Sökresultat för "Nuclear Physics"

Help Us Prove a New Standard in Nuclear Fuel Are you a technically sharp, self-driven engineer or scientist who understands how nuclear fuel really behaves - and how to prove it with credible models? Join Blykalla and lead the fuel development and qualification effort that underpins the use of a novel nuclear fuel in an advanced reactor. This role puts you at the center of predicting, validating, and defending fuel behaviour for the western world’s first lead-cooled SMR. You’ll own the delivery of the fuel qualification programme, and strongly influence the development of models and codes that allow for producing regulator-ready evidence to understand our fuel performance. What we do at Blykalla At Blykalla we are developing the next generation of nuclear technology with our Advanced Small Modular Reactor (SMR), based on uranium nitride fuel and a compact, lead-cooled design. As Sweden’s only SMR developer, we are on a mission to decarbonize heavy industry and other energy-intensive sectors and deliver safe, scalable, and sustainable energy. What you’ll get to do Your mission is to ensure that we can predict, explain and justify fuel behaviour with confidence, using validated models, defensible assumptions and traceable data. Build & evolve fuel performance models ● Take ownership of the development, extension, and adaption of fuel performance models for a lead-cooled fast-spectrum operation, with a focus on physical mechanisms rather than black-box use. ● Lead the benchmarking of models against multiple fuel types (including nitride, oxide and metallic fuels) and fuel performance codes, to support comparison, validation, and fallback options. ● Understand and improve model behaviour by analysing why models work, where they break down, and what must be changed for lead-cooled fast spectrum operation. ● Work closely with experimental and design teams to specify experimental testing (in- and out-of-pile) and examinations that generate data relevant for model validation or development. Shape data, experiments, and model credibility ● Define what experimental and operational data are needed to support, challenge, and improve fuel performance models ● Work closely with experimental and design teams to specify irradiation tests and pre- and post-irradiation examinations that generate data relevant for model validation or development ● Integrate data from experiments, literature, and historical programmes to calibrate models, assess validity ranges, and reduce key uncertainties ● Contribute to cross-disciplinary activities between reactor physics, thermal hydraulics, materials, backend, safety and licensing to ensure design coherence, manufacturability, and regulatory compliance. Align modelling with fuel qualification, licensing and industrialisation ● In collaboration with the Head of Fuel and wider fuel team, drive forward the company's advanced fuel qualification and update our plans for how the company will meet them. ● Define, maintain and own the modelling basis used in fuel qualification, including scope, gaps, assumptions, acceptance criteria, and regulatory expectations ● Coordinate with international labs and irradiation facilities to secure the knowledge and services (irradiation, PIE) needed to reach qualification and licensing goals. ● Ensure Blykalla is pro-active in interfacing with regulatory bodies and relevant programs that support advanced fuel qualification/performance modelling (including, but not limited to: SSM, DOE/NRC and IAEA). ● Contribute to the establishment of modelling workflows, documentation, and quality practices that ensure traceability, reproducibility, and regulatory readiness Fuel Design & Development ● With the Head of Fuel and Head of Nuclear Safety, coordinate cross-disciplinary integration of the fuel design between nuclear design, thermal-hydraulics, materials group, fuel experimental and modelling teams to ensure design coherence, consistent modelling assumptions, manufacturability, and regulatory compliance." Technical leadership ● With the Head of Fuel, support the transfer of knowledge and development of the next generation of “subject matter experts” across both fuel performance authorities or cross-disciplinary technical leadership. ● Provide technical mentorship to early career individuals, disseminating your experience and knowledge. Experience & Qualifications ● At least 15-years post-degree experience in nuclear fuel modelling, development and/or qualification. ● Modelling and simulation experience covering code/model modification, development or critical assessment rather than “black-box” use ● Degree, ideally PhD in nuclear engineering, physics, chemistry or a closely related field ● Experience defining and integrating experimental data from irradiation tests, post-irradiation examinations, literature, or historical programmes to support and improve modelling and accelerate fuel qualification ● Ability to define what data and experiments are needed to support model credibility and uncertainty reduction, and to work effectively with experimental and qualification teams ● Demonstrated ability to understand fuel behaviour at the mechanism level and to diagnose why models work, where they fail, and how they must be improved ● Hands-on experience with fuel performance codes such as TRANSURANUS, FRAPCON/FRAPTRAN, BISON, or similar tools, including extending, adapting, or validating models ● Understanding of how modelling contributes to fuel qualification, safety arguments, and regulatory submissions ● Ability to communicate and defend modelling assumptions, limitations, and results in technical discussions with regulators, authorities, and partners ● Fluency in English; Swedish is an advantage ● Willingness to travel within Europe, North America and occasionally beyond ● Eligibility to work with nuclear materials in Sweden Location The position is based in Stockholm. Travel to partner sites and research facilities will be part of the role.

About the job What we do at Blykalla Blykalla is a Swedish deep-tech company at the forefront of the nuclear industry, pioneering the development of small modular reactors that provide clean, safe, and reliable energy. Thanks to lead-cooling, we achieve high safety in a very compact format, allowing for a simple and cost-effective design that can be mass-produced. Our unique reactor design will provide safe and green baseload energy that perfectly complements solar and wind power . What you'll get to do We're seeking an experienced Nuclear Safety Engineer within deterministic safety analysis to join our Nuclear Engineering & Safety team in Stockholm. In this role, you will analyze the safety case for our lead-cooled fast reactor designs, using deterministic methods on transient and accident conditions. An important part of the job is to document your work with the aim of supporting regulatory interactions, thereby ensuring that our SMRs meet and demonstrate the highest level of nuclear safety throughout design, licensing, and deployment. More specifically, you will: Develop and maintain the deterministic safety analysis case for our cutting-edge lead-cooled fast reactor designs Perform simulation and analysis of transient and accident conditions using computer codes such as Bella, Apros and Spectra, as well as fuel performance and/or CFD tools, depending on skills and interest. Develop and maintain a transparent and efficient ecosystem of computer codes, plant models, verification & validation cases and all associated documentation. Prepare safety analysis reports and technical submittals for regulatory review Stay current with advances in safety methodologies, computer codes, regulatory requirements, and international standards Who'll you'll get to work with The Nuclear Safety & Licensing Engineer sits in the Nuclear Engineering & Safety team within Blykalla, and reports to the manager of Nuclear Engineering & Safety. We are a diverse team that is passionate about our work and our company. Cross-functional interaction with the fuel performance team will be an important part of your job. Who you are You will be part of a highly skilled team with a can-do attitude. We value personnel chemistry and strive to create a workplace where you enjoy coming to. There are however a few things that we think will help in order for you to succeed in this role, these are: Master's degree in engineering, physics, or related field 5-10 years of experience in deterministic safety analysis for any commercial reactor types Strong understanding of reactor safety principles, defense-in-depth, transients and accident phenomenology Familiarity with regulatory frameworks (SSM, NRC, IAEA, or equivalent) and licensing processes Excellent analytical, problem-solving, and technical writing skills Fluent in English, spoken and written Fluency in Swedish, spoken and written If you are not sure that you are 100% qualified but are up to the challenge, we encourage you to apply. Location This position is for our office in Stockholm. So, what do you think? Don't miss the chance to be at the forefront of revolutionizing nuclear power. Join our team as a Nuclear Safety Engineer and help shape the energy landscape of tomorrow. Apply today with your resume and a cover letter highlighting your relevant experience and achievements. We are proud to foster an inclusive workplace free from discrimination. We strongly believe that diversity of experience, perspectives, and background will lead to a better environment for our employees and a better product. This is something we value deeply and we encourage everyone to be a part of changing the way the world thinks about power supply! We do not accept applications via email. We are not open to external help from recruitment agencies.

Are you interested in advancing materials for safe and reliable nuclear power using cutting-edge characterization techniques? Join our team at Chalmers to explore corrosion mechanisms in zirconium alloys at the atomic scale and contribute to the development of next-generation nuclear materials. About us  The research at the Division of Microstructure Physics focuses on experimental investigations of engineering materials using advanced characterization techniques. We mainly use electron microscopy, atom probe tomography (APT) and large scale facilities (synchrotron and neutron scattering). The research primarily deals with the relation between microstructure and properties, and how this relationship is influenced by processing and in-service degradation. Among the materials studied, steel, hard coatings, zirconium alloys and high entropy materials are central. The applications are often related to energy and sustainability. About the research project   Nuclear fuel is enclosed in cladding tubes made from zirconium alloys. To improve reactor safety and economic performance, new alloys are continuously being developed. In this project, the corrosion behaviour of a novel zirconium alloy will be investigated to improve our understanding of the underlying corrosion mechanisms and support the development of next-generation materials. Advanced characterization techniques, including electron microscopy and atom probe tomography, will be used to study corrosion processes at the atomic scale. Who we are looking for The following requirements are mandatory: To qualify as a Doctoral student, you must have a Master's degree (masterexamen) of 120 credits or a Master’s degree (magisterexamen) of 60 credits* in Physics, Chemistry, Materials Science or Mechanical Engineering. Strong written and verbal communication skills in English  Experience in materials science   *for students with an education earned outside of Sweden, a 4-year Bachelor’s degree is accepted.  The following experience will strengthen your application:  Experience in electron microscopy and atom probe tomography Interest in nuclear technology What you will do Take courses at an advanced level within the Graduate school of Materials Science or Physics ( https://www.chalmers.se/en/research/we-train-new-researchers/graduate-schools/ )  Develop your own scientific concepts and communicate the results of your research verbally and in writing  The position generally also includes teaching on Chalmers' undergraduate level or performing other duties corresponding to max. 20 percent of working hours Investigate Zr alloy samples using electron microscopy, atom probe tomography, etc. to understand degradation phenomena like corrosion  Contract terms   The Doctoral student positions are fully funded from start.  The position is a fixed-term appointment of four years, with the possibility to teach up to 20%, which extends the position up to five years.  A starting salary of 35,725 SEK per month (valid from May 1, 2026).  Doctoral studies require physical presence throughout the entire study period. A valid residence permit must be presented by the study start date; otherwise the admission may be withdrawn.  What we offer  As a Doctoral student at Chalmers, you are an employee and enjoy all employee benefits. Read more about  https://www.chalmers.se/en/about-chalmers/work-with-us/ and our https://www.chalmers.se/en/about-chalmers/work-with-us/chalmers-as-an-employer/benefits-and-conditions/ for employees.  A dynamic and inspiring working environment in the coastal city of https://www.goteborg.com/en.  Read more about Sweden’s generous parental leave, subsidized day care, free schools, healthcare etc at https://www.movetogothenburg.com/  Chalmers is dedicated to improving gender balance and actively works with equality projects, such as https://www.chalmers.se/en/about-chalmers/organisation-and-governance/equality/genie-gender-initiative-for-excellence/. We celebrate diversity and consider equality and inclusion as fundamental aspects of all our activities.  If Swedish is not your native language, Chalmers offers Swedish courses to help you settle in. Find more general information about doctoral studies at Chalmers https://www.chalmers.se/en/research/we-train-new-researchers/about-doctoral-studies/.   Application procedure  The application should be written in English and attached as PDF-files, as below. Maximum size for each file is 40 MB. Please note that the system does not support Zip files.  CV  Personal letter  A brief introduction about yourself.  A brief motivation as to why you are interested in this position.  Bachelor’s and, if available, master’s thesis together with the transcripts.  Use the button at the foot of the page to reach the application form.   A background check may be conducted as part of the application process.   Please note: The applicant is responsible for ensuring that the application is complete. Incomplete applications and applications sent by email will not be considered. Contact details to references will be requested after the interview.    We welcome your application no later than August 14.     For questions, please contact:   Mattias Thuvander  Professor  mattias.thuvander@chalmers.se  +46 31 772 3322   We look forward to your application!  *** Chalmers declines to consider all offers of further announcement publishing or other types of support for the recruiting process in connection with this position. ***    Chalmers University of Technology in Gothenburg conducts research and education in technology and natural sciences at a high international level. The university has 3100 employees and 10,000 students, and offers education in engineering, science, shipping and architecture. With scientific excellence as a basis, Chalmers promotes knowledge and technical solutions for a sustainable world. Through global commitment and entrepreneurship, we foster an innovative spirit, in close collaboration with wider society.    Chalmers was founded in 1829 and has the same motto today as it did then: Avancez – forward.

Master Thesis Project at Quantum-Sensor Electronics Start-up Project: Polarization-selective photoelectric detection of electron and nuclear spin states in diamond AdamantQ is a deep-tech start-up dedicated to delivering state-of-the-art diamond-based quantum technology. We are developing diamond-based quantum sensors for precise measurements, robust communication and reliable navigation across land, sea and space. We are looking for motivated Master's students with an interest in diamond spin systems, to join our team and complete their thesis project with us during fall 2026. This is an exciting opportunity to get an insight into the deep-tech industry and expand your knowledge within quantum physics. Please note that this is an unpaid position for a master thesis. Your profile Master’s student affiliated with a Swedish University/College, directly or through an exchange program, enrolled in a related, technical field. Academic background in quantum technologies, physics, nanoscience or similar. Self-motivated and dependable with good communication skills. Strong attention to technical details. Excellent attendance, timekeeping, and punctuality. Excellent working proficiency and communication skills in English. Proficiency in Swedish is advantageous. The project includes Literature review on nitrogen-vacancy defect dynamics, and the polarization-dependent excitation of their spin states Literature review of polarization-dependent excitation and driving strategies Design (simulation from first principles and with CAD tools) and fabrication under supervision of test structures to measure and characterize these dynamics with respect to our diamond samples. Conclude on the veracity of the results achieved and provide a roadmap forward How to apply We only accept applications through our website, www.adamantq.com. Submit all your material in English. Required documents: CV University/College grade summary If you have any questions, contact Operations Manager Josefine Holmberg at jh@adamantq.com. Please note, applications sent directly via email will be disregarded without notice.

Help operate one of Europe’s most advanced scientific facilities. The European Spallation Source (ESS) is one of the largest science and technology infrastructure projects being built today. ESS will soon be the world’s most powerful source of neutrons, providing researchers with unique opportunities to explore the structure of materials at the atomic level. Neutron scattering at ESS will address critical questions in physics, chemistry, geology, materials science and life science. About the role: We are looking to build up our team of Operators to join our Remote Handling (RH) Group. The RH Group plays a key role in operating, maintaining, and developing the equipment used for transferring and processing radioactive components and waste within the ESS Active Cells Facility (our environment for handling radioactive components safely) using specialised Cask Assemblies. You will work with highly specialised remote handling systems, heavy lifting equipment, Virtual Reality-supported operations, and complex electromechanical systems in a unique radioactive waste handling and maintenance environment. If you enjoy complex technical challenges, hands-on engineering work, problem solving, and working with advanced equipment in a highly collaborative international environment, this role offers something genuinely different. What you’ll do: Our highly specialised remote handling systems are designed for environments where direct human access is impossible. As a Remote Handling Operator, you will help commission, prepare, operate, maintain, and develop the equipment used for transferring and processing radioactive components and waste - both manually and remotely - in one of the world’s most demanding engineering environments. You will work with: Telemanipulators and haptic robotic systems. Remotely operated cranes and lifting systems. Remote cutting and machining equipment. Radioactive waste management using specialised transport containers for handling radioactive waste. Camera-guided and VR-supported operations. Various complex electromechanical systems. Remote handling tooling and inspection devices. Day to day, you will: Provide technical support in preparing work procedures and risk assessments. Support commissioning, testing, maintenance, and rebuilding activities. Operate and maintain specialist remote handling equipment. Troubleshoot complex mechanical and electromechanical systems. Work closely with engineers to improve equipment reliability and maintainability. Produce and update technical and maintenance documentation. Support workshop and fabrication activities where required. Contribute to safe operations within radiation-controlled environments. Support planning activities for large-scale lifting and maintenance operations. This is not a standard operator role. You will develop and operate systems designed for environments where direct human intervention is impossible. The work combines precision engineering, robotics, remote operations, maintenance strategy, heavy mechanical systems, and emerging technologies such as camera-guided and VR-supported operations. ESS will provide extensive specialist training, including opportunities to collaborate with internationally recognised remote handling experts. This position is a full-time, permanent role with a 6-month probationary period. It is based at the brand-new https://youtu.be/d5h4bIEfM5Q?si=W28A9wLAkYK3HOXJ. About you: This is a unique opportunity to work at the intersection of advanced engineering, robotics, heavy mechanical systems, camera-guided and VR-supported operations, and nuclear technology within one of Europe’s most advanced technical environments. We’re therefore looking for practical, motivated individuals who enjoy technical problem solving, teamwork, and hands-on engineering work in complex environments. You should have: At least 3 years of experience in an engineering or industrial technician/operator role. Experience working within formal work control or regulated industrial environments. Strong mechanical or electromechanical skills. Experience working from engineering drawings and schematics. Experience assembling, testing, commissioning, or maintaining industrial equipment. Experience producing or following technical maintenance documentation. Safe operation experience with workshop machinery and tools. Good English communication skills, written and spoken. Experience in any of the following would be an advantage: Remote handling systems or robotics. Nuclear, radioactive, offshore, aerospace, fusion, or other high-integrity industries. Heavy lifting or crane operations. PLC troubleshooting or controls systems. Machining, fabrication, CNC, or wire saw operation. VR-based tools or digital engineering environments. To apply: A career at ESS gives you the opportunity to contribute to the future discoveries within neutron science at a stunning, brand-new workplace filled with innovative minds and brilliant people from across the globe. We offer market competitive, individualised compensation which is differentiated according to role, responsibilities, individual skills, abilities and achievements as well as monthly pension contributions on top of your salary. If you see yourself in what we’re looking for, please provide your CV and motivation letter in English by clicking on “apply” and following the instructions. Please be aware that we can only accept direct applications made via the ESS website. Submit your application as soon as you can and quote the job reference number ESD-73309 in your application. This role requires additional background screening processes and health and safety checks, which will be performed during the recruitment process. For further information regarding the position, please contact Talent Acquisition Specialist Daniel Nordin Baker on mailto:Daniel.Nordin@ess.eu For trade union information, please contact Unionen representative Nerusha Naicker on mailto:erusha.Naicker@ess.eu or SACO/Swedish Association of Graduate Engineers representative Marc Kickulies at mailto:marc.kickulies@ess.eu

Vill du arbeta med maskininlärning, optimering och reaktorfysik, med stöd av kompetenta och trevliga kollegor i en internationell miljö? Vill du bidra till utvecklingen av avancerade beräkningsmetoder för framtidens kärnkraftssystem? Vill du ha en arbetsgivare som satsar på ett hållbart medarbetarskap och erbjuder trygga, förmånliga arbetsvillkor? Välkommen att söka anställning som doktorand vid Uppsala universitet. Som doktorand kommer du att vara en del av en forskargrupp som arbetar med reaktorfysik, bränslecykelanalys och beräkningsmetoder för härd- och bränsleoptimering. Gruppen kombinerar fysikbaserade beräkningsmodeller med moderna optimerings- och dataanalysmetoder. Arbetsmiljön är internationell och tvärvetenskaplig, med nära koppling mellan grundläggande metodutveckling och tekniskt relevanta tillämpningar. Projektet är en fortsättning på ett pågående doktorandprojekt om härd- och bränsleoptimering för små modulära reaktorer, SMR, inom kompetenscentrumet ANItA (Academic-industrial Nuclear technology Initiative to Achieve a sustainable energy future). Kompetenscentrumet samlar akademi och industri för att stärka svensk kärnteknisk kompetens och bidra till en hållbar energiomställning. Det tidigare doktorandprojektet har utvecklat metoder för optimering av jämviktscykler, där målet är att hitta återkommande bränslehanteringsstrategier som ger god bränsleekonomi samtidigt som reaktorfysikaliska säkerhetsmarginaler uppfylls. Särskilt fokus har legat på att kombinera avancerade optimeringsalgoritmer med maskininlärningsbaserade surrogatmodeller, inklusive grafbaserade representationer av härdladdningsmönster. Du kommer att vidareutveckla denna forskningsinriktning. Projektet kan till exempel omfatta cykel-till-cykel-optimering, utveckling av nya maskininlärningsmodeller, förbättrade optimeringsstrategier, osäkerhetskvantifiering, effektivare hantering av fysikaliska begränsningar samt utökad analys av bränsledesign, laddningsmönster och säkerhetsrelaterade storheter. Målet är att ta fram metoder som gör det möjligt att snabbare och mer tillförlitligt utforska stora designrum inom härd- och bränsleoptimering. Arbetsuppgifter Arbetsuppgifterna består huvudsakligen av forskarutbildning, där du bedriver forskning inom projektet och följer kurser inom forskarutbildningen. Arbetet innefattar utveckling, implementering och utvärdering av beräkningsmetoder för härd- och bränsleoptimering med hjälp av maskininlärning och optimeringsalgoritmer. I arbetsuppgifterna ingår att: utveckla och tillämpa maskininlärningsbaserade surrogatmodeller för reaktorfysikaliska beräkningar, utveckla och utvärdera optimeringsmetoder för bränsleladdningsmönster och bränslesammansättning, analysera säkerhetsrelaterade parametrar såsom reaktivitet, effektfördelningar, bränsleutnyttjande och marginaler till tekniska begränsningar, arbeta med stora datamängder från reaktorfysikaliska simuleringar, implementera och dokumentera beräkningsverktyg, exempelvis i Python, sammanställa och publicera forskningsresultat i vetenskapliga artiklar, presentera resultat vid nationella och internationella konferenser, delta i forskargruppens seminarier, projektmöten och övriga vetenskapliga aktiviteter. Undervisning och annan institutionstjänstgöring kan komma att ingå med högst 20 procent av heltid. Kvalifikationskrav Behörig till utbildning på forskarnivå är den som har avlagt examen på avancerad nivå inom teknisk fysik, kärnteknik, energiteknik, maskininlärning, datavetenskap, tillämpad matematik eller annat för projektet relevant område, eller fullgjort minst 240 högskolepoäng, varav minst 60 högskolepoäng på avancerad nivå inklusive ett självständigt arbete om minst 15 högskolepoäng, eller på något annat sätt förvärvat i huvudsak motsvarande kunskaper. För anställningen krävs dessutom: goda kunskaper i fysik, numeriska metoder och/eller maskininlärning, god programmeringsförmåga, exempelvis i Python, Julia, C++ eller motsvarande, god förmåga att arbeta självständigt och strukturerat, god samarbetsförmåga, god förmåga att uttrycka sig i tal och skrift på engelska. Stor vikt kommer att läggas vid personliga egenskaper såsom analytisk förmåga, initiativförmåga, noggrannhet och motivation att bedriva forskarstudier inom ett tvärvetenskapligt område. Önskvärt/meriterande i övrigt Det är meriterande med erfarenhet av ett eller flera av följande områden: reaktorfysik, kärnteknik eller neutrontransport, härdoptimering, bränslecykelanalys eller bränslehantering, maskininlärning, särskilt neurala nätverk, grafneurala nätverk eller surrogatmodellering, optimeringsalgoritmer, exempelvis evolutionära algoritmer, stokastisk optimering eller flermålsoptimering, osäkerhetskvantifiering eller statistisk modellering, arbete med vetenskapliga beräkningsprogram och högpresterande beräkningar, erfarenhet av versionshantering och reproducerbara beräkningsflöden. Bestämmelser för doktorander återfinns i Högskoleförordningen 5 kap §§ 1–7 samt i universitetets regler och riktlinjer. Om ansökan Vänligen bifoga betygsutdrag, kopia av examensarbete samt eventuella övriga handlingar som du vill åberopa. Om anställningen Anställningen är tidsbegränsad, enligt HF 5 kap § 7. Omfattningen är heltid. Tillträde 1 januari 2027, eller enligt överenskommelse. Placeringsort: Uppsala. Upplysningar om anställningen lämnas av: Andreas Solders, 018-471 26 31, andreas.solders@physics.uu.se I denna rekrytering har vi ersatt det personliga brevet med frågor som du besvarar i samband med din ansökan. Svaren kommer att användas som en del i urvalsprocessen. Välkommen med din ansökan senast den 30 september 2026, UFV-PA 2026/2129 Observera att detta är en förkortad version av annonsen. För att se den fullständiga annonsen vänligen klicka på ”Ansök här” eller se Uppsala universitets hemsida för jobbannonser

For full job description and application process please visit https://jobs.smartrecruiters.com/CERN/744000138064689-learning-development-business-partner-hr-ld-2026-157-ld- Company Description At CERN, the European Organization for Nuclear Research, physicists and engineers are probing the fundamental structure of the universe. Using the world's largest and most complex scientific instruments, they study the basic constituents of matter - fundamental particles that are made to collide together at close to the speed of light. The process gives physicists clues about how particles interact, and provides insights into the fundamental laws of nature. Job Description Introduction: Are you passionate about creating meaningful learning experiences, building strong partnerships, and enabling people and organisations to grow? Are you keen to collaborate with the business, learning champions, subject matter experts, and key stakeholders to drive engagement in learning and organisational development initiatives across CERN? Take part! We are looking for an experienced Learning and Development Business Partner to join our HR Learning & Development team. Following a recent team restructure, our L&D approach has shifted from a portfolio-based model towards two competency-driven streams: behavioural competencies and technical competencies. In this role, you will play a key part in developing and driving our technical learning strategy, working closely with stakeholders to identify needs, unlock expertise, and deliver impactful learning solutions. We are looking for someone with a true L&D mindset: someone who is curious about how people learn, creative in designing solutions, and motivated by building connections across the organisation. You will have the autonomy to take ownership, bring fresh ideas, challenge existing approaches, and help shape the future of technical learning at CERN.