Civilingenjör, produktion, gruv, metallurgi

Boliden är ett högteknologiskt metallföretag med egna gruvor och smältverk som arbetar långsiktigt med att garantera samhällets tillgång till bas- och ädelmetaller. I ett sekel har vårt arbete varit en del av de värdekedjor som format det moderna samhället. På Boliden vet vi att metallerna vi bryter och tillgängliggör kommer att spela en avgörande roll även framöver – det som spelar roll är hur vi framställer dem. Bli en del av oss och driv förändring för kommande generationer. Din roll Vi söker nu två gruvingenjörer till Kankbergsgruvan som vill vara med och bidra till gruvans fortsatta utveckling. Den ena rollen är inriktad mot infrastruktur, med fokus på vatten, ventilation och fyllning, medan den andra är inriktad mot borr och sprängning med fokus på säker och kostnadseffektiv bergbrytning. Båda rollerna innebär ett verksamhetsnära uppdrag där strategisk planering, teknisk förståelse och samarbete är centrala delar. I uppdragen kombineras långsiktigt utvecklingsarbete med praktiskt genomförande. Här får du möjlighet att fördjupa dig inom ditt specialistområde samtidigt som du bidrar till gruvans fortsatta utveckling. Ditt team Du kommer att vara en del av gruvplaneringssektionen i Kankberg. Sektionen omfattar gruvmätning, geologi, planering, infrastruktur och diamantborrning. I din roll kommer du att samarbeta nära med kollegor inom sektionen, produktionen och andra funktioner i verksamheten. Du rapporterar direkt till gruvplaneringschef. Arbetsuppgifter Planera och följa upp aktiviteter inom ditt ansvarsområde Analysera resultat och hantera avvikelser Säkerställa kvalitet, funktion och måluppfyllelse Identifiera och utveckla säkra, hållbara och klimateffektiva lösningar Delta i och driva projekt och förbättringsarbeten Ditt bidrag Vi söker dig som är nyfiken, lösningsorienterad och ansvarstagande. Du arbetar strukturerat och metodiskt och har en god analytisk förmåga som gör att du kan sätta dig in i komplexa frågeställningar och hitta nya lösningar. Du uppskattar samarbete och kunskapsutbyte med andra och bidrar aktivt till ett positivt arbetsklimat. Du har ett utvecklingsinriktat förhållningssätt och följer omvärlden för att kunna omsätta nya idéer och arbetssätt i praktiken. För dig är kvalitet, noggrannhet och genomtänkta beslut en självklar del av det dagliga arbetet. Krav: Universitets- eller högskoleutbildning inom relevant område, alternativt motsvarande arbetslivserfarenhet Kommunikationsförmåga på svenska och engelska, både i tal och skrift God systemvana B-körkort Meriterande: Erfarenhet från gruvverksamhet Kunskap och erfarenhet av Deswik, Ventsim och Microstation Erfarenhet av projektledning Varför arbeta tillsammans med oss? På Boliden tror vi på att främja en arbetsplats där omsorg, mod och ansvar är centralt i allt vi gör. Vi erbjuder en arbetsplats där vi tror på samarbete och där det du bidrar med kommer att ha en direkt inverkan på kommande generationer. Vi är ett företag som består av ansvarsfulla och kreativa människor som alla jobbar mot samma vision; att bli den mest hållbara och respekterade metalleverantören i världen.  Ansök idag för att bli en del av något verkligt meningsfullt!  Hos oss på Boliden är mångfald och inkludering en drivkraft för innovation. Vi vet att olika perspektiv och erfarenheter stärker oss och hjälper oss att ligga i framkant i en viktig och spännande bransch. Därför uppmuntrar vi ansökningar från människor med olika bakgrunder och synsätt. Tillsammans bygger vi en arbetsplats där alla kan känna sig trygga och inspirerade att nå sin fulla potential.  Vill du veta mer om rollen? Kontakta rekryterande chef Andreas Markström, 070–1773151, [email protected]. Frågor om ansökan besvaras av vår Talent Acquisition Partner, Frida Norström, [email protected]. Mats Lindblom, SACO, 073–3500419, Andreas Mårtensson, Unionen, 070–5418393 or Peter Markström, Ledarna, 0910–774009. Sista ansökningsdag: Söndag 22 november 2026 Som en del av Bolidens kvalitativa rekryteringsarbete samt systematiska säkerhetsarbete kan bakgrundskontroller komma att ingå i rekryteringsprocessen.    Om du är representant för ett rekryterande företag, vänligen avstå från att kontakta oss om denna annons. Vi uppskattar din omtanke.

Research shows that women and other under-represented groups within our industry hesitate to apply unless they tick most boxes of a role description. At Stegra, we are building an impact company with sustainability at its core. We need a diverse, inclusive, and authentic team to rally behind our purpose of de-carbonizing hard-to-abate industries, starting with steel. So, if you are equally passionate about our purpose yet concerned that your experience doesn’t perfectly align with the qualifications stated in the job advert, we strongly encourage you to apply anyway. You may be just the right candidate, either for this role – or for another upcoming role in our rapidly growing business. About us: Stegra is on a mission to disrupt the global steel industry by producing green steel, with the end goal of bringing down CO2 emissions to zero. By using green hydrogen and fossil-free electricity instead of coal; water and heat will be our primary emissions. By 2030, our ambition is to produce 5 million tonnes of green steel annually in our fully integrated, digitalized, and sustainable plant in Boden, located in northern Sweden - currently in construction phase. But this is just the beginning – our expertise in green hydrogen will enable us to decarbonize other industries in addition to steel, and we look forward to what’s next in store for us. We are looking for talented, innovative, and purpose-driven people to join our rapidly growing and diverse team. Our employees get to learn everyday, implement the latest technology and test and put their ideas into practice. Together, we are building an impact company with sustainability at its core – for our people, customers, investors, society, and planet. Work location: Boden What you’ll do Right now, we are looking for a Project Engineer for our Project Delivery team. In this role you will work closely with our Groundworks Manager, Construction teams, EPCM Area Leads, planners, and contractors to support the delivery of civil and early works across the Boden project. As Project Engineer, you will help turn engineering packages into construction-ready scopes. You will coordinate documentation, interfaces, and execution requirements to ensure workfronts are properly prepared before being released to contractors. This is a hands-on role suited to someone who enjoys working close to both engineering and site execution. Specific to this role, the day-to-day tasks will include the following but as we are a growing company with very little silos between teams, other tasks might be included as well. Coordinate preparation and release of groundworks scopes, ensuring drawings, quantities, and execution requirements are ready for construction Maintain the Groundworks Scope Tracker and consolidate inputs from EPCM partners, design teams, and planners Support forecasting and planning of upcoming groundworks activities Coordinate scope clarifications between Engineering, Planning, Construction, and contractors Support and maintain a structured RFI process between contractors and engineering stakeholders Help align groundworks activities with project schedules, civil milestones, and interface dependencies Participate in coordination meetings and support progress reporting and issue resolution Monitor contractor readiness, access conditions, and documentation prior to site execution What you’ll bring You’re curious and believe that real progress happens when we work together. You’re not afraid to challenge old ways of thinking and you treat others with respect while doing it. At Stegra, we value people who take initiative, build trust, and help create a workplace where everyone can do their best. This role is well suited to someone who has built a solid foundation in civil engineering or construction and wants to continue developing in a large-scale industrial project environment. Specific to this role, we would like to see that you can tick off a fair amount of the boxes below Degree in Civil Engineering, Construction Management, or a related technical field Around 3–7 years of experience from large-scale industrial, construction, or infrastructure projects Good understanding of civil construction, design documentation, and site execution Experience working in EPCM, contractor, or major project environments is considered an advantage Strong coordination skills and the ability to work across multiple teams and disciplines Familiarity with Primavera P6 or similar planning tools is considered an advantage Experience with Swedish AMA/AB04 standards is considered a plus Fluency in English; Swedish is considered an advantage

Vill du få en nyckelroll i ett av Sveriges största industriella projekt? Nu söker vår kund en Site Service Coordinator som vill vara med och säkerställa att viktiga servicefunktioner fungerar effektivt genom hela projektets genomförande. Här får du möjlighet att arbeta i en dynamisk miljö med många kontaktytor och stort eget ansvar. Om tjänsten Som Site Service Coordinator blir du en viktig del av projektorganisationen och ansvarar för att koordinera och följa upp servicetjänster på projektområdet. Du säkerställer att tjänster levereras enligt överenskommen kvalitet, tidplan och budget i nära samarbete med entreprenörer, leverantörer och interna intressenter. Exempel på arbetsuppgifter: Koordinera och följa upp servicetjänster på projektområdet Hantera beställningar, avrop och leveransuppföljning Följa upp entreprenörer, leverantörer och avtal Ansvara för kostnadsuppföljning, fakturagranskning och rapportering Säkerställa en effektiv serviceleverans genom regelbunden närvaro ute i verksamheten Tjänsteområden kan exempelvis omfatta byggel, vattenförsörjning, avfallshantering, maskintjänster och övriga supportfunktioner på arbetsplatsen. Din profil För att trivas i rollen tror vi att du uppskattar en vardag med högt tempo, många kontaktytor och varierande arbetsuppgifter där du får kombinera koordinering, uppföljning och problemlösning. Du tar gärna egna initiativ, arbetar strukturerat och har förmågan att hålla ihop flera aktiviteter samtidigt. Med din kommunikativa och samarbetsinriktade personlighet skapar du goda relationer med både kollegor, leverantörer och entreprenörer. Samtidigt är du noggrann i ditt arbete, har ett naturligt säkerhetstänk och drivs av att skapa ordning, effektivitet och god service. Skallkrav: Minst 3 års erfarenhet av servicekoordinering, entreprenörsstyrning eller liknande roll inom industri-, bygg- eller infrastrukturprojekt Erfarenhet av att koordinera leverantörer och entreprenörer samt arbeta med kostnadsuppföljning, fakturagranskning och kommersiell uppföljning. Goda kunskaper i svenska och engelska  Meriterande krav: Erfarenhet från beställarorganisation eller kundsidan i större projekt Erfarenhet av site support services såsom byggel, vattenförsörjning, avfallshantering, maskintjänster eller liknande. Erfarenhet av SAP, Power BI, Kubicom eller andra system för uppföljning och rapportering Om vår kund Vår kund är en ledande aktör inom industri och hållbar omställning med verksamhet som bidrar till framtidens samhällsutveckling. Genom stora investeringar och långsiktiga projekt skapas nya möjligheter att forma framtidens industri samtidigt som fokus ligger på innovation, kvalitet och hållbarhet. Om Framtiden AB Framtiden är ett rekryterings- och bemanningsföretag med kontor på åtta orter i Sverige. Vi finns för att fler ska älska måndagar! Inom Tech People är vi experter på ingenjörer, med roller för både juniora och seniora profiler inom IT och teknik. Inom Business People är vi experter på ekonomer på alla erfarenhetsnivåer, från specialister, chefer och interimsledare till juniora talanger inom ekonomi/finans, HR, lön och administration. För tjänsten som  Site Service Coordinator kommer du att vara anställd genom Framtiden vilket innebär att du får fullt stöd och resurser från vårt team.  Villkor Start: Enligt överenskommelse Ort: Luleå Omfattning: Heltid, mån-fre, dagtid

Start your future at one of Europe’s leading mining- and smelting companies and become part of Gen B! Begin a one-year journey designed to challenge and inspire you. As a graduate, you will gain in-depth, hands-on experience across different business areas, functions, and sites in Sweden, Finland, Norway, Portugal or Ireland, depending on your chosen position. To drive change for future generations, we need new ways of thinking, that’s why we encourage you to apply. You are the hearts behind tomorrow. A program designed for your future For one year, divided into three periods, you will explore how Boliden operates end to end, and how your own unique background and experience connect to the bigger picture. As a graduate, you are employed in a permanent position from day one and supported by an individual development program. Throughout the year several engaged and experienced colleagues, will guide you in your progress. You will become part of an international network of graduates and colleagues, expanding both your knowledge and connections. Six joint training weeks with top-class lecturers will challenge your thinking and give you the opportunity to further deepen your skills. After graduation you will continue your journey with a mentor for six months. In addition, you will receive practical training in project methodology and Boliden’s production methods, enabling you to apply what you learn directly in our operations. Learn more how you can step into a future where raw material meets your potential.  Find your path As a graduate and part of Gen B, you will be given a unique gateway into Boliden. Whether you want to grow as an expert in business, engineering or tech, you will get the opportunity to grow in the area that excites you the most. In this role as a Mine Engineer, you'll be part of a mine planning and technical team at one of Boliden’s mining sites. You will help plan how mineral resources can be extracted safely and economically, combining technical and computer-based work with practical exposure to mining operations. Responsibilities: Support mine planning with a focus on safe and economically efficient resource extraction Apply knowledge of mining methods, geology and mine economics in technical analyses and planning Work with modern mine-planning software and digital tools Collaborate with colleagues across technical functions and mining operations Spend time at mine sites to understand operational conditions and priorities Adapt and reprioritize when operational circumstances change Contribute to problem solving and continuous improvement in mine planning and operations Qualifications:  Master’s degree in Mining Engineering, including substantial coursework in mine economics, mining methods and geology. A relevant degree in Geotechnical Engineering may also be considered  Who you are We think you are a forward thinker and a team thriver, who is naturally curious, and solutions oriented. You communicate with honesty and respect, are eager to take initiative and dedicated to follow through. Above all, you are ready to take responsibility and grow as an expert.  What you bring You hold a relevant university degree completed in 2025 or later. You can communicate clearly in English, hold a valid driver’s license and are available to start in September 2027. This role will be based at Garpenberg or Aitik in Sweden. The final location will be determined during the recruitment process, based on business needs. How to apply Submit your application and CV in English. The recruitment process includes assessments, interviews, and a final Assessment Center for selected candidates. The Assessment Center will take place in Stockholm, Sweden, on one day between February 16-19, 2027. Boliden will cover travel and accommodation expenses. Please ensure your availability between February 14-20, 2027, if you progress to the final stage. About Boliden Boliden is at the forefront of advancing our industry through sustainable solutions and innovation. Every day, we work to reduce our footprint, and drive long-term progress. We are on a journey towards becoming the most sustainable and respected metal supplier in the world. With us, you will be part of a diverse workplace built on care, courage and responsibility. We work together to grow and take the lead. Our priority is your safety, well-being and growth. Make a lasting impact, in your everyday work, for future generations. Let a rock-solid career start with us. Learn more at www.boliden.com. Apply today to be part of something truly meaningful! Do you have any questions about your application? Please send an e-mail to [email protected]. The last day to apply for this position is November 20th 2026. Selection will be ongoing; we are looking forward to receiving your application as soon as possible. Union information is available from Ingela Scherling, Saco +46 70 272 08 68, Andreas Mårtensson, Unionen, +46 70 541 83 93 or Peter Markström, Ledarna, +46 910 77 40 09. If you are a representative of a recruiting firm, please refrain from contacting us about this posting. We appreciate your consideration.

Project Description Powder Bed Fusion by Electron Beam (PBF-EB) normally aims to produce components with high density. However, productivity may be improved by creating only a gas-tight outer shell around a sintered or semi-melted porous core, followed by Hot Isostatic Pressing (HIP). In PBF-EB, internal pores are formed under vacuum, which is favorable for pore closure during HIP provided that the shell remains gas-tight. Previous studies in both PBF-EB and PBF-LB have demonstrated the feasibility of shell-core concepts, although validation for more complex geometries remains limited.[1]­,[2] If HIP is already required, the approach reduces energy input, build time, cost, and evaporation of sensitive alloying elements. The key challenges are to identify stable process parameters, verify shell integrity, and quantify porosity, densification, and dimensional shrinkage.   This master thesis will focus primarily on experimental work in the PBF-EB printer. The student will evaluate a limited set of process parameters to produce test parts with a dense shell and a porous sintered or semi-melted core. Samples will be characterized before and after HIP to determine process stability, shell integrity, density, pore morphology, microstructure, and dimensional change. The work will generate an initial dataset for shrinkage compensation and include a limited finite element modelling (FEM) task to predict and compensate shrinkage.   The aim is to determine whether a shell-core PBF-EB strategy can shorten build time while producing preforms suitable for HIP consolidation, and to establish an initial method for compensating predictable shrinkage. The scope is sized for one 30-credit master thesis: one material, simple coupon geometries, a few iterative test prints, 1-2 HIP cycles, basic sample characterization, FEM shrinkage modelling, and printing a more complex shape to evaluate the developed model and process parameters. Full constitutive model development, extensive mechanical qualification, and industrial-scale validation are outside the thesis scope. Scope and Objectives The student will:Review PBF-EB shell-core strategies, HIP densification, shrinkage compensation and relevant FEM approaches. Define a feasible specimen design with an airtight shell and a sintered and/or semi-melted core. Screen a small set of printer variables. Produce a dense reference condition and a number of shell-core conditions with varying initial density levels. Characterise shell integrity, density, pore morphology, dimensions, and microstructure before HIP. HIP and quantify densification and dimensional shrinkage. Create an initial shrinkage-compensation relationship based on FEM modelling. Estimate potential build-time and cost benefits relative to the dense reference using recorded machine data. Expected outcomesA documented PBF-EB process window for manufacturing airtight shell-core structures with porous interiors. A dataset containing process parameters, density measurements, pore characteristics, shell integrity assessments, 3D scan dimensional measurements before and after HIP. Quantification of HIP-induced densification, shrinkage, and geometric deviation for selected shell-core conditions. A simplified FEM-based workflow for shrinkage prediction calibrated using experimental results. Validation of the methodology on a more complex geometry representative of practical applications. An optional comparison between PBF-EB and PBF-LB shell-core structures. An indicative assessment of productivity and cost benefits compared with conventional dense PBF-EB manufacturing. Recommendations for future work involving more complex geometries, wider process windows, and more advanced modelling approaches. The student will refine the experimental matrix and FEM together with supervisors and colleagues at Swerim. A successful thesis is expected to prioritize robust PBF-EB processing, verification of shell airtightness, reliable HIP densification, and accurate shrinkage measurements. The FEM work will focus on practical shrinkage prediction and model calibration. Comparison with PBF-LB material is considered a stretch objective and will be included only if resources and project timing permit. Qualifications Master’s student in materials science, mechanical, manufacturing, aerospace engineering, applied physics, or a related field. A strong understanding of physical metallurgy and an interest in hands-on experimental work, systematic data analysis, and problem-solving are essential. Access to FEM software such as Abaqus or COMSOL through the university is required because Swerim has limited number of software licenses. Practical experience with metal powder bed fusion (PBF-EB/LB), metallurgical lab preparation, microscopy, finite element modeling (FEM), metrology, or Python/MATLAB is advantageous but not required. Project time The project is intended for a master thesis (30 credits). The planned start is January 2027, or another date agreed with the selected student. Further information This project is intended to be performed at Swerim in Stockholm. Swerim rewards the student with 50 000 SEK for an approved master thesis (30hp). For further information please contact: Emil Strandh, [email protected] Application Apply by using the application function below. The application can be written in English or Swedish. Latest date for application is 20th of November. You will receive a confirmation that Swerim has received your application. Please note that we fill the position as soon as we find a suitable applicant, which means we can fill the position before the deadline. [1] https://doi.org/10.3390/ma16165510 [2] Whitepaper | HIP for Free: Speed Printing Unleashed