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Electrical Engineering (Lead) Leeds Monday to Friday - Flexible office working hours £35K - £40K depending on experience plus excellent benefits About the Company Our client is a leading global manufacturer of safety systems and solutions, delivering safety-critical projects to their clients on time and to the highest quality standards. The Role Are you an experienced Electrical Engineering? I am seeking an electrical Engineer with hands on experience, and has project oversight as you may be running a number of minor electrical projects at any one time, ensuring to budget This role combines electrical design input, project management responsibility, and practical electrical work, including the repair and calibration of safety-critical equipment. You will manage and mentor one electrical team member, while remaining actively involved in day-to-day electrical tasks and supporting project delivery from design through to completion. You will contribute to and review electrical and system designs Act as the main point of contact for technical queries, ensuring compliance with BS 7671, CDM 2015, and relevant rail and manufacturing standards. ???????Review, update, and sign off electrical designs, test results, risk assessments, and technical documentation, ensuring accuracy and traceability. Typical Work Activities • Conducting site inspections, testing, and electrical risk assessments as required, • Repairing, fault-finding, and calibrating rail safety equipment, • Supporting and mentoring a team member, • Liaising with project managers, contractors, suppliers, and clients, • Resolving complex technical and operational issues in real time, • Familiar with Cad software HNC/HND in Electrical Engineering or similar SMSTS or SSSTS (desirable) If you are seeking a new varied, and challenging role, and have the above experience, please forward your CV for further information, Mpeople, are a recruitment business acting on behalf of our clients, if you do not receive a response within 5 days please presume you have been unsuccessful on this occasion

Do you want to work with the 15th fastest-growing startup in Europe? If so, you’re in the right place. AssetCool is one of Europe’s fastest-growing startups, building the fastest path to more power on the grid. We’re tackling one of the most urgent challenges in the global energy transition: grid congestion. Electricity demand is rising fast; driven by electrification, AI and data centres. While traditional grid upgrades take years, demand exists today. The grid isn’t ready. AssetCool delivers robotic grid upgrades that physically increase the capacity of existing transmission lines by up to 30%, without rebuilding infrastructure. Using advanced robotics and proprietary photonic coatings, we unlock data-centre-scale capacity in weeks to months, not years and at a fraction of the cost and disruption of conventional approaches. Our technology goes beyond capacity. We reduce losses, prevent corrosion, cut corona noise and generate high-value operational data that supports smarter grid operation and maintenance. Our systems are already deployed globally, and we just raised a big funding round from leading energy and climate investors. AssetCool is one of the most innovation-driven companies in the UK energy sector and we’re scaling fast! If you’re ambitious, mission-driven and excited to work on real deployments that strengthen the industry that really matters, AssetCool is where you can make it happen. Role Overview As a Test & Validation Engineer, you play a critical role in ensuring the safety, reliability, and performance of our CapacityN robotic platforms. You will design and execute test plans, build test rigs, collect and analyse data, and provide clear feedback to design teams. This role requires strong hands-on skills, analytical thinking, and cross-disciplinary knowledge across mechanical, electrical, and software systems. Key Responsibilities • Develop, document, and execute test protocols for robotics and mechatronics subsystems including actuators, sensors, communication, control systems, and power components., • Design and implement test rigs and fixtures for platform stress testing and validation in lab and field., • Perform system-level reliability tests: endurance, vibration, and environmental, EMI/EMC., • Collect, process, and analyse large test dataset; prepare reports with actionable insights for design teams., • Collaborate with engineering, software development, and production engineers to close the loop between testing and product improvements., • Ensure compliance with safety standards and applicable regulations., • Support root cause analysis and troubleshooting during development and field deployment., • Maintain test equipment, calibration, and documentation, and support establishing testing standards across development. Key Skills and Experience Required • A Degree in Mechatronics, Mechanical, Electrical, Control Systems, Instrumentation Engineering, or related field., • 3+ years’ experience in test & validation, R&D, systems engineering, ideally with hands-on experience of ground and aerial robotic systems., • Strong practical experience in actuators, sensors, power electronics, embedded systems, instrumentation, and data acquisition., • Experience with test automation and data analysis tools (MATLAB, LabView, Python) or similar tools., • Familiarity with DAQ systems, load and torque sensing, IMU, and motion tracking., • Experience with CAD software (e.g., SolidWorks, Fusion 360)., • Ability to interpret engineering drawings, electrical schematics, and system block diagrams., • Excellent problem-solving, documentation, and communication skills. Desirable Skills • Experience with robotics platforms (mobile robots, UAV, industrial automation)., • Familiarity with embedded systems and debugging hardware/software integration (e.g., Arduino, Raspberry Pi, Nvidia Jetson)., • Knowledge of reliability engineering, FMEA, HALT/HASS testing., • Understating of operation and safety certification and standards (IEEE, ISO, IEC)., • Understanding of IP-rated enclosure design, vibration/thermal management, and EMI, • Programming experience in C/C++ or Python for designing test workflows. Why Join AssetCool? • Work on groundbreaking technology revolutionizing the power grid., • Fast-growing startup with significant industry traction and large-scale projects., • Collaborative, innovation-driven team with exciting career growth opportunities., • Competitive salary, and flexible work options Research shows that some candidates may hesitate to apply unless they meet every listed requirement. If this role excites you but your experience doesn’t align perfectly with every qualification, we still encourage you to apply. You might be exactly who we're looking for, either for this role or another opportunity within our team. We’re proud to be an equal opportunities employer and welcome applications from people of all backgrounds. We’re committed to building an inclusive, supportive workplace where everyone can thrive, regardless of age, disability, gender identity, marital or civil partnership status, pregnancy or maternity, race, religion or belief, sex, or sexual orientation. If you have a disability or any specific requirements and need adjustments at any stage of the recruitment process, just let us know and we’ll do our best to accommodate your needs. We may close this vacancy early if we receive a high volume of applications. We are not looking for agency support currently.

Material Scientist with Python Experience — AI Projects About this opportunity hackajob is collaborating with one of the best platforms that connects specialists with project-based AI opportunities for leading tech companies, focused on testing, evaluating, and improving AI systems. Participation is project-based, not permanent employment. What this opportunity involves While each project involves unique tasks, contributors may: • Design original material engineering problems that simulate real engineering workflows, • Create problems requiring Python programming to solve engineering calculations and simulations, • Ensure problems are computationally intensive and require numerical methods or iterative solutions, • Develop problems involving system design, optimization, and analysis, • Base problems on real research challenges or practical applications from engineering practice, • Verify solutions using Python with standard engineering libraries, • Document problem statements clearly and provide verified correct answers What we look for This opportunity is a good fit for material scientists & engineers with Python experience, open to part-time, non-permanent projects. Ideally, contributors will have: • Degree in Material Science or related fields, • Python proficiency for numerical validation — MATLAB, R, C, SQL, NumPy, Pandas, SciPy, domain-specific libraries, Stata, or knowledge of any programming language can be equivalent, • 2+ years of professional experience — applied, research, or teaching experience is applicable, • Understanding of practical engineering constraints and approximations, • Strong written English (C1+) How it works Apply → Pass qualification(s) → Join a project → Complete tasks → Get paid Project time expectations Tasks are estimated to require around 10–20 hours per week during active phases, based on project requirements. This is an estimate, not a guaranteed workload, and applies only while the project is active. Compensation Contributors can earn up to $76 per hour equivalent, depending on their level and pace of contribution. Compensation varies across projects depending on scope, complexity, and required expertise. Other projects on the platform may offer different earning levels based on their requirements.

You will contribute across the full project lifecycle, from early-stage development through to operations, by: • Building and refining simulation models for key components such as wind turbines, plant controllers, and grid interfaces (HVAC/HVDC systems, FACTS devices where relevant), • Carrying out power system assessments in PSS/E, including steady-state, fault, and dynamic performance studies, • Running detailed EMT simulations in PSCAD to analyse system behaviour under disturbances, switching events, and control interactions, • Handling OEM and vendor models, ensuring correct setup, validation, and ongoing management, • Producing structured, high-quality technical documentation suitable for both internal review and external compliance requirements, • Interpreting study results, identifying risks, and proposing practical engineering solutions, • Ensuring consistency with established engineering standards, methodologies, and QA processes You must hold the below Academic background in Electrical or Power Engineering, or equivalent practical experience Around 5+ years of hands-on PSCAD experience focused on EMT analysis Solid working knowledge of PSS/E for network and dynamic studies Experience dealing with third-party/OEM models, including parameterisation and validation Familiarity with automation tools or scripting (e.g. Python, MATLAB) to improve workflow efficiency

Electrical Design Engineer (PSS/E & PSCAD) – Offshore Wind • Remote (UK, Poland, or Denmark only), • Contract | Inside IR35 Matchtech is supporting our client, an International Offshore wind Developer in securing an Electrical Design Engineer to support offshore wind farm projects within their portfolio. This is a contract consulting role, offering the chance to work on technically complex grid integration and power system studies across multiple project phases. What you’ll be doing You’ll deliver high quality power system studies and grid compliance support, collaborating with cross‑functional stakeholders and OEMs. Responsibilities include: • Developing, integrating, and validating RMS and EMT models (WTG, PPC, HVAC/HVDC, FACTS), • Executing PSS/E studies: load flow, short circuit, RMS dynamics, contingencies & sensitivity analysis, • Executing PSCAD EMT studies: faults, control interactions, protection behaviour, energisation, harmonics & transients, • Managing vendor/OEM models (validation, parameterisation, version control), • Producing audit-ready technical documentation, study reports, and grid code evidence, • Summarising findings and recommending mitigation measures in line with QA standards What the client will be looking for • Degree in Electrical / Power Systems Engineering (or equivalent experience), • 5+ years’ hands-on PSCAD experience (EMT studies), • Strong, proven experience using PSS/E for grid compliance and design studies, • Experience working with confidential vendor models and black‑box components, • Scripting/automation skills (Python, MATLAB) for studies and post‑processing, • Ability to work independently while aligning with established methodologies, • Strong communication and stakeholder engagement skills What’s on offer • Fully remote role (home‑based), • Laptop and software licences, • Flexible allocation depending on project demand, • Contract duration: 20 April 2026 – 15 October 2026 Eligibility note: Candidates must be located in the UK, Poland, or Denmark and should clearly state their location and availability when applying.

Aventa is seeking, on behalf of our client—a leading developer in the offshore renewable energy sector—a Electrical Design Engineer to join their Engineering Department. This role offers a unique opportunity to work alongside a team of skilled engineers contributing to one of the most significant offshore wind developments in the region. Role Objective • We are seeking a proactive, flexible consultant to support offshore wind farm projects in our client portfolio. You will deliver high-quality power system studies primarily in PSS/E (RMS/steady-state), and PSCAD (EMT), collaborate effectively with cross-functional teams, and adapt to evolving project priorities and workloads. Key Responsibilities • You will support projects at various phases (development, design, execution, and operation) by conducting studies and providing grid-connection support. Scope includes:, • Develop, integrate, and validate EMT and RMS models for relevant assets (e.g., WTG, plant controller/PPC, HVAC/HVDC interfaces, STATCOM/SVC as applicable)., • Plan and execute grid compliance and design studies in PSS/E (load flow, short circuit where applicable, dynamic RMS performance, contingencies, sensitivity studies)., • Plan and execute EMT studies in PSCAD (faults and disturbances, control interactions, protection-related phenomena, insulation coordination, energization, converter/control performance, harmonic/transient behaviour as relevant)., • Work with vendor/OEM models: coordinate provisioning, model validation, parameterisation, updates, version control, and fit-for-purpose application in studies., • Produce clear, audit-ready documentation for internal review and external submission (e.g., grid code evidence packs, study reports, model validation notes, assumptions and limitations)., • Summarise findings and recommend mitigations, ensuring technical quality aligned with Ørsted methodologies and QA processes across multiple projects and stakeholders. Requirements: • Degree in Electrical/Power Systems Engineering (BEng/MSc/PhD) or equivalent experience., • Minimum 5 years’ hands-on experience with PSCAD for EMT studies (including relevant add-ons/modules and analysis workflows)., • Strong, proven experience with PSS/E covering steady-state and RMS dynamic analyses for grid compliance and design work., • Demonstrated experience working with vendor-supplied models (confidential models, black-box components) and parameterisation for compliance evidence., • Scripting/automation skills for study execution and post-processing (e.g., Python for PSS®E, MATLAB/Python for result handling; tooling to improve repeatability and QA)., • Experience coordinating with OEMs for model delivery, validation, and updates; strong data confidentiality practices., • Strong communication skills, able to produce concise technical reports and stakeholder-ready material., • Ability to work independently while following Client established methodologies, documentation standards, and QA processes., • Strong interpersonal skills and good ability to engage and work in and as part of a team. Resources Provided • Client will supply a laptop and all necessary software licenses and access (including PSS/E and PSCAD as required). Engagement Terms • No additional certifications required., • No travel required; the role is fully remote., • Contract basis, billed per hour or per day, • Flexible allocation subject to project demands and priorities.

About DigitalCNC DigitalCNC originates from the University of Sheffield's Advanced Manufacturing Research Centre (AMRC). We build physics-based machining intelligence -- our platform predicts machine behaviour, analyses toolpaths, and simulates performance before a single cut is made, giving aerospace and defence manufacturers the confidence to get complex components right first time. We work with the most demanding manufacturers in the sector. We're looking for an engineer who wants to see their work matter at the machine. The role You'll join a small, fast-moving team developing and deploying advanced machining and optimisation technologies. This is an environment where you can go from whiteboard to product in the same day. Theory is only useful here if it ships. Responsibilities span algorithm development, driving the product roadmap, and implementing solutions directly into DigitalCNC software. What you need • Strong software development skills in Python, C++, MATLAB or similar, • Familiarity with physics-based simulation and machine learning techniques, • Machining science: CAM/CNC programming, toolpath strategy design and optimisation,, metal cutting mechanics, • Sharp analytical and problem-solving ability, with genuine attention to detail, • Clear communicator who can collaborate across engineering, product, and commercial teams, • Master's or PhD in Mechanical Engineering, Manufacturing Engineering, Applied Mathematics, or a closely related field Depth we value You don’t have to tick every box. Tell us where your depth sits. • Physics modelling: mechanical engineering, materials science, control systems, • Mathematics and ML: optimisation, dynamical systems, statistical modelling, causal inference, • Applied ML: model training, data curation, LLM workflows, agentic coding, • Aerospace or defence manufacturing experience is a plus Location - SHEFFIELD, UK Based in Sheffield. Hybrid working. Part of the UK's most connected advanced manufacturing ecosystem.

Analog Design Engineer We are currently partnered with a leading technology company looking for a Senior Analog Design Engineer to strengthen their team, focusing on the development and verification of advanced power-management circuits for next-generation connectivity and audio products. This role will be full time on-site Key responsibilities • Design and implement analog sub-circuits and power-management blocks, including regulators, converters, and associated IPs, • Collaborate with cross-functional teams to gather requirements and provide documentation supporting system-level integration and testing, • Contribute to high-level architecture discussions and define technical strategies for new features or product enhancements Key requirements • Bachelor’s or Master’s degree in Electrical/Electronic Engineering or related discipline, • Analogue design experience, ideally with power-management IPs such as SMPS and LDOs, • Solid understanding of analogue design principles and verification methodologies Keywords: Analog Design / Power Management / LDO / SMPS / Mixed-Signal / Verification / Sub-Cell Design / Cadence / Mentor Graphics / MATLAB / System Architecture / Connectivity / Audio / VLSI / Cross-Functional Collaboration If you are interested in this 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 ___

Electronics Design Engineer (Analogue, Power Electronics, SMPS) The following information provides an overview of the skills, qualities, and qualifications needed for this role. Normanton, West Yorkshire, United Kingdom | Full-Time, Permanent | About the Role We are seeking a highly skilled Principal Electronics Design Engineer to join a growing engineering team in Normanton, West Yorkshire. This is an exciting opportunity for an experienced Electronics Design Engineer with expertise in analogue electronics, power systems, and switch-mode power supplies (SMPS), to play a leading role in delivering innovative electronic solutions. Reporting to the Normanton Site Technical Lead, you will provide technical leadership, mentor engineers, and drive the development of advanced systems across power electronics, LED lighting, and embedded control technologies. Key Responsibilities • Lead the design and development of analogue electronics, power systems, and SMPS (buck, boost, flyback), • Design and optimise LED lighting control systems and power management solutions, • Provide technical leadership and mentorship to a team of electronics engineers, • Oversee integration of control systems, HMI, and embedded electronics into products, • Collaborate with cross-functional teams across hardware, software, and systems engineering, • Troubleshoot complex issues related to power conversion, EMC, and thermal performance, • Ensure designs meet regulatory standards, safety requirements, and customer specifications, • Create and review technical documentation including schematics, PCB layouts, and test procedures, • Drive continuous improvement and engineering best practices, • Extensive experience in analogue electronics and power electronics design, • Strong expertise in switch-mode power supplies (SMPS) and power conversion circuits, • Broad knowledge of electronic circuit design and system-level integration, • Experience leading and mentoring engineering teams, • Proficiency with design and simulation tools such as SPICE, MATLAB, Altium Designer xrnqpay, • Solid understanding of EMC compliance, thermal management, and safety standards, • Strong hands-on problem-solving and troubleshooting skills, • Experience with LED lighting systems and control electronics, • Knowledge of embedded systems and mixed-signal design, • Exposure to HMI (Human Machine Interface) development

TXM Recruit are proud to be working in partnership with a well-established and innovative engineering organisation, supporting them in the search for a Electronics Design Engineer to join their growing team. Scroll down to find the complete details of the job offer, including experience required and associated duties and tasks. This is a key position within the engineering function, offering the opportunity to take technical ownership of advanced electronic design projects while also leading and mentoring a team of engineers. The role will suit an experienced professional with a strong background in power electronics and a passion for delivering high-quality, cutting-edge solutions. The Role You will play a pivotal role in the design, development, and optimisation of electronic systems, with a particular focus on analogue electronics, power systems, and switch-mode power supplies (SMPS). Alongside hands-on technical work, you will provide leadership and guidance to a team of engineers, driving innovation and engineering excellence. Key Responsibilities • Lead the design and development of analogue electronics, power systems, and SMPS solutions, • Take ownership of LED lighting control and power management systems design, • Provide technical leadership and mentorship to a team of engineers, • Oversee integration of control systems, HMI, and electronic components into products, • Collaborate with cross-functional teams to ensure seamless system integration, • Lead troubleshooting and problem-solving across complex electronic systems, • Ensure designs meet regulatory standards and customer requirements, • Produce and review technical documentation including schematics, PCB layouts, and specifications, • Drive continuous improvement across engineering processes and standards, • Stay current with emerging technologies and industry trendsAbout You, • Strong experience in analogue electronics, power systems, and SMPS design, • Proven expertise in power conversion (buck, boost, flyback, etc.), • Experience leading or mentoring engineering teams, • Proficient with design and simulation tools such as Altium, SPICE, and MATLAB, • Solid understanding of EMC compliance, thermal management, and safety standards, • Strong problem-solving skills with a hands-on approach, • Excellent communication and stakeholder engagement skillsQualifications, • Degree in Electronics Engineering or a related discipline, • Advanced qualifications (Masters/PhD) are advantageous, • Demonstrable experience in an electronic design roleWhy Apply? xrnqpay, • Opportunity to take a lead role in a growing and innovative engineering team, • Work on advanced technologies and complex systems, • Influence technical direction and team development

A leading automotive technology firm in the UK seeks an entry-level MATLAB and Simulink C++ Engineer to join its Software and R&D team. Candidates should have a degree in a relevant field and hands-on experience with MATLAB and C++.

In this role, you will transcode a legacy algorithm codebase from ADA to MATLAB while ensuring that the developed algorithms are compatible with auto-coding tools.

MATLAB and Simulink C++ Engineer Automotive Tech Wymondham Up to 40k. They are looking to hire a MATLAB and Simulink C++ Engineer to join their growing Software and R and D team. Build and develop simulation models using MATLAB and Simulink R2017b.

The role involves support across various business areas, with a focus on systems engineering lifecycle and experience in MATLAB/Simulink.

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