Vue d'ensemble Statistiques salaires profession "IT Technical Support en "

EmployeurCONTEXT: School under the supervision of the Ministry of the Economy, Finance and Industrial and Digital Sovereignty, and school of the Mines Telecom Institute, IMT Nord Europe has 3 main missions: training responsible engineers capable of solving the major problems of the 21st century ; conduct research leading to innovations with high added value; support regional development, particularly by facilitating innovation and business creation. Its objective is to train the engineers of tomorrow, mastering both digital technologies and industrial know-how. Ideally located at the crossroads of Europe, 1 hour from Paris, 30 minutes from Brussels and 1h30 from London, IMT Nord Europe aims to become a major player in the major industrial, digital and environmental transformations of the 21st century by combining, both in its teaching and in its research, engineering sciences and digital technologies.Located on 2 main teaching and research sites, in Lille and Douai, IMT Nord Europe relies on more than 20,000m² of laboratory space to develop high-level teaching and research excellence in the following areas: Systems Digital, Energy Environment, Materials and Processes.The position is to be filled within the Centre d'Enseignement, de Recherche et d'Innovation Energie Environnement (CERI EE) at ITM Nord Europe. Part of CERI EE's mission (https://recherche.imt-nord-europe.fr/energie-environnement-ceri/ ) is to carry out technical and scientific work for the French Ministry of the Environment, within the framework of the Laboratoire Central de Surveillance de la Qualité de l'Air (LCSQA, https://www.lcsqa.org/fr ) and the Observatoire de Mesure et Evaluation en zone Rurale de la pollution Atmosphérique à longue distance (MERA, https://www.lcsqa.org/fr/le-dispositif-mera ). In consultation with the French Air Quality Monitoring Associations (AASQA), CERI EE is responsible for proposing and qualifying the measurement methods to be deployed, defining protocols, assessing data quality and managing the MERA observatory, which is part of the French regulatory air quality monitoring system.Site web :http://www.imt-nord-europe.frPoste et missionsSCIENTIFIC BACKGROUND AND POST-DOCTORAL ASSIGNMENTS:The impact of car traffic on the environment (tire and brake abrasion, exhaust emissions) induces significant emissions of iron-rich, highly magnetic particles and other potentially toxic heavy metals. Magnetic measurements are effective for determining the spatial distribution of pollution, as well as for identifying the various anthropogenic sources of heavy metal pollution. In Paris, urban trees offer an interesting alternative, complementing the reference air quality monitoring stations, as passive bio-collectors (plane tree bark). Exposed throughout the year to urban dust, they can record air quality signals locally and at a density that is often high on the same traffic axis. The aim of the CARNOT CARINGS NanoTracs project "Tracing fine airborne particles using passive bio-collectors: the link between urban environmental exposure and impact on human health" is to be able to correlate a particulate pollution level at a specific location in the city with a potential health risk. Among the methods for characterizing a potential health risk, the measurement of the oxidizing potential (OP) of atmospheric particles seems promising, and is the subject of much ongoing research. Its aim is to characterize the oxidative reactivity of particles, and thereby indicate any health impact linked to oxidative stress. Its application to particles collected by passive bio-collectors and to airborne particles requires original experimental developments. Ultimately, these developments could complement air quality monitoring methods and help prevent exposure to atmospheric pollution. The proposed study is of a multidisciplinary nature, at the interface between chemistry and biology.In liaison with the CERI EE functional manager, the candidate will be responsible for:Development/optimization and experimental implementation of oxidizing potential (OP) measurement on particles collected from tree bark or by on-line measurements. Define and validate a protocol for extracting, storing and analyzing oxidizing species using different OP techniques (e.g. AA, DTT). Link these PO measurements with physicochemical analyses and compare them with toxicological analyses performed on lung cells. Interface with the multidisciplinary teams of the CARNOT CARINGS NanoTracs project (ENS Mines Paris and Ecole des Mines St. Etienne). The candidate will also help supervise the physicochemical analyses of the PhD student already recruited on the project.Contribute to the statistical exploitation of OP measurement data, physicochemical analyses and associated metadata.Contribute to the scientific valorization of data from the CARNOT program in the form of articles in peer-reviewed journals and oral communications at conferences in the field. It will also be necessary to communicate the results and ensure the transfer of skills in the methods developed.Mobilité géographique : NationaleTélétravail : OccasionnelPrise de fonction : 01/09/2024ProfilCANDIDATE PROFILE: (PREREQUISITES/ DIPLOMA) The candidate must hold a PhD in analytical and/or environmental chemistry. Experience in ICP-MS, statistical data processing and project management will be appreciated. The candidate must be scientifically and technically open-minded, enabling him/her to work effectively on multidisciplinary projects. He/she will be specialized in at least one of the following fields:Physicochemical analysis applied to the environment;Instrumentation, measurement and quality applied to the environment. SkillsKnowledge- Scientific rigor, meticulousness- Ability to work in a team and with different partners- Good organizational skills and ability to work independently- Good coordination and project management skills- Analytical and synthesizing skills- Good communication skills, oral and written- Supervision of technical staff or trainees- Higher education in analytical and/or environmental chemistry- Quality assurance and control- Mastery of the French language and its subtleties- Fluency in written and spoken technical English- Proficiency in office automation and statistical processing- Driving license (Cat. B) appreciated             CONDITIONS : The position is available from September 1, 2024.Tasks will be carried out mainly on the IMT Nord Europe Bourseul Campus in Douai (France).The duration of the contract is a 14-month fixed-term contract.Travel maybe required.Possibility of partial teleworking (maximum of 2 days per week, adjustable according to service requirements).Many days of leave.Collective catering available.Public transport to and from work covered (50%).Sustainable mobility package (for carpooling or cycling).Family supplement depending on family structure.Large range of social benefits. INFORMATION AND CONDITIONS FOR THE APPLICATION: - For any information on the position, details of the missions or for a prior visit, please contact:Laurent ALLEMAN (CERI EE), [email protected], 03 27 71 26 24- For any administrative information, please contact the Human Resources Department:[email protected] Furthermore, the position can be adapted for a person with a disability. Application files must include:- A letter of application,- A curriculum vitae detailing teaching activities, research work and publications/communications,- Letters of recommendation,- Copy of the doctoral diploma (or PhD),- A copy of an identity document To apply, please connect to our recruitment platform via the following link Submission URL:https://institutminestelecom.recruitee.com/o/post-doctorantepost-doctorant-pour-le-developpement-de-la-mesure-du-potentiel-oxydant-des-aerosols-atmospheriques-collectes-sur-membrane-ou-en-ligne-en-cdd-de-14-mois-a-imt-nord-europe APPLICATION DEADLINE: June 30, 2024

Description du sujetThe candidate will join:The thematic axis "Energy, Fluids, and Transfers" (EFT) of the CERI Energy Environment, where research is conducted in the fields of optimizing thermofluidic components, energy systems, and processes for decarbonization purposes. Applications range from highly efficient heat exchangers and coolers for electric vehicle batteries to complex solar systems such as innovative concentrated solar power plants or self-piloted photovoltaic/thermal panels.The McLEOD axis of the CERI Digital Sciences, focusing on the modeling and control of complex systems. These systems typically consist of a large number of interacting entities, potentially distributed physically, and whose variability in behavior makes it difficult to observe and predict global dynamics over time. Scientific context and project descriptionFor several years, the consequences of climate change have been manifesting extremely across the world, leading several governments to commit to reducing CO2 and greenhouse gas emissions. Consequently, there has been significant investment in renewable electricity and thermal production sources. Global photovoltaic production has increased from 32 TWh in 2010 to 1322 TWh in 2022, with prices decreasing by a factor of 10 over the period. During the same period, the number of solar thermal installations worldwide has doubled. However, in Europe, heating and cooling production represent 50% of the total energy demand, yet only 13% of this energy is decarbonized. Therefore, there is still a need to increase the production of decarbonized electrical and thermal energy while minimizing land use. Furthermore, the carbon footprint of the manufacturing industry, construction, and building sector accounts for 19% of global CO2 emissions and 13% in France. Moreover, the industry represents 30% of heat demand in France.Among the existing technical solutions for combined heat (both low and high temperature) and electricity production, photovoltaic-thermal hybrid panels (PV/T) offer very promising possibilities. PV/T panels provide multiple sources of decarbonized energy in a small space and can use various fluids to transport heat. Under nominal operating conditions, the electrical performance of PV/T panels is excellent. However, it degrades proportionally with the increase in photovoltaic cell temperature. Efficient control of these hybrid panels, particularly the flow rate control within the panel or the implementation of active heat transfer enhancement methods, is necessary albeit very delicate. Thus, efficient control of PV/T panels allowing regulation of cooling, delivered thermal power, and efficiency based on various constraints and objectives presents interesting scientific challenges. Furthermore, this renewable energy production solution is both decentralized and inherently intermittent. The widespread deployment of this technology can have a significant impact on both electrical and thermal networks, necessitating storage mechanisms at different time horizons and a production control strategy. Ultimately, the integration into the system and the scaling of this solution must also be considered and optimized.The proposed research project aims to address numerous scientific, technological, and economic challenges related to the intermittency of renewable energy sources (solar) and the high variability of uses. Currently available thermal equipment (solar panels, energy recovery systems) often have low efficiencies, and their sizing does not take into account potential couplings and variability of energy sources and/or uses. In order to be effectively managed based on all these difficult-to-control operating parameters, we must consider the association of thermal equipment with associated intelligence, resulting in a sensor with autonomy capabilities, as well as interaction with its environment.The resulting scientific questions are as follows:How to dynamically model an array of innovative PVT (Photovoltaic-Thermal) sensors and associated components, while integrating the thermal and electrical inertias of the system?How to control a multi-energy PVT array and optimally meet the needs of local and national networks while achieving the highest energy efficiency?ActivitiesConduct a preliminary bibliographic study (PVT systems, multi-energy solar fields).Perform an energy static study to select preferred integration concepts (heat pump, storage system, etc.).Conduct experimental/numerical thermo-hydraulic characterization of an innovative PV/T system with variable geometry vortex generators.Develop dynamic models of the entire system (PV/T array, storage, etc.).Develop a model suitable for control and advanced controller synthesis (e.g., predictive control, stochastic predictive control, data-driven predictive control).Perform dynamic simulations of the entire system with optimization of energy production, storage, and distribution based on different scenarios derived from real-world use cases.Showcase the work by participating in international conferences and writing scientific publications in international journals.Prise de fonction : 01/10/2024Nature du financementContrat doctoralPrécisions sur le financementPrésentation établissement et labo d'accueilIMT NORD EUROPEUnities: CERI Energy Environnent, CERI Digital Sciences, IMT Nord EuropeDirection: Head of CERI Energy Environment / CERI Digital SciencesNature of employment: PhD, Fixed term Job, 36 monthsLocation: Douai, France Presentation of the establishment Under the auspices of the Ministry of Economy, Finance, and Industrial and Digital Sovereignty, and as part of the Institut Mines Télécom (IMT) network, IMT Nord Europe has three main missions: to train responsible engineers capable of addressing the major challenges of the 21st century, to conduct research leading to high-value innovations, and to support regional development by fostering innovation and entrepreneurship. Its objective is to educate the engineers of tomorrow, who possess expertise in both digital technologies and industrial know-how. Ideally situated at the crossroads of Europe, just 1 hour from Paris, 30 minutes from Brussels, and 1 hour and 30 minutes from London, IMT Nord Europe aspires to be a major player in the significant industrial, digital, and environmental transformations of the 21st century. It achieves this by integrating engineering sciences and digital technologies into both its teaching and research activities.Operating across two main campuses in Lille and Douai, IMT Nord Europe utilizes over 20,000 square meters of laboratory space to deliver high-quality education and pursue excellence in research in the following domains: Digital Systems, Energy and Environment, Materials, and Processes. For further details, please visit the school's website: www.imt-nord-europe.frProfil du candidatCandidate profile:A degree in engineering or a Master's degree with a strong focus on energy, thermodynamics, or control engineering.Proficiency in physical modeling with Matlab/Simscape, Dymola would be advantageous.Excellent analytical and synthesis skills, with a critical mindset.Strong scientific communication skills (written and oral).A good level of English is expected.The candidate should demonstrate a genuine team spirit, playing a predominant role in the successful execution of this doctoral project. AptitudesSkillsKnowledgeScientific rigor and curiosityOrganized, autonomous, and responsive, with ability to work in a teamStrong writing and communication skillsGood level of English requiredEnergy modeling and optimizationProficiency in one or more system modeling software: Simscape/DymolaRecognized scientific and technical knowledge in the field of Energetics and/or Control Engineering.Date limite de candidature  30/06/2024

En tant que cabinet de recrutement spécialisé dans l’emploi et le handicap, Talents Handicap accompagne de très nombreuses entreprises & organisations en France dans leurs recrutements de collaborateurs en situation de handicap. Dans ce cadre, nous recherchons pour le poste ci-dessous des candidats, en situation de handicap et vous invitons à postuler si vous correspondez au profil. L'entreprise Worldline recherche activement des profils pour le poste suivant : This is Worldline We are the innovators at the heart of the payments technology industry, crafting how the world pays and gets paid. The solutions our people build today power the growth of millions of businesses tomorrow. From your local coffee shop to unicorns and international banks. From San Francisco to Auckland. We are in every corner of the world, in every part of commerce. And just as we help our customers accelerate their business, we are committed to helping our people accelerate their careers. Together, we shape the evolution. The OpportunityThe core competence of Worldline is our digital infrastructure, the basis for all our products and solutions. It is through our Technology and Operations units, where Group Security is present, that we fulfil our promise to the customer. Here is where transactions are being processed via state-of-the-art platforms and data centers and the future of payments is being prepared.Reporting to Worldline head of Group Security GRC, our Security Incident Officer oversees the implementation of Security incident management procedures with all the lessons learned from various incidents. He is also supporting transversal or major Incident management activities related to cyber security. The successful candidate will interact on a daily basis with Worldline Security Officers and Worldline Security Incident Response Team. He will support the Group Security Organization in coordinating transversal actions with different stakeholders. Day-to-Day Responsibilities​ Manage documentation of security incident management process including Reporting obligations on Security matters Interacts on regular basis with the Security community, providing guidance and support: Security Governance, Security Officers, PCI officers, Cyber Defense Center (CSIRT) and other Subject Matter Experts Monitor Security incidents and follow up improvement plans with Security Officers Communicate Security incident updates to Group leadership with clear statements, support in fulfilling reporting obligation Oversee emergency patch process for critical vulnerabilities Define and organise regular tests of incident response processes with Security and operational teams, raising awareness and providing training for managing major cyber events Actively contribute in the management of Major Security Incidents across Worldline with a strong coordination, reporting and communication role Review on-duty activities within Security. Who Are We Looking For Outstanding communications skills and strong knowledge of spoken and written English. Technical background with a strong understanding of security concepts and practical usage. Proactively seeks to improve security processes and implements best in class solutions, raising security awareness and overall security measures. Ability to work efficiently with minimal oversight/direction remotely, adjusting to changing priorities, circumstances and personal interaction styles. Ability to work under stress and deal with ambiguous situations Expertise of security concepts and standard methodologies related to incident management, threat and vulnerability management Ability to engage with technical teams and report accurate and adapted synthesis to the management Being able to handle multiple competing priorities in a fast-paced environment to proceed high priority tasks to a resolution Eager to learn, work, grow, and advance your career Professional security certifications are a plus Perks & Benefits In addition to joining a global leader in payments, you can also expect an excellent range of benefits. Shape the Evolution We are on an exciting journey towards the next frontiers of payments technology, and we look for big thinkers, people with passion, can-do attitude and a hunger to learn and grow. Here you’ll work with ambitious colleagues from around the world, take on unique challenges as a team, and make a real impact on the society. With an empowering culture, strong technology and extensive training opportunities, we help you accelerate your career - wherever you decide to go. Join our global team of 18,000 innovators and shape a tomorrow that is yours to own. Learn more about life at Worldline at jobs.worldline.com We are proud to be an Equal Opportunity employer. We do not discriminate based upon race, religion, color, national origin, sex (including pregnancy, childbirth, or related medical conditions), sexual orientation, gender identity, gender expression, age, status as an individual with a disability, or any applicable legally protected characteristics.#LI-DN