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L'entreprise Une recherche, tous les postes:Trouvez l'emploi idéal avec Joblift Description de l'offre Allianz Trade is the trademark used to designate a range of services provided by Euler Hermes.We are the global leader in trade credit insurance and a recognized specialist in the areas of surety, collections, structured trade credit and political risk. For over a century, we have been helping businesses like yours anticipate risks, act with speed, make informed decisions and grow securely.Headquartered in Paris, we are present in more than 50 countries with 5,500 employees. In 2021, our global business transactions represented 931 billion Euro in exposure.As a member of the Allianz Group, we are a strong global community committed to a culture where both people and performance matter.We truly care for our employees and their individual needs and aspirations. We all shape an environment in which everyone has the confidence to dream, to explore and to grow.Let’s take control of tomorrow, together.As a Product Owner, you will play a crucial role in defining and implementing the product strategy based on our eCommerce vision. From design to launch and continuous improvement, you'll drive the achievement of our product goals while maintaining the product backlog and ensuring smooth sprint execution. You'll represent users and stakeholders, ensuring their needs are translated into functionalities, and contribute to the continuous improvement of the team and product.Main ResponsibilitiesLead the development of new products, features, and processes within the eCommerce areaMaintain the product backlog, prioritize features/user stories, and plan releasesRepresent users and stakeholders, translating their needs into functionalitiesEnsure the smooth running of sprints and contribute to achieving product and tribe OKRsContribute to the continuous improvement of the team and product processesCarry out product tests to guarantee stability with each releaseRequirementsMinimum 6 years of experience in a Product Owner position in an IT environmentGood understanding of Credit and/or Policy Management processesStrong experience in advancing projects with a technical dimensionKnowledge of agile methodologies (Scrum, Kanban, Lean) and user-centered designFluent in English, both oral and writtenComplexity Requires / Future ChallengesCreating first-class productsEnsuring timely delivery and qualitySetting priorities focused on providing value to customersEngaging internal stakeholders to optimize processes and customer serviceWe at Allianz Trade believe in a diverse and inclusive workforce and are proud to be an equal opportunity employer. We encourage you to bring your whole self to work, no matter where you are from, what you look like, who you love or what you believe in.We therefore welcome applications regardless of ethnicity or cultural background, age, gender, nationality, religion, disability or sexual orientation.

Description du sujetThis thesis project aims to contribute to facilitating, through the transformation of informationsystems, the achievement of carbon neutrality by 2050. This is an ambitious objective, which willindeed require a profound overhaul of information, and a new integration of methods at theorganisational and product level carried out until now in a distinct way.That means the objective of the thesis will be precisely, from one or more case studies, to advance LCAmethodology and application to achieve real-time process monitoring using dynamic LCA modelling toenable industrials to communicate and optimize in real-time their process in order to minimize theircarbon footprint and other environmental impacts such as water footprint as relevant.The development of a real-time process monitoring using dynamic LCA modelling (WP4) aims at:➢ The development of a real time evaluation model of environmental impacts of a process withinan industry as a basis to enable industries to communicate real-time carbon accounting andoptimize their carbon footprint taking into account other environmental impacts such as waterfootprint as far as possible, working closely with the project DCARBO on monitoring of processemissions using sensors within the PEPR SPLEEN.➢ Linking relevant material, water and energy flow information of sensors and cost accountinginto LCA by:• Specification of sensor information needs to link real-time monitoring and dynamic LCAtools to enable real-time, dynamic LCA• Linking to another PhD thesis on the opportunities of using data from analytical accountingto enable real-time dynamic LCA.The PhD thesis is expected to lead to the development of a model that allows the linking of sensors,monitoring and accounting data to dynamic LCA for real-time carbon- and water-footprint calculations.A case study of at least one company is to be set up as a demonstrator to validate real time model.The work will make it possible to move forward on a few methodological/ technological challenges ofgreat originality in research:1. The reconciliation of accounting data (monetary) and physical data (necessary for the calculationof environmental impacts) internal to the company for the innovation of products2. Obtaining reliable data from suppliers for organisational reporting (external/ scope 3 greenhousegas emissions/ organisational LCA) and use of them for product LCA studies3. Real-time accounting calculation for industrial processes of environmental impacts at productlevel4. Prediction and anticipation of environmental impacts, in particular of carbon and waterfootprints, for eco-innovationAt the end of their doctoral work, the candidate will have acquired a sought-after skill in computerscience applications for eco-innovation in the field of life cycle assessment, decarbonization ofprocesses and related programming, allowing them to be one of the leading experts and pursue acareer in research and teaching, consultancy or in industry or administration in favour of the transitionto sustainability and orientated towards the carbon neutrality by 2050.Duration of the thesis: 3 yearsLength of employment: max. until the end of 2027Prise de fonction : 01/10/2024Nature du financementFinancement public/privéPrécisions sur le financementdustriaL processes dEcarbonization while minimizing eNvironmental impacts) is funded by 3 France 2030 and operated by the French National Research Agency (ANR) as part of the Priority Research and Equipment Program (PEPR) on supporting the decarbonisation of French industry and the development of national industrial sectors for decarbonisation solutions. This is a fundamental challenge, given that industry is responsible for around 20% of France’s greenhouse gas (GHG) emissions. The National Low Carbon Strategy aims to reduce industrial greenhouse gas emissions by 35% by 2030 and 81% by 2050, compared with 2015 levels.Présentation établissement et labo d'accueilCyVi group, Institut des Sciences MoléculairesThe research group of the University of Bordeaux CyVi on life cycle assessment and sustainablechemistry at the Institute of Molecular Sciences, and the CEA-List, a specialist in smart digital systems,are opening a doctoral position on the subject of developing a real-time process monitoring approachusing dynamic Life Cycle Assessment (LCA) modelling. The approach developed is to be applied to thedecarbonization of industrial processes. This position has got funding from the PEPR SPLEENprogramme that aims to implement structuring research in France to transform industrial processesto make them less greenhouse gas-emitting, in line with the priorities defined as part of the national“decarbonisation of industry” acceleration strategy for France 2030.Since its creation in 2012 the CyVi Group has got an inter- and transdisciplinary orientation and hasbeen specialized in life cycle approaches for chemical products. Key issues thereby are the applicationof sustainability assessment using life cycle assessment (LCA), life cycle sustainability assessment(LCSA) and materials flow analysis in the areas of industrial processes, chemisty and material science,and the enhancement of related methodologies and data. One supply risk assessment method andrelated Python based tool that the CyVi group has developed is the GeoPolRisk method. This toolallows to calculate characterisation factors for use in LCA and LSCA. See http://www.ism.u-bordeaux.frand http://cyvigroup.org/ for more information.CEA-List is a specialist in smart digital systems. They develop innovative, competitiveness-boostingtech-driven solutions—protected by a broad portfolio of patents—and transfer them to our R&Dpartners. They run open innovation platforms to help our partners get their products to market quicklyand effectively, and are very active internationally through our partnerships with academic researchlabs- CEA-List is one of the three institutes of the CEA (French Alternative Energies and Atomic EnergyCommission) Technology Research Division. It has sites in the innovation hubs of Paris-Saclay andGrenoble, France. See https://list.cea.fr/en/cea-list-the-ideal-partner-for-digital-innovation-projects/.The primary workplace will be the Bordeaux campus, with the candidate spending approximately twothirdsof their time at ISM and the remaining one-third at the CEA-List. Option of exchanges mightcome up with long-standing collaboration partners such as the Technical University of Braunschweigin Germany and the University of Waterloo in Canada. The Bordeaux campus in Talence is easilyaccessible with public transportation.Site web :http://cyvigroup.org/Etablissement délivrant le doctoratUniversité de BordeauxProfil du candidatRequirementsShould hold a master’s degree in mathematics and computer science, in particular environmentalinformatics, or chemical or engineering sciences, in particular in chemical engineering.If coming from chemical or engineering sciences, should have a basic culture and interest inprogramming and if coming from i mathematics and computer science, should have a basic cultureand interest in chemical engineering and sustainability assessmentExperience in life cycle assessment, material flow analysis, greenhouse gas accounting,environmental management, supply chain management, industrial processes and sensorsInterest in interdisciplinary high-level research, focusing on computer science for sustainabilityEnthusiasm for collaborating within research groups on sustainability assessment of the energytransition using life cycle approaches, including the possibility to contribute to the supervision ofMaster and Bachelor students.Willingness to contribute to the management tasks of the project funding the PhD thesis and togeneral duties within the research groups.Proficiency in programming languages such as Python, and other informatic skillsRigor, organization and analytical sense as well as autonomy, team communication skills andcapacity for cooperation are important.Excellent knowledge of English and if possible, also of French are required.Date limite de candidature  21/06/2024