills to client projects and create a solid reputation for yourself as a reliable, safe pair of hands for day-to-day electronic design across a mix of project teams. Your tasks may include: Design and implement systems for a variety of applications and products.  Develop analogue and digital hardware, PCB layouts, and FPGA designs (Verilog/VHDL).  Hands-on testing and debugging in the lab.  Opportunities to gain experience in embedded software (C/C++) and system-level design. What you can bring An excellent degree or PhD in Electrical/Electronic Engineering, Physics, or a related subject.  Solid understanding of fundamental electronic theory and principles.  Practical experience through university, work, or personal projects in one or more of:         – Analogue electronics (interfaces, RF, power)        – Digital electronics (processors, DSP, Verilog/VHDL)       – PCB design Enthusiasm for designing things and making them work. Ability to learn quickly and adapt to new challenges.

Posted 8 days ago

Develops and executes formal verification for advanced CPU designs, ensuring processor correctness from architecture to implementation.General Summary:About usAs a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives communication and data processing transformation to help create a smarter, connected future for all.  As a Qualcomm Engineer, you will define, model, design (digital and/or analog), optimize, verify, validate, implement, and document IP (block/SoC) development for a variety of high performance, high quality, low power world class products. Qualcomm Engineers collaborate with cross-functional groups to determine product execution path.About the roleAre you interested in working with a world-class CPU design team? The Qualcomm CPU team has some of the best CPU architects and engineers on the planet, developing the processors that will power the future. Come and join us on this exciting adventure!Develop your formal verification skills to their fullest on some of the most complex designs ever attempted.Roles and ResponsibilitiesWork with design team to understand design intent and bring up verification plans and schedules with an eye towards the end-to-end formalisation of the refinement from architecture to micro-architectureDefine formal verification architecture, develop test plans, and build end-to-end formal sign-off environments for Qualcomm CPU componentsPLEASE NOTE THIS ROLE WILL REQUIRE 5 DAYS PER WEEK ONSITE IN OUR CAMBRIDGE OFFICEMinimum Experience We Are Looking For:Bachelor’s or Master’s degree in Mathematics, Science, Engineering, or related field with relevant courses on computer architecture and Verilog HDL design or formal methods.ORPhD in Mathematics, Science, Engineering, or related field.What's on OfferApart from working with great people, we offer the below:Salary including housing & transport allowanceStock (RSU's) and performance related bonus16 weeks fully paid Maternity Leave6 weeks fully paid Paternity LeaveEmployee stock purchase schemeLife and Medical InsuranceLive+ Well Reimbursement for health and recreational membership feesMinimum Qualifications:• Bachelor's degree in Science, Engineering, or related field and 2+ years of ASIC design, verification, validation, integration, or related work experience.ORMaster's degree in Science, Engineering, or related field and 1+ year of ASIC design, verification, validation, integration, or related work experience.ORPhD in Science, Engineering, or related field.

Posted 11 days ago

Develops high-level virtual platform models for complex SoC hardware using SystemC, QEMU, and modern C++ to support hardware and software development.General Summary:As a Software Virtual Platform Engineer, you will specialize in virtual platforms, including SystemC TLM and QEMU. Your primary focus will be on developing high-level system virtual models of complex SoC hardware.Key responsibilities include:· Designing and developing SystemC TLM models to accurately represent SoC architectures.· Integrating components such as processors, interconnects, peripherals, and custom IP blocks into the SystemC simulator.· Collaborating closely with hardware designers, software engineers, and other stakeholders to understand system requirements and translate them into detailed SystemC models.· Extensive experience with C++ programming to ensure efficient and effective model development.Principal Duties and Responsibilities:· Leverage advanced software/hardware systems knowledge and experience to design, develop, create, and modify virtual models.· Define software requirements to develop complex SoC TLM models.· Design and implement TLM models for complex, large-scale products and systems.· Perform code reviews and regression tests, as well as triage and fix issues to ensure the quality of code.· Collaborate with individuals outside the software function (e.g., hardware, systems, and test engineers) to increase leverage and design solutions that work with other components of a specific project.Level of Responsibility:· Work independently with minimal supervision.· Utilize strong verbal and written communication skills to convey complex information, often requiring negotiation, influence, and tact.· Perform tasks that often require multiple steps, extensive planning, problem-solving, and prioritization to complete effectively.Top Required Skills:1. SystemC TLM or QEMU2. Modern C++3. ARM Architecture (CPU, GIC, CoreSight Debug)4. Firmware and/or Device Driver Development and Debug5. Git Revision ControlPreferred Skills1. Open Source Development experience2. Unit Testing3. Continuous Integration4. ARM Fast Models5. Server Architecture (RAS, Manageability)Minimum Qualifications:• Bachelor's degree in Engineering, Information Systems, Computer Science, or related field.What's on OfferApart from working in an open, relaxed and collaborative space, you will enjoy:Salary, stock and performance related bonusMaternity/Paternity LeaveEmployee stock purchase schemeMatching pension schemeEducation AssistanceRelocation and immigration support (if needed)Life, Medical, Income and Travel InsuranceSubsidised memberships for physical and mental well-beingBicycle purchase schemeEmployee run clubs, including, running, football, chess, badminton + many more

Posted 11 days ago