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Number of results : 68
  • PostDoc Design of in-memory high-dimensional-computing system

    Conventional von Neumann architecture faces many challenges in dealing with data-intensive artificial intelligence tasks efficiently due to huge amounts of data movement between physically separated data computing and storage units. Novel computing-in-memory (CIM) architecture implements data processing and storage in the same place, and thus can be much more energy-efficient than state-of-the-art von Neumann architecture....

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  • PostDoc Development of innovative metal contacts for 2D-material field-effect-transistors

    Further scaling of Si-based devices below 10nm gate length is becoming challenging due to the control of thin channel thickness. For gate length smaller than 10nm, sub-5nm thick Si channel is required. However, the process-induced Si consumption and the reduction of carrier mobility in ultrathin Si layer can limit the channel thickness scaling. Today, the...

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  • PostDoc Optimization of Li metal/electrolyte for the next generation of all-solid-state battery

    CEA Tech Nouvelle-Aquitaine, created in 2013, set up a new laboratory, since more than two years, focused on both the development of materials and the high throughput screening to accelerate the discovery of materials for the next generations of Li-ion batteries. For that, the CEA Tech Nouvelle-Aquitaine acquires different vacuum deposition equipment (sputtering, evaporation, atomic...

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  • PostDoc Quantum dot auto-tuning assisted by physics-informed neural networks

    Quantum computers hold great promise for advancing science, technology, and society by solving problems beyond classical computersapos; capabilities. One of the most promising quantum bit (qubit) technologies are spin qubits, based on quantum dots (QDs) that leverage the great maturity and scalability of semiconductor technologies. However, scaling up the number of spin qubits requires overcoming...

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  • PostDoc Advanced reconstruction methods for cryo-electron tomography of biological samples

    Cryo-electron tomography (CET) is a powerful technique for the 3D structural analysis of biological samples in their near-native state. CET has seen remarkable advances in instrumentation in the last decade but the classical weighted back-projection (WBP) remains by far the standard CET reconstruction method. Due to radiation damage and the limited tilt range within the...

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  • PostDoc Design and development of a modular high-side test bench for application validation of Grand Gap components

    Wide bandgap transistors (GaN, SiC) play a key role in power electronics, but their industrial integration remains hampered by implementation difficulties. The high-side component, within a bridge arm structure, is particularly sensitive to voltage and current transients, which are highly dependent on routing, topology, and switching modes (ZVS, ZCS). Its floating nature makes measurements complex...

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  • PostDoc Analysis of Gas Effluents for More Eco-Responsible Plasma Etching Processes

    Traditionally used fluorinated gases, such as CF4 and C4F8, exhibit extremely high Global Warming Potentials (GWPs), significantly contributing to climate change. To address these environmental challenges, the project aims to promote the use of alternative low-GWP gases in combination with efficient exhaust abatement systems at the reactor outlet, while maintaining high-performance plasma etching processes. In...

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  • PostDoc Tools and diagnostic methods for the reuse of electronic components

    The Autonomy and Sensor Integration Laboratory (LAIC) at CEA-Leti has the primary mission of developing sensor systems for the digitalization of systems. The teamapos;s activities are at the interface of hardware (electronics, optronics, semiconductors), software (artificial intelligence, signal processing), and systems (electronic architecture, mechatronics, multiphysics modeling). In a context of exponential growth in electronics and...

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  • Fixed term contract Ingénieur Chercheur en supraconducteur pour le quantique – CDD 36 mois - Grenoble H/F

    Nous rejoindre, pour faire quoi ? Dans le cadre du développement de sa plateforme 300mm de fabrication de dispositifs quantiques supraconducteurs, le CEA Leti recherche un(e) ingénieur en caractérisation électrique de résonateurs, jonctions Josephson, et circuits supraconducteurs. Vous travaillerez au travers de projets de recherche et d’équipements de haute technologie à la mise au point...

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  • Fixed term contract Ingénieur en simulation multiphysique pour les circuits intégrés 3D – CDD 36 mois - Grenoble H/F

    Rejoignez-nous pour façonner l'avenir de la microélectronique ! Dans le cadre de projets de recherche et développement sur les circuits intégrés 3D (Intégration 3D au CEA Leti), nous recherchons un(e) ingénieur en simulation multiphysique pour rejoindre notre équipe. Vous aurez l'opportunité de travailler sur des projets de recherche et des équipements de haute technologie. Pourquoi nous rejoindre ?...

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  • phD Fabrication of Metasurfaces by Self-Assembly of Block Copolymers

    Block copolymers (BCP) are an industrial technology in full expansion, offering promising perspectives for material nanostructuring. These polymers, composed of chemically distinct block chains, self-assemble to form ordered structures at the nanometric scale. However, their current use is limited to specific nanostructuring per product (1 product = 1 nanostructuring), thus restricting their application potential. This...

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  • phD Investigation and Modeling of Ferroelectric and Antiferroelectric Domain Dynamics in HfO2-Based Capacitors

    The proposed PhD work lies within the exploration of new supercapacitor and hybrid energy storage technologies, aiming to combine miniaturization, high power density, and CMOS process compatibility. The hosting laboratory (LTEI/DCOS/LCRE) has recognized expertise in thin-film integration and dielectric material engineering, offering unique opportunities to investigate ferroelectric (FE) and antiferroelectric (AFE) behaviors in doped hafnium...

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  • phD Modeling and characterization of CFET transistors for enhanced electrical performance

    Complementary Field Effect Transistors (CFETs) represent a new generation of vertically stacked CMOS devices, offering a promising path to continue transistor miniaturization and to meet the requirements of high-performance computing. The objective of this PhD work is to study and optimize the strain engineering of the transistor channel in order to enhance carrier mobility and...

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  • phD Injection-Locked Oscillators based Liquid Neural Networks for Generative Edge Intelligence

    This PhD aims to design analog liquid neural networks for generative edge intelligence. Current neuromorphic architectures, although more efficient through in-memory computing, remain limited by their extreme parameter density and interconnection complexity, making their hardware implementation costly and difficult to scale. The Liquid Neural Networks (LNN), introduced by MIT at the algorithmic level, represent a...

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  • phD Integrated material–process–device co-optimization for the design of high-performance RF transistors on advanced nanometer technologies

    This PhD research focuses on the integrated co-optimization of materials, fabrication processes and device architectures to enable high-performance RF transistors on advanced nanometer-scale technologies. The work aims to understand and improve key RF figures of merit—such as transit frequency, maximum oscillation frequency, noise behaviour and linearity—by establishing clear links between material choices, process innovations and...

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  • Fixed term contract Chercheur en circuits intégrés à base de mémoires émergentes H/F

    La demande croissante en capacité de calcul, en particulier depuis l’adoption massive des outils à base d’IA, nécessite de penser des systèmes plus efficaces énergétiquement, et les technologies de mémoires émergeantes sont prometteuses tant pour des applications de mémoires embarquées, que pour permettre le développement d’accélérateurs spécialisés réalisant les calculs directement en mémoire. Le CEA...

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  • Fixed term contract CDD - Ingénieur de recherche en validation mixte de circuit intégrés

    Avec des systèmes intégrés mixtes de plus en plus complexes, cherchant à tirer parti des performances combinées des domaines analogiques et des domaines numériques, les méthodologies de conception et de validations des fonctionnalités et performances tout au long du design sont en permanentes évolutions. Il faut tirer parti des dernières fonctionnalités d’outils CAD, faire évoluer...

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  • Fixed term contract CDD - Concepteur de circuits intégrés analogiques H/F

    Après avoir été largement éprouvée dans le monde informatique, l'approche open source se déploie en conception de circuits intégrés, avec la perspective d'améliorer la diffusion et le partage de savoir-faire en conception, de dynamiser l'écosystème de conception de circuits intégrés en Europe, et d'ouvrir la voie à de nouvelles pratiques de conception plus rapides et...

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  • phD 3D interconnects for the design and fabrication of quantum processor units

    To increase the performance of quantum computers, three-dimensional (3D) integration is now the key! Using technologies such as flip-chip bonding, multi-layer wiring or even through-silicon vias (TSV), 3D integration offers solutions to increase the number of qubits on a processor, reduce signal loss and cross-talk and even improve thermal management. All of these aspects are...

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  • phD New generation of organic susbtrates for power conversion

    Recent advances in electric motors and associated power electronics have led to a significant increase in power density requirements. This increase in power density means smaller heat exchange surfaces, which amplifies the challenges associated with dissipating the heat generated by power electronics components during operation. In fact, the lack of adequate heat dissipation causes electronic...

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  • Fixed term contract CDD - Ingénieur dispositifs ferroélectriques H/F

    Dans le cadre de ce poste, vous travaillez sur des dispositifs ferroélectriques innovants dédiés à la mémoire et au calcul. Notre but est de développer une nouvelle technologie mémoire dense, rapide et endurante pour soutenir les applications émergentes, notamment en Intelligence Artificielle. Votre mission principale consiste à concevoir, caractériser électriquement, optimiser des dispositifs ferroélectriques fabriqués au Leti...

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  • phD Superconducting silicide contacts on hyperdoped silicon by nanosecond pulsed-laser annealing

    In the race towards building a quantum computer, there is a deep interest in fabricating devices based on the robust and scalable silicon FD-SOI technology. One example is the Josephson Field Effect Transistor (JoFET) whose operability relies on the high transparency of the interface between the superconducting source/drain regions and the semiconducting channel. Such transparency...

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  • phD Advanced electrode materials by ALD for ionic devices

    This work aims to develop Advanced ultrathin cunductive layers (lt;10nm) by ALD (Atomic Layer Deposition)for électrodes use(resistivity lt;mOhm)of high density ionic capacitors fabricated on 3D complex structures (high aspect ratio 1:100). The preliminary effort will be focused on the deep analysis and the impact of interface formation between ionic layers and subseqquent electrode layers. One...

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  • phD Reducing damage and loading in high aspect ratio III-V etching

    The growing demand for III-V semiconductors in high-efficiency photovoltaics, quantum photonics, and advanced imaging technologies requires innovative and cost-effective fabrication methods. This PhD project focuses on developing plasma etching processes for In-based III-V semiconductors to produce high aspect ratio (HAR) structures on large wafers from 100 to 300 mm. The research addresses two key challenges:...

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  • phD Next-Gen Surface Analysis for Ultrathin Functional Materials

    Advanced nanoelectronics and quantum devices rely on ultrathin oxides and engineered interfaces whose chemical composition, stoichiometry and thickness must be controlled with sub-nanometer precision. LETI is installing the first 300-mm multi-energy XPS–HAXPES tool with angle-resolved capability, enabling quasi in situ chemical metrology from deposition to characterization. This PhD will develop quantitative, multi-energy and angle-resolved XPS/HAXPES...

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  • Fixed term contract Ingénieur contamination sur des prototypes en Salles Blanches H/F

    Nous rejoindre pourquoi faire? La ligne pilote FAMES est destinée à la fabrication de produits semiconducteurs avancés, garantissant la souveraineté de la France et de l’Europe dans ce domaine. Vous serez intégré(e) à une équipe de recherche et de développement au sein du LLAM, ayant pour but de comprendre les vecteurs de dissémination de la...

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  • Permanent contract Adjoint au chef de laboratoire H/F

    En tant qu’adjoint au chef de laboratoire, vous le secondez dans la gestion opérationnelle d'une équipe d'une cinquantaine de collaborateurs. Vous Assurez le suivi du montage et de l'avancement des programmes, Participez à la gestion des moyens humains, techniques et financiers du laboratoire, Coordonnez les actions confiées, Arbitrez les lancements de lots et les priorités en...

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  • phD Study of Failure Modes and Mechanisms in RF Switches Based on Phase-Change Materials

    Switches based on phase change materials (PCM) demonstrate excellent RF performance (FOM lt;10fs) and can be co-integrated into the BEOL of CMOS processes. However, their reliability is still very little studied today. Failure modes such as heater breakage, segregation, or the appearance of cavities in the material are shown during endurance tests, but the mechanisms...

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  • PostDoc Superconducting BEOL integration for upcoming quantum devices

    Controlling and manipulating quantum information using advanced nanoelectronic technologies represents a major challenge currently undertaken by CEA-LETI and its partners. A key objective of this project is to achieve the integration of quantum devices within Fully Depleted Silicon-On-Insulator (FD-SOI) technology on a 300 mm platform. The success of this integration critically depends on the development...

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  • phD Integration of security functions for imagers: encryption, watermarking using compact functions close to the sensor

    Illicit uses of images have dramatically risen with deepfake content manipulation or unauthorized access. Securing images at their source i.e., at the image sensor level, is key to addressing the challenges of this field of cybersecurity. The quot;trusted imagersquot; concept addresses the need to ensure image security, authentication, and encryption starting at the point of...

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  • phD Selective deposition of oxides by ALD

    For next-generation microelectronics, Area Selective Deposition (ASD)is a promising approach to simplify integration schemes for the most advanced technology nodes. These ASD approaches need to be adapted according to a trio comprising the material to be deposited, the growth surface, and the inhibited surface. This PhD focuses on the area selective deposition of oxides (such...

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  • phD Dies to wafer direct bonding: from physical mechanisms to the development of thin stackable dies

    Direct dies-to-wafer bonding has become, in recent years, a major development axis in microelectronics and at the heart of many LETI projects, both in silicon photonics and for 3D applications involving hybrid bonding. Due to their small size, die bonding allows the study of direct bonding edge effects and the implementation of new direct bonding...

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  • phD High-Endurance Chalcogenide Memories for Next-Generation AI

    Discover a unique phd opportunity where you will dive into the heart of innovation in memory technologies. You will develop strong expertise in areas such as electrical characterization and the understanding of degradation phenomena in chalcogenide-based memories. By joining our multidisciplinary teams, you will play a key role in studying and improving the endurance of...

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  • Fixed term contract CDD - Ingénieur R&D process intégration en microélectronique H/F

    Au sein du CEA-LETI, le laboratoire des transistors avancés (LTA) regroupe une trentaine d'ingénieurs chercheurs, techniciens, doctorants, post doc, alternants qui travaillent sur les transistors du futur à la fois économes en énergie et plus puissants. Nous innovons sur toutes les briques technologiques et participons ainsi à la fois aux transitions énergétique et numérique, tout...

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  • phD Advanced SOI technologies: Design, Integration amp; Electrical characterization

    Join CEA-Leti to develop a technological module (localized ground plane) for various applications (EU FDSOI, RF devices, ultra-miniaturized pixels, cryo-RF and quantum). This PhD topic is challenging since you will design step by step a specific module and test it electrically. Our team will support you technically and scientifically to conduct this work. Some data...

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  • phD Reliability and dynamic properties of GaN high electron mobility transistors : backbarrier and substrate type impact

    The rapid expansion of AI and cloud computing has placed unprecedented demands on data center infrastructure, where energy efficiency is now a defining constraint. Despite their potential, many power systems still rely on silicon-based devices, which suffer from inherent efficiency limitations that result in significant energy losses. GaN HEMTs, with their superior electron mobility and...

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  • phD New generation of 3D ferroelectric memories (FeRAM) with fully BEOL-integrated 1T-1C bitcells

    Ferroelectric memories of the FeRAM 1T-1C type based on HZO have the potential to replace the last levels of Cache. CEA-Leti is at the state of the art in this field at the 22nm node [1], with 1T-1C bitcells already denser than those of SRAM. In this approach, the selection transistor (1T) is a front-end...

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  • phD Topologically Isolated Mode Acoustic Resonators

    Timing is a key function in electronic circuits. Beyond on-chip signals synchronization, it also allows the synchronization of wireless data transmissions. Accurate time references require stable frequency sources, which also benefit to sensor applications. The gold standard for time or frequency generation is still quartz resonators, which are however bulky and difficult to miniaturize. Research...

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  • phD CdTe for medical radiography; control of electrical properties

    The use of direct-conversion detectors in medical radiography opens up new possibilities. Due to its properties, the semiconductor material CdTe has emerged as the material of choice for manufacturing these new components. The proposed thesis topic aims to develop the knowledge and processes necessary to produce CdTe crystals with properties tailored to specific application requirements....

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  • phD Electrical characterization and optimization of III-V HBT on Si for 6G and datacom applications

    As digital content demand surges, 6G systems face major challenges, particularly in developing power amplifiers for Sub-THz frequencies. These frequencies promise ultra-high data rates but push the limits of current silicon technology. In AI datacenters, optical communication between GPUs is a must to reduce the total energy usage, compared to classical wiring. The highest speed...

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  • phD Sustainable development of digital circuits and systems: Taking planetary boundaries into account

    Technological developments in the electronics sector are experiencing rapid growth, accompanied by increasing interest in accounting for their environmental impacts. However, current approaches remain largely focused on relative impact reductions (energy efficiency, resource optimization), without ensuring compatibility with planetary boundaries. In this context, the concept of absolute sustainability emerges as an essential framework for guiding...

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  • phD Growth of 2D Ferromagnetic Chalcogenide Materials for Spintronics

    Chalcogenide materials, particularly Ge-Sb-Te (GST) alloys, are essential for phase-change memory (PCMs). Although high-performance, these memories consume a great deal of energy, which is driving the search for alternative solutions. GST alloys offer unique opportunities in the field of spin-orbitronics as spin-charge conversion materials or as sources of spin-polarized current. Two-dimensional ferromagnetic alloys such as...

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  • phD An electrochemical flow microreactor for a greener synthesis of gold nanoparticles

    Gold nanoparticles (AuNPs) possess unique electronic, photonic, and chemical properties of invaluable interest in a variety of medical and technological applications. They are typically produced by controlled chemical precipitation from a salt solution to achieve the precise size control critical for most applications. Continuous flow microreactors, which efficiently mix the salt solution and the reducing...

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  • phD Growth of Inorganic Halide Perovskite 2D/3D Heterostructures via Pulsed Laser Deposition (PLD) for Optoelectronics and Photovoltaics

    Halide perovskites (HPs) have demonstrated exceptional potential in photovoltaics (PV), achieving record efficiencies (35% in silicon-based tandem cells). However, their limited stability (degradation under humidity, heat, or light) and scalability challenges (efficiency loss at large scale) hinder industrial adoption. Concurrently, in microLED applications, HPs are emerging as a promising alternative to quantum dots (QDs) for...

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  • phD Junction defect characterization of low therMal Budget SOI MoSFET

    Join CEA-Leti and CROMA to analyze in depth junctions of a new technology. Indeed, our transistors are fabricated under restricted thermal budget for 3D sequential integration, making dopants activation very challenging! Our team will support you technically and scientifically to conduct this work. Some data are already available and waiting for your analysis. During this...

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  • phD New methodologies for analyzing the impact of crystal defects on the electrical performance of SiC power devices

    In our past studies on SiC power devices, the analysis of electrical performances on diodes [1] (idem for future MOSFETs) must take into account the impact of materialapos;s defects at the epitaxy and substrate level. Initially, the thesis work will consist of setting up tools dedicated to our needs in the SiC team. The specifications...

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  • phD Energy-minimizing associative neural networks using resistive memories

    This PhD project aims to develop Hopfield-type associative neural networks that perform inference through energy-minimizing dynamics. The goal is to exploit these dynamics for image denoising and reconstruction close to the sensor, under strict energy and latency constraints. The network synapses will be implemented in ReRAM crossbar arrays, enabling analog in-memory matrix-vector operations. The work...

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  • phD How defects nucleation affects the the fracture on the SmartCut process

    The SmartCut™ technology is widely used in microelectronics for the fabrication of innovative substrates, such as SOI (Silicon-on-Insulator). The physical phenomena underlying SmartCut™ technology remain one of principal interest of our research. Optimizing the fracture stage is a major focus in our laboratory and in our collaboration with Soitec. Salomonapos;s PhD thesis (expected completion December...

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  • Fixed term contract Ingénieur Métrologie SEM et Modélisation de la Lithographie H/F

    Nous vous invitons à participer au défi de la transformation numérique : augmenter les performances des composants de micro-électronique tout en réduisant leur consommation d’énergie. Ces technologies innovantes nécessitent la réalisation par photolithographie de structures de plus en plus fines et complexes. Cela nous impose de disposer de modèles de lithographie prédictifs.  Vos principales missions...

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  • Fixed term contract Ingénieur-Chercheur Techniques Numériques et Expérimentales pour la Lithographie H/F

    Au sein du LETI, nous sommes une équipe pluridisciplinaire d’une quinzaine de personnes spécialisées dans les solutions numériques au service de la lithographie optique, ainsi que sur la métrologie et les logiciels associés. Notre méthode de travail collaborative et agile nous permet de partager nos connaissances et savoir-faire afin de les développer puis de les...

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  • Permanent contract Chef(fe) de Laboratoire Gestion et Mesure de la Contamination H/F

    Responsable d’un Laboratoire d’environ 20 collaborateurs, vous aurez pour mission de construire et décliner la vision et l’ambition de votre unité. En proximité avec le Chef de Service, et en collaboration avec le Département en charge du développement de procédés, modules et briques d'intégration. (Dpt B) vous êtes en charge de la Gestion et de...

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  • Permanent contract Chef(fe) de laboratoire caractérisation matériaux H/F

    En tant que responsable, vous encadrez le personnel en charge des analyses optiques et rayons X, de propriétés électriques et des mesures dimensionnelles (CDSEM, Overlay, Scattérométrie, diffusion des Rayons X au petits angles) qu'elles soient en salle blanche sur la PFS (Plateforme Semiconducteurs) ou sur la PFNC (Plateforme de Nanocaractérisation). Votre rôle consiste à manager...

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  • Permanent contract Chef(fe) de laboratoire des dépôts Diélectriques et Chalcogénures

    Rattaché(e) au Chef de Service des Matériaux et Procédés, vous managerez un laboratoire composé d’une vingtaine de collaborateurs. Votre mission sera de définir et de mettre en œuvre la vision et les ambitions de votre unité. En étroite collaboration avec le Chef de Service, vous serez également chargé(e) de développer de nouveaux matériaux qui seront...

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  • Fixed term contract Materials and device characterization by SIMS

    You will join the team of SIMS analysts in the surface and interface analysis laboratory at the CEA-Leti in Grenoble. You will be responsible for SIMS analysis on materials and devices from the technology development teams at the CEA-Leti. The following mission · Interface with device and process engineers to understand the analytical question and...

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  • Work-study contract Ingénieur(e) validation applicative Grand Gap en Electronique de Puissance H/F

    Au sein de l'antenne de Toulouse, le Laboratoire Electronique de puissance mène des projets applicatifs en lien avec ses partenaires industriels et la base arrière du CEA Grenoble. En particulier, les projets incluent le développement de moyens et de méthodologies de tests adaptés et pertinents mettant en œuvre des composants à base de semi-conducteurs grand...

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  • Work-study contract Standardisation du format et de l'analyse des données de diffraction des rayons X H/F

    La Direction de la Recherche Technologique, qui sommes-nous ? Plus de 4.000 personnes investies dans les enjeux sociétaux ! Avec sa Direction de la Recherche Technologique (DRT), le CEA agit comme un accélérateur d'innovation au service de l'industrie pour tous les secteurs d'activités, répondant ainsi aux enjeux liés à notre santé, notre sécurité, nos technologies...

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  • phD Development of ultra-high-resolution magnetic microcalorimeters for isotopic analysis of actinides by X-ray and gamma-ray spectrometry

    The PhD project focuses on the development of ultra-high-resolution magnetic microcalorimeters (MMCs) to improve the isotopic analysis of actinides (uranium, plutonium) by X- and gamma-ray spectrometry around 100 keV. This type of analysis, which is essential for the nuclear fuel cycle and non-proliferation efforts, traditionally relies on HPGe detectors, whose limited energy resolution constrains measurement...

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  • phD Sharper Structural Insight in Nanoelectronics with Dark-Field X-Ray Microscopy

    Dark-field X-ray microscopy (DFXM) is an emerging, non-destructive synchrotron technique capable of imaging strain and crystalline defects with 30–100 nm resolution over large fields of view. Recent upgrades at the ESRF and the ID03 beamline have increased X-ray intensity by two orders of magnitude, enabling investigation of the most challenging nanoscale structures produced in cleanroom...

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  • Permanent contract Chef de Laboratoire posté H/F

    Responsable d’un Laboratoire d’environ 25 collaborateurs, vous aurez pour mission de construire et décliner la vision et l’ambition de votre unité. Ce laboratoire regroupe des collaborateurs en horaire posté équipe jour alterné (5H00- 13H15 / 13H00- 21h15) pour assurer une couverture optimale des moyens de la salle blanche 200 et 300mm du LETI et également...

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  • Fixed term contract Correspondant administratif projets institutionnels H/F

    L’expertise pluridisciplinaire nécessaire au développement de l’informatique quantique va bien au-delà des capacités d’un seul et unique organisme, même pour un organisme accueillant autant de diversité que le CEA. En effet, un éventail particulièrement large de disciplines entre en jeu, des mathématiques à la physique en passant par l’informatique, la cryogénie, la science des matériaux...

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  • Permanent contract Chef(fe) de laboratoire Epitaxie et TTH

    Rattaché(e) au Chef de Service Expertise des Procédés , vous managerez un laboratoire composé d’une trentaine de collaborateurs. Votre mission sera de manager, définir et de mettre en œuvre la vision et les ambitions de votre unité. Vous travaillerez en cohérence avec l’activité de l'ensemble des laboratoires du service en particulier les autres laboratoires de la...

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  • Fixed term contract Chef de projet technique III-V H/F

    Au sein du Leti, nous sommes une équipe d'une trentaine d'ingénieurs, chercheurs, techniciens, doctorants, alternants, qui menons des recherches pour inventer des nouveaux concepts de substrats améliorés, basés sur les technologies de transfert de couches minces. Notre positionnement R&D nous amène à réaliser des preuves de concepts technologiques, c'est à dire conceptualiser un objet puis...

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  • Fixed term contract Ingénieur Caractérisation Electrique de composants pour la Puissance (GaN et SiC) H/F

    Le marché des composants de puissance à base de Nitrure de Gallium (GaN) et de Carbure de Silicium (SiC) est en pleine croissance. Le CEA Leti est fortement impliqué dans le développement des futures générations de ces types de composants en supportant des acteurs industriels majeurs du domaine dans la mise en place de lignes...

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  • Work-study contract Transfert de procédés de gravure humide pour les nœuds technologiques avancés H/F

    Dans le cadre du projet FAMES et des développements du CEA-LETI sur la miniaturisation des puces microélectroniques FD-SOI, de nombreux développements technologiques sont réalisés. Afin de répondre aux besoins en termes de nettoyage et de gravure humide pour les nœuds technologiques avancés, de nouveaux équipements de traitement WET ont été achetés et installés en salle...

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