STMicroelectronics · Rousset, FR

Chez STMicroelectronics, nous sommes convaincus que la technologie est un moteur d’innovation et a un impact positif pour les entreprises, les personnes et la société. En tant qu’acteur mondial des semiconducteurs, nos technologies de pointe et nos composants électroniques sont invisibles mais au cœur du monde d’aujourd’hui. Rejoindre ST, c’est intégrer une entreprise internationale riche de plus de 115 nationalités, présente dans 40 pays, et rassemblant plus de 50 000 talents passionnés et engagés, tous unis par la volonté de créer et d’inventer la technologie de demain. Innover demande bien plus que des compétences techniques : cela nécessite des personnes inspirantes, qui savent collaborer avec respect et enthousiasme. Des collaborateurs animés par la passion, prêts à remettre en question le statu quo, à faire avancer l’innovation et à révéler leur plein potentiel. Venez vivre cette aventure avec nous et contribuez à construire un futur plus intelligent et plus durable, en alliant responsabilité et innovation. Notre technologie commence avec vous. Avec l'avènement de l'informatique quantique, les algorithmes cryptographiques traditionnels tels que RSA et ECC risquent d'être compromis. La cryptographie post-quantique (PQC) vise à développer des algorithmes cryptographiques sécurisés contre les attaques quantiques. Cependant, bien que les algorithmes PQC soient conçus pour résister aux attaques quantiques, ils peuvent encore être vulnérables aux attaques par canaux auxiliaires (SCA). Les SCA exploitent des fuites physiques telles que les informations temporelles, la consommation d'énergie, les émissions électromagnétiques et d'autres canaux auxiliaires pour extraire des informations secrètes. Objectifs de la thèse Les objectifs principaux de cette thèse sont : \- Étudier la susceptibilité de divers algorithmes PQC aux attaques par canaux auxiliaires. \- Développer et mettre en œuvre des techniques d'attaque par canaux auxiliaires sur des algorithmes PQC sélectionnés. \- Proposer des contre-mesures pour atténuer les vulnérabilités identifiées. Revue de la littérature Une revue complète de la littérature existante sera réalisée pour comprendre l'état actuel de la PQC et des attaques par canaux auxiliaires. Les domaines clés d'intérêt incluront : \- Vue d'ensemble des algorithmes PQC (par exemple, basés sur les réseaux, les codes, les polynômes multivariés, les fonctions de hachage). \- Types d'attaques par canaux auxiliaires (par exemple, attaques temporelles, analyse de puissance et électromagnétique, SCA basées sur l'apprentissage profond, SASCA). \- Recherches antérieures sur les attaques par canaux auxiliaires sur les algorithmes cryptographiques classiques. \- Contre-mesures existantes et leur efficacité. Méthodologie La recherche sera menée en plusieurs phases : Phase 1 : Sélection des algorithmes PQC Sélectionner un ensemble représentatif d'algorithmes PQC issus du processus de normalisation PQC du NIST. Phase 2 : Mise en œuvre des attaques par canaux auxiliaires Développer des dispositifs expérimentaux pour mesurer les informations des canaux auxiliaires (par exemple, consommation d'énergie, émissions électromagnétiques). Mettre en œuvre des attaques par canaux auxiliaires telles que l'analyse différentielle de puissance (DPA), l'analyse par corrélation (CPA) et l'analyse électromagnétique (EMA) sur les algorithmes PQC sélectionnés. Phase 3 : Analyse et évaluation Analyser l'efficacité des attaques par canaux auxiliaires pour extraire des informations secrètes. Évaluer la résilience des différents algorithmes PQC face aux attaques par canaux auxiliaires. Phase 4 : Développement de contre-mesures Proposer et mettre en œuvre des contre-mesures pour atténuer les vulnérabilités identifiées. Évaluer l'efficacité des contre-mesures proposées. Contributions attendues La recherche devrait contribuer au domaine de la cryptographie en : \- Fournissant une analyse complète de la susceptibilité des algorithmes PQC aux attaques par canaux auxiliaires. \- Développant de nouvelles techniques d'attaque par canaux auxiliaires adaptées aux algorithmes PQC. \- Proposant des contre-mesures efficaces pour renforcer la sécurité des implémentations PQC contre les attaques par canaux auxiliaires. Pour mener à bien cette recherche, le candidat doit posséder les qualifications et compétences suivantes : Qualifications académiques : \- Un master en informatique, génie électrique ou dans un domaine connexe. \- Solide formation en cryptographie et sécurité de l'information. Compétences techniques : \- Maîtrise des langages de programmation tels que Python, C ou C++. \- Expérience avec la sécurité matérielle et les outils d'analyse par canaux auxiliaires. \- Connaissance des algorithmes cryptographiques post-quantiques et de leurs implémentations. Compétences en recherche : \- Capacité à réaliser des revues de littérature approfondies et à synthétiser l'information. \- Expérience dans la conception et la conduite d'expériences. \- Solides compétences analytiques et en résolution de problèmes. Compétences relationnelles : \- Excellentes compétences en communication écrite et orale. \- Capacité à travailler de manière autonome et collaborative dans un environnement de recherche. \- Forte organisation et gestion du temps. ST est fière d’être certifiée parmi les 17 entreprises mondiales « Global Top Employers 2025 » et d’être la première et unique entreprise de semi-conducteurs à recevoir cette distinction. ST a été distinguée dans ce classement grâce à sa démarche d’amélioration continue, se démarquant notamment par son engagement en matière d’éthique et d’intégrité, de sens et de valeurs, d’organisation et de gestion du changement, ainsi que par sa stratégie commerciale et ses performances. En France, ST a également obtenu la labélisation Happy Trainee 2025. Nous cultivons un environnement de travail inclusif et diversifié, où la discrimination n’a pas sa place. Notre ambition est de recruter et de fidéliser des talents reflétant la richesse des sociétés dans lesquelles nous évoluons. Nous nous engageons à l’équité dans le développement des carrières, les opportunités professionnelles et la rémunération. Chez ST, nous encourageons les candidats qui ne remplissent pas forcément tous les critères à postuler, car nous croyons en la richesse des parcours variés et offrons de réelles opportunités d’apprentissage et d’évolution. La diversité, l’équité et l’inclusion sont des valeurs fondamentales qui façonnent notre culture d’entreprise. Pour découvrir toutes nos opportunités, rendez-vous sur st.com/careers.

Leonardo · Oberpfaffenhofen/Weilheim - GSOC/ZDBS, Germany

Job Description: Fasziniert dich die Welt der Kommunikation? Interessiert es dich, wie weit entfernte Objekte im Weltraum mit uns auf der Erde in Verbindung stehen? Du hast ein Gespür für die Arbeit mit Kommunikationssystemen und verstehst die Konzepte der Hochfrequenztechnik. Wenn es dir nichts ausmacht, rund um die Uhr in wechselnden Schichten zu arbeiten, die dir mehr Flexibilität bieten, dann ist dies genau der richtige Job. Werde Teil eines unserer Teams und unterstütze rund um die Uhr Raumfahrtmissionen von der Bodenstation unseres Kunden in Weilheim bei München. Tätigkeiten Bereitstellung von Netzwerk- und Systemmanagementdiensten für den Echtzeitbetrieb oder die Betreuung der Multi Missions Operations mit zugehörigem Bodensegment in einem rotierenden 24x7-Schichtteam an der Zentralen Deutschen Bodenstation (ZDBS) in Weilheim bei München. Fähigkeiten und Qualifikationen Zu den Aufgaben gehören u.a.: Betrieb und Konfiguration der Anlagen im Schichtdienst 24x7 Prüfung der Planungs- und Konfigurationsvorhaben Einmessung und Fehlersuche bei Satellitenfunkverbindungen Führung des Betriebstagebuches und Aufrechterhaltung der Betriebssicherheit Fernkonfiguration und Überwachung der TT&C-Einrichtungen Durchführung und Archivierung von IOT-Messungen Betrieb eines User Help Desk für die Bearbeitung von Nutzeranfragen Konfigurieren und Betreiben komplexer Systeme wie 15-m-Trackingantennen, Up- und Downkonverter, Hochleistungsverstärker etc. im Bodensegment Fehlersuche und Behebung von Fehlern sowie Störmeldungsbearbeitung im Bereich des Bodensegmentes und der operativen Software Kommunikation und Interaktion mit den Betreibern der Raumsegmente und anderen Raumfahrtagenturen Unterstützung von Schlüssel- und Netzwerkmanagementaufgaben, Simulationen, Durchführen von Tests und Ausbildungen Erstellung und Pflege operationeller Dokumentationen Unterstützung von Überwachung des Bodensegmentes, der Netzwerkkomponenten und der eingesetzten Softwareapplikationen Unterstützung der Systemingenieure bei der Validierung von Prozeduren und der Analyse von aufgetretenen Anomalien Erfahrene Controller: ggfs. Ausbildung neuer Kollegen wesentlich: Technischer Hintergrund in den Bereichen Luft- und Raumfahrt, Kommunikation, IT oder einem anderen relevanten Bereich. Gute bis fließende Sprachkenntnisse in Deutsch Gute bis fließende Sprachkenntnisse in Englisch wünschenswert: Gutes Verständnis allgemeiner IT- und Netzwerkgrundlagen Gute Kenntnisse der typischen Windows-Betriebssysteme und Kenntnisse Unix-basierender Systeme Fähigkeit selbständig zu arbeiten, in internationalen Teams und gemäß allgemeinen Richtlinien ansonsten: EU-Staatsbürgerschaft ist erforderlich Seniority: Primary Location: DE - Oberpfaffenhofen/Weilheim - GSOC/ZDBS Additional Locations: Contract Type: Employee-Permanent Hybrid Working:

Leonardo · Darmstadt - ESOC, Germany

Job Description: Are you passionate about Astro Dynamics and looking for a meaningful opportunity to enfold your talents? Then you are on the right track! Detailed information on the missions and the activities of ESOC can be found on www.esa.int ; Key Responsibilities We support the European Space Agency with highly qualified services at the European Space Operations Centre (ESOC) in Darmstadt. For future service positions within the Flight Dynamics Division, the Navigation Support Office, and the Space Debris Office, we are searching for specialists to complement our international service team. Please visit our website to view currently open service positions in these areas. In case there is none, your successful application will be added to our talent pool! Essential Skills and Qualifications University degree in a relevant engineering field, astronomy, mathematics, or physics. Proficiency in classical and orbit mechanics, including orbit determination aspects, and familiarity with related coordinate systems & reference frames. Ability to design, implement, validate, and operate software that applies the above solutions on Linux platforms. Knowledge about software life cycle & documentation. Proficiency in English, both in speech and writing. A high sense of operational responsibility and good communication skills. Ability to work independently. Familiarity with the ESOC environment. Experience in MATLAB/SIMULINK, Mathematica, and shell scripting. Experience with network services and protocols, and Linux system administration. The ability to multitask efficiently, working on multiple activities simultaneously. Flight Dynamics Skills An outstanding expertise in linear algebra, in particular for problem solving related to geometry in the Euclidean 3–dimensional space. Skills in numerical methods for solving equations, integration of differential equations, function approximation and interpolation, optimisation, and linear algebra problems. Proficiency in kinematics and dynamics of point masses, dynamics of rigid bodies, dynamics expressed in non-inertial reference frames, e.g., including dynamics in rotating frames, rotation dynamics expressed in body fixed frame, conservation laws in mechanics, gravitational forces and field, orbit dynamics, Keplerian orbits, and Kepler laws. Skills to apply the above knowledge to develop solutions to technical problems in cooperation with customers and other specialists. Experience in software development in C++ and Scientific Python. Knowledge of scripting languages and Fortran. Aspiration to take operational responsibility in multi-disciplinary teams. Coordinate and interact with other service providers in operations and other fields. Navigation Skills In-depth familiarity with GNSS applications, data types, data processing, and algorithms. In-depth familiarity with GNSS-related coordinate systems. Real-time processing of Galileo products. Experience in EGNOS V2/V3 to implement new and novel configurations. Experience in software development using Scientific Python. Knowledge of scripting languages and Fortran. Space Debris Skills Profound expertise of space debris matters (observation, modelling, mitigation, risk assessment). Detailed understanding of space surveillance techniques and principles. Good knowledge of re-entry aerothermodynamics principles and tools. Knowledge about database systems, especially SQL Experience in software development in C++ and Scientific Python. Knowledge of scripting languages and Fortran. Good presentation skills. Throughout understanding of the way of working of the ESTEC CDF, the Inter-Agency Space Debris Coordination Committee (IADC), the ESA Space Safety Program, and the ESOC flight dynamics and spacecraft control teams. Seniority: Primary Location: DE - Darmstadt - ESOC Additional Locations: Contract Type: Employee-Permanent Hybrid Working:

Leonardo · Oberpfaffenhofen - GSOC, Germany

Job Description: Wir möchten unser L1 Mission Operations Team, das Dienstleistungen für unseren Kunden in Oberpfaffenhofen bei München erbringt, mit einem talentierten und ehrgeizigen Teammitglied verstärken. Wenn Sie ein Auge für Details haben und gerne an einem dynamischen und herausfordernden Arbeitsplatz arbeiten, könnte dies Ihre Chance sein, Teil eines spannenden Weltraumprojekts zu werden. Tätigkeiten Die Position erfordert eine Ausbildung und Zertifizierung im Raumfahrzeugbetrieb. Die Aufgaben werden im 24x7-Schichtmuster mit möglichen Bereitschaftsanforderungen ausgeführt. Sie werden im Bereich Flugbetrieb im Geostationary Mission Operations Team zertifiziert. Die Hauptaufgaben sind (jedoch nicht darauf beschränkt): Zertifizierung als Raumfahrzeug-Controller Überwachung der Systemleistung und der automatischen Servicebereitstellung für Kunden Pflege der aktuellen Missionsplanungsdaten und des Missionsplans Überwachung des Gesundheitszustands aller Satellitenkomponenten Überwachung der Nutzung der Satellitennutzlast Level-1-Reaktion auf Anomalien, basierend auf Verfahren zur Datenerfassung nach Anomalien Hinzuziehen des technischen Supports, falls erforderlich Erster Ansprechpartner im Benutzer-Helpdesk Je nach Einschätzung des Projektmanagers kann eine Cross-Zertifizierung in einem anderen Projekt angefordert werden. Fähigkeiten und Qualifikationen Technische Erfahrung in den Bereichen Luft- und Raumfahrt, Telekommunikation oder IT (vorzugsweise mit einem Ingenieurabschluss, aber aufgrund der umfassenden Schulung vor Ort kein Muss); Kompetenter Benutzer von Computersystemen; Kompetenter Umgang mit MS Office Suite und vorzugsweise LINUX-Kentnisse; Fließende Englisch- und Deutschkenntnisse sind ein Muss. Wesentlic h: Fähigkeit, mit wenig oder keiner Aufsicht zu arbeiten; Zielorientiert und engagiert; Problemlösungsfähigkeiten; Bereitschaft, strenge Sicherheitsrichtlinien und -vorschriften einzuhalten; Teamorientierung; Fähigkeit, effektiv mit anderen Teammitgliedern zu kommunizieren und zusammenzuarbeiten. Wünschenswert: Erfahrung im Umgang mit Aufgaben, die von vordefinierten Verfahren und Prozessen geleitet werden; Erfahrung in der Überwachung des Systemstatus und im Beheben von Fehlern. Zusätzlich: Aufgrund der Projektanforderungen können sich nur Kandidaten mit der Staatsangehörigkeit eines Mitgliedstaats der Europäischen Union oder Norwegens bewerben. Dies ist ein Muss und nicht verhandelbar. Seniority: Primary Location: DE - Oberpfaffenhofen - GSOC Additional Locations: Contract Type: Employee-Permanent Hybrid Working:

Leonardo · Darmstadt - Europahaus, Germany

Job Description: Telespazio Germany is seeking a passionate Software Engineer to develop advanced satellite simulation software in an international, informal environment directly supporting ESA’s European Space Operations Centre (ESOC) in Darmstadt. You will bridge the gap between computer science and aerospace by designing reliable C++ models for satellite subsystems and maintaining the high-performance software environments used by ESA, EUMETSAT, and Galileo. This role combines hands-on technical development with the opportunity to mentor junior engineers and take on leadership responsibilities for critical mission simulators. We value curiosity and the ability to translate complex hardware documentation into sophisticated software solutions that meet the evolving demands of the space domain. Key Responsibilities Coordinate the design, development, and maintenance of efficient C++ code for satellite subsystem models. Translate technical spacecraft documentation into functional software models for Linux-based environments. Lead the software life cycle from initial design through to validation and maintenance for customers like ESA and EUMETSAT. Oversee the work of junior engineers and manage task distribution across the development team. Participate in project milestones, including technical reviews and the tracking of Review Items for Discrepancies (RIDs). Ensure simulators meet evolving performance demands for high-fidelity mission training and validation. Liaise with ESA technical leads to align software delivery with mission operational concepts. Essential Skills and Qualifications Extensive experience in spacecraft model development using the ECSS SMP (or SMP2) standard. Advanced proficiency in C++ programming and Object-Oriented Design (UML/UMF). Proven ability to understand and summarize complex spacecraft technical documentation. Strong background in requirements management and tracing throughout the software life cycle. Experience mentoring junior staff and leading small technical teams. Logical and pragmatic problem-solving skills. Professional proficiency in spoken and written English. Desirable Skills Familiarity with the ESA/ESOC SIMULUS suite and the SIMSAT runtime kernel. Experience with modern CI/CD tools such as Maven, GitLab, Nexus, and SonarQube. Knowledge of Space Engineering Standards (ECSS-E-ST-40) and the Packet Utilisation Standard (ECSS-E-70). Background in the GNSS/Navigation field or satellite AIV (Assembly, Integration, and Verification). Understanding of spacecraft databases, such as SCOS MIB or EGS-CC CDM. Furthermore A citizenship of an EU or ESA member state is mandatory. Seniority: Primary Location: DE - Darmstadt - Europahaus Additional Locations: Contract Type: Employee-Permanent Hybrid Working:

Leonardo · Darmstadt - Europahaus, Germany

Job Description: You’ve reached the final third of your professional career and are now looking to make a lasting impact by sharing your knowledge and experience? You thrive in complex, interdisciplinary environments and remain calm in challenging situations? You’re more interested in creating value and supporting others than climbing the next rung on the corporate ladder? If you define your success by the influence you have and the people you mentor – rather than job titles – then this role is for you. Your Mission You will become a key member of our Competence Centre for System-level Engineering and take on a pivotal role: Define and evolve system architectures for end-to-end ground infrastructure in space, defence and aviation domains – from satellite control systems to secure communications platforms and complex mission operations environments, including e.g. operations concept, system budgets, system level architecture, interface management, network architecture, security, hardware sizing and RAMS analysis. Take a technical leadership in complex system-level projects preparation and execution Perform the role of system engineering advisor and liaison in interdisciplinary development project. Mentor and coach younger engineers within the team, foster knowledge transfer, and actively contribute to architectural reviews and pair design sessions. Help shape and standardize reusable architecture approaches across projects. What You Bring At least 20 years of professional experience in system engineering/architecture/integration, ideally with a focus on satellite ground segment and/or mission-critical systems. Strong knowledge of System-of-Systems architecture, System Engineering approaches (e.g. MBSE), and Enterprise Architecture frameworks. Experience in international projects, ideally within the ESA/DLR/EUMETSAT ecosystem. A passion for mentorship, coaching, and sharing best practices. Excellent communication skills – fluency in English is required. What We Offer A meaningful senior-level role with technical influence – without pressure for vertical career development. A chance to help build up the Competence Centre in a meaningful and strategic way. A high-calibre, collaborative team that values your expertise. Flexible working models and a culture that embraces diverse perspectives and lifelong learning. Seniority: Master Primary Location: DE - Darmstadt - Europahaus Contract Type: Hybrid Working: Hybrid

Leonardo · Darmstadt - ESOC, Germany

Job Description: We are supporting the European Space Agency (ESA) with Data Systems management services at the European Space Operations Centre (ESOC) in Darmstadt. Within the area of Earth Observation Data Systems our service team manages the ground segment operations and evolutions of a family of missions. To complement this international team, we are searching for a Data System Engineer (DSE) with experience in the support of mission critical systems. Key Responsibilities As part of this team you will provide support in the following areas: Define and oversee the evolution of the mission control systems in response to flight control team needs, software infrastructure and hardware evolution, Lead the investigation and resolution of problems identified in the operational systems, Contribute to the support of the systems for special operations, such as LEOP, Proactively supporting the Continual Service Improvement, Support day to day incident management and response via an On-Call Service during normal working hours. Essential Skills and Qualifications University degree in a relevant engineering field, computer engineering, physics or equivalent. The ideal candidate we are looking for contributes to our service team with the following characteristics: Good understanding of SCOS-2000 based Mission Control Systems and/or related systems such as EDDS, EGOS-MPS, DARC or similar, Strong skills in administering and troubleshooting Linux based systems, Proven ability to work independently and remain calm under pressure, Capability to collaborate with several different areas/people in ESOC Interpersonal skills to establish and maintain good working relationships with all partners within ESOC and industry Proficiency in English, both in speech and writing Desirable Skills Solid understanding of Earth Observation Mission Control Systems Experience in the delivery of an ITIL application management service to external organizations Experience in project management and related approaches Exposure to future infrastructure product development, such as EGS-CC, EGOS-CC, SIMULUS-NG, GSMC-CC etc. Furthermore CV in Europass format Permission to work in the EU Seniority: Expert Primary Location: DE - Darmstadt - ESOC Contract Type: Employee-Permanent Hybrid Working: Hybrid

Leonardo · Darmstadt - EUMETSAT, Germany

Job Description: We are looking for a highly skilled and motivated Senior Software Engineer to join our Data Processing Services team. You will be embedded in a team responsible for operating, maintaining, and evolving large-scale, mission-critical software systems that support our satellite data processing chain. This is a technically demanding role requiring both depth and breadth across the full software engineering lifecycle. Key Responsibilities Design, develop, build, and package software components within large, complex C++ and Java software environments Perform in-depth analysis, debugging, and root cause investigation of software anomalies in real-time operational systems Lead and contribute to software verification, validation, and regression testing activities Maintain and improve existing software baselines, ensuring reliability and performance in 24/7 operational contexts Collaborate with system engineers, satellite operators, and product teams to implement and test new features or fixes Produce clear and thorough technical documentation (anomaly reports, change requests, test reports) Support software integration, deployment, and release activities within a configuration-managed environment Participate in on-call or shift support activities as required by operational needs (very limited) Essential Skills and Qualifications University degree (Bachelor's or Master's) in Computer Science, Software Engineering, Aerospace, or a related discipline Minimum 5+ years of professional experience in software engineering with a strong focus on C++ in large, complex software projects Demonstrated expertise in software debugging, troubleshooting, and anomaly analysis in real-time or near-real-time systems Solid experience in Java development and maintenance Proven ability to navigate, understand, and contribute to large legacy and production codebases Hands-on experience with build systems (e.g., CMake, Make, Maven) and software packaging workflows Familiarity with version control systems (Git, SVN) and CI/CD pipelines Strong analytical and problem-solving skills with a methodical approach to fault isolation Desirable Skills Experience with real-time or embedded software in a space, aerospace, or scientific data processing environment Knowledge of satellite ground segment systems or meteorological data processing workflows Familiarity with Linux/Unix environments and shell scripting Experience with software quality frameworks, test automation, or ECSS software engineering standards Exposure to agile or iterative development methodologies Proficiency in Python or other scripting languages for tooling and automation Furthermore Close attention to detail with a rigorous, disciplined approach to software quality Strong communication skills — able to present technical findings clearly to both engineers and non-technical stakeholders Self-driven, collaborative team player comfortable working in a multinational, multicultural environment Ability to manage multiple priorities under operational pressure Seniority: Senior Primary Location: DE - Darmstadt - EUMETSAT Contract Type: Employee-Permanent Hybrid Working: Onsite

Leonardo · Darmstadt - EUMETSAT, Germany

Job Description: We are looking to strengthen our engineering team at EUMETSAT, supporting the exploitation of EUMETSAT missions such as MSG, MTG, EPS, EPS-SG and Sentinel-3. The main focus is on MTG and EPS-SG. The work centres on the development and verification of cloud products derived from satellite data, specifically cloud mask, cloud type, and cloud top height. Responsibilities also encompass snow/ice, dust, and volcanic ash detection, the generation of clear-sky reflectance climatologies, the production of all-sky radiance products, and support for active fire monitoring. Key Responsibilities Scientific Development Improve and evaluate cloud products scientifically Focus specifically on contributions to MTG and EPS-SG missions Prototyping Develop prototype processors for MTG and EPS-SG Operational Processing Build hands-on experience with EUMETSAT's Level-2 processing systems Calibration & Validation (Cal/Val) Support the development of tools used to calibrate and validate satellite products Programme Support Respond to requests from GEO and LEO programmes (e.g. reviews, documentation) Help verify the Level-2 processing systems for both MTG and EPS-SG Test Data Sets (TDS) Generate test datasets for MTG and EPS-SG activities Create test datasets to assess the impact of instrumental anomalies Climate Data Records (CDR) Contribute to the generation and validation of long-term climate data records General Contributions Take part in studies and progress meetings, providing input on scientific content Essential Skills and Qualifications Good engineering background in related fields such as Earth observation, data processing, remote sensing etc. Level-2 processing of satellite data Solid background in Python (PyTroll), IDL, Matlab, C++, Java and Fortran on LINUX systems Scientific documentation and review participation Algorithm development/prototype development Fluency in English Seniority: Expert Primary Location: DE - Darmstadt - EUMETSAT Contract Type: Employee-Permanent Hybrid Working: Onsite

Leonardo · Darmstadt - EUMETSAT, Germany

Job Description: We are seeking a Senior Ground Segment Engineer with strong engineering skills and experience to support our customer EUMETSAT for our upcoming project based in Darmstadt. As a full member of our proposed team, you will support technical project management delivery across multiple concurrent TSS division projects (I2D, SGS, DSA), ensuring schedule, budget, and scope compliance throughout the full project lifecycle. The position is full-time and permanent with the earliest starting date of 1st April 2026 - 1st June 2026 (flexible) Key Responsibilities You will be responsible for the tasks but not limited to: Prepare and maintain Project Charters, PMPs, WBS, resource and budget plans, and network diagrams Manage project risk registers; conduct risk identification, analysis, and mitigation Support design reviews, verification reviews, and formal milestone meetings Coordinate with EUMETSAT OPS/PRD/TSS stakeholders across multiple concurrent projects Ensure compliance with PMI PMBOK, PRINCE2, and EUMETSAT governance processes Essential Skills and Qualifications 5+ years in aerospace/satellite project management, preferably in ground segment upgrade projects PMP, PRINCE2 or equivalent certification strongly preferred Experience with MS Project, JIRA, and configuration management tools Knowledge of ground segment monitoring, IT & site infrastructure services (compute, storage, network) Desirable Skills Passionate about spacecraft operations and engineering. System-level knowledge of ground and spacecraft (sub)systems; Your hands-on experience with several platforms (sub)systems and ground systems (in particular the mission control system) will support and push our team to the next level. Teamwork is key: Your positive and professional attitude. You have a drive to succeed and a desire to grow professionally. Excellent communication skills. Seniority: Expert Primary Location: DE - Darmstadt - EUMETSAT Contract Type: Employee-Permanent Hybrid Working: Onsite

STMicroelectronics · Crolles, FR

Chez STMicroelectronics, nous sommes convaincus que la technologie est un moteur d’innovation et a un impact positif pour les entreprises, les personnes et la société. En tant qu’acteur mondial des semiconducteurs, nos technologies de pointe et nos composants électroniques sont invisibles mais au cœur du monde d’aujourd’hui. Rejoindre ST, c’est intégrer une entreprise internationale riche de plus de 115 nationalités, présente dans 40 pays, et rassemblant plus de 50 000 talents passionnés et engagés, tous unis par la volonté de créer et d’inventer la technologie de demain. Innover demande bien plus que des compétences techniques : cela nécessite des personnes inspirantes, qui savent collaborer avec respect et enthousiasme. Des collaborateurs animés par la passion, prêts à remettre en question le statu quo, à faire avancer l’innovation et à révéler leur plein potentiel. Venez vivre cette aventure avec nous et contribuez à construire un futur plus intelligent et plus durable, en alliant responsabilité et innovation. Notre technologie commence avec vous. A propos de vos missions * Vous serez intégré au sein de l'organisation “Global Technology R&D, Technology and Design Platform” en collaboration avec les equipes qui délivrent l'environnement de design pour les groupes produits et les equipes de validation Silicium qui development et mesurent sur silicium les technologies les plus avancées utilisées au sein de STMicroelectronics. * Vous devrez analyser des données issues de mesures sur silicium soit de véhicules de validation interne et/ou mesurées sur des systèmes sur puce (SoC) de groupe produit. * Le development de modèle idéalement basé sur des principes d'intelligence artificielle (Machine Learning) pour analyser ces données et le nombre minimal d'echantillon pour assurer que ce modèle est valide. * Le but étant d'assurer une mise à jour de l'environement de design (modèle du transistor, marge de design, … ) pour optimiser la performance, la puissance et la surface des plateformes de conceptions. A propos de vous * Diplôme d'ingenieur ou equivalent en électronique ou physique des composants. Idéalement en logique CMOS et comportement des transistors * Competence de base en langage informatique simple (python, tcl, …) * Connaissance en Machine learning ou autres techniques d'intelligence artificielle pour traitement de données massive. * Travail d'equipe, communication, autonomie ST est fière d’être certifiée parmi les 17 entreprises mondiales « Global Top Employers 2025 » et d’être la première et unique entreprise de semi-conducteurs à recevoir cette distinction. ST a été distinguée dans ce classement grâce à sa démarche d’amélioration continue, se démarquant notamment par son engagement en matière d’éthique et d’intégrité, de sens et de valeurs, d’organisation et de gestion du changement, ainsi que par sa stratégie commerciale et ses performances. En France, ST a également obtenu la labélisation Happy Trainee 2025. Nous cultivons un environnement de travail inclusif et diversifié, où la discrimination n’a pas sa place. Notre ambition est de recruter et de fidéliser des talents reflétant la richesse des sociétés dans lesquelles nous évoluons. Nous nous engageons à l’équité dans le développement des carrières, les opportunités professionnelles et la rémunération. Chez ST, nous encourageons les candidats qui ne remplissent pas forcément tous les critères à postuler, car nous croyons en la richesse des parcours variés et offrons de réelles opportunités d’apprentissage et d’évolution. La diversité, l’équité et l’inclusion sont des valeurs fondamentales qui façonnent notre culture d’entreprise. Pour découvrir toutes nos opportunités, rendez-vous sur st.com/careers.

STMicroelectronics · Kirkop, MT

OUR STORY At ST, we believe in the power of technology to drive innovation and make a positive impact on people, business, and society. We are a global semiconductor company, and our advanced technology & chips forms the hidden part of the world we live in today. When you join ST, you will be part of a global business of more than 115+ nationalities and present in 40 countries, 50,000+, diverse and dedicated creators & makers of technology around the world! Developing technologies takes more than talent: it takes amazing people who understands collaboration and respect. People with passion and desire to disrupt the status quo, push boundaries and drive innovation – whilst unlocking your own potential. Working at ST means innovating for a future that we want to make smarter, greener, in a responsible and sustainable way. Our technology starts with you. Join us and start the future! Job Description STMicroelectronics Malta is seeking skilled and motivated Equipment Engineers to support its semiconductor manufacturing operations. The role is key to ensuring high equipment reliability, maximizing manufacturing efficiency, and supporting continuous improvement in a high‑tech production environment. Duties and responsibilities The responsibilities include: * Reduce equipment downtime by improving equipment health through predictive and preventive maintenance. * Perform Plan–Do–Check–Act (PDCA) analysis on test lines to improve test cell utilization, focusing on recurring issues and “worst offenders.” * Improve maintenance adherence by planning interventions and ensuring all required spare parts are codified and available in stores. * Enhance Overall Equipment Effectiveness (OEE) by maintaining and upgrading equipment and strictly following RTP procedures. * Monitor and optimize maintenance costs by regularly reviewing onsite spares, minimizing consumable replacement costs, and reducing spare-part spending through second sourcing and lean repair strategies. * Improve Mean Time Between Interventions (MTBI) by ensuring robust maintenance practices, timely upgrades, and adherence to RTP procedures. * Coordinate technician certification and training to ensure a highly skilled maintenance workforce. * Collaborate closely with production, engineering teams, and equipment suppliers to plan and coordinate maintenance activities. * Meet regularly with equipment suppliers to align on current performance, roadmap, and future needs. * Follow up and manage maintenance contracts with external service providers. * Manage the bill of spare parts, including identification, codification, stock level definition, and optimization. Skills and qualifications The ideal candidate must: * Hold a master’s degree or PhD in an engineering-related discipline. * Have good knowledge of maintenance and manufacturing processes. * Have good knowledge of project management principles and practices. * Demonstrate strong verbal and written communication skills, including technical report writing. * Be capable of working independently and taking ownership of tasks. * Be goal-oriented, disciplined, and able to meet deadlines. * Embrace a flexible and adaptable approach to work. * Make sound decisions based on diligent assessment and analysis. We encourage candidates who may not meet every single requirement to apply, as we appreciate diverse perspectives and provide opportunities for growth and learning. Diversity, Equity and Inclusion (DEI) is part of our company culture. Our DEI vision is, “At ST, you can be the true version of yourself”, we value all employee contributions and have zero tolerance for any kind of discrimination. Joining us is also about a greater work-life balance and workplace with equal opportunities. Dedicated Employee Resource Groups for women and LGBTQIA+, hybrid work arrangements are amongst the many DEI & Sustainability initiatives that make us a great place to evolve your career. To discover more, visit st.com/careers