8 jobs voor semiconductor gevonden

Als PVD Process Team Leader krijg je heel wat verantwoordelijkheden:. Leiding geven aan het PVD Process Engineering (PVDPE) team bestaande uit momenteel 9 Process Engineers Aansturen van het team binnen de FAB Engineering Department, met rapportering aan de DD (Deposition and Diffusion) group manager Verantwoordelijkheid dragen voor het beheer en de kwaliteitsborging van alle PVD-processen in zowel 200 mm als 300 mm cleanrooms Ondersteunen van geavanceerd wetenschappelijk onderzoek door stabiele, kwalitatieve en performante PVD-processen te garanderen Voorbereiden en begeleiden van de groei van het PVD-team in functie van de uitbreiding van de 300 mm cleanroom Instaan voor de dagelijkse en langetermijnplanning van het team, met voldoende en evenwichtige engineering coverage over shifts, tools en disciplines Waken over de veiligheid en het welzijn van alle teamleden Stimuleren van verbeteringen op vlak van volume, cyclustijd en kwaliteit, en realiseren van de vooropgestelde KPI’s Zorgen voor opleiding en training van teamleden zodat zij hun functie efficiënt en effectief kunnen uitvoeren Vertegenwoordigen van het PVDPE-team in interdepartementale overlegmomenten en projectteams

Join the Silicon Photonics team at imec R&D headquarters located in the heart of Europe and help to debug and industrialise the next generation of integrated Silicon Photonics chips as the Technical Lead Integration and Industrialisation Expert What you will do. Your mission as the Technical Lead Integration Expert in the Silicon Photonics Industrialisation team will be to debug and industrialise process flows for Silicon Photonics devices to enable new devices and functionality for our customers As a member of the Silicon Photonics Industrialisation team, you are responsible for a streamlined project execution by interacting with your colleagues from device design, characterization, process development, metrology and defectivity. You will be responsible for defining experiments and process splits in the process flows and managing development activities with out-sourced fabrication facilities You will follow-up on the processing of test material, collect and analyze performance data. You report results both internally as well as to customers You report directly to the Director of the Product Industrialisation and Delivery (PID) department You will interact with the program managers, program directors and to your customers Good communication and interaction within the Silicon Photonics Technology department as well as with the Fab operations unit, is a major requirement for this job You will represent imec in contacts with third parties and representatives for semiconductor players from around the globe for matters that relate to your field of competence You need to stay on top of the state of the art within your competence domain and benchmark imec's solutions, and keep your level of scientific know-how up to date and benchmarks imec's expertise and performance in your competence domain with the rest of the world You will operate from imec HQ located close to Brussels in the heart of Europe.

Consult regularly with Chief Business Development Officer regarding sales forecast Responsibilities. Reach out to potential new customers via mailings, dedicated meetings, telephone calls and company presentations.

Pathfinding research on these advanced technologies requires precise modeling at different abstraction levels. Optimizing of advanced technologies and devices requires a deep understanding of both design and technology aspects In this position, you will be part of the imec department, leading pathfinding of next generations semiconductor technologies, modeling and innovating with the most advanced CMOS devices and systems, in logic and memory technologies As Design Technology Co Optimization (DTCO) Researcher, you will be part of the Technology Research, Assessment, and Co optimization Exploration (TRACE) team.

Various devices, such as Ovonic threshold switches (OTS) and Schottky diodes, have been investigated for this function In this role, you will:. Evaluate potential selector concepts using technology computer aided design (TCAD) simulations, compact modeling, and array level performance assessment Collaborate closely with device engineering and cross technology co optimization (XTCO) teams to align memory device design with broader system level requirements across logic, memory, and integration challenges.

At imec we are advancing and expanding our photonic platform offerings, supporting a broad range of applications, and you have the opportunity to play a key role in these developments In this role, you will develop, validate, and maintain Process Design Kits (PDKs) that accurately represent imec silicon photonic technologies in EDA environments. You will collaborate closely with integration and design expert teams to ensure seamless integration of exciting new technology into design workflows. As such, this role requires a combination of technical expertise and excellent communication skills What you will do. Develop and maintain PDKs: technology files, layer definitions, design rules, DRC/LVS decks, parameterized cells (PCells), and PDK handbook Ensure PDK compatibility with major EDA platforms (Cadence, Synopsys, Mentor, etc.) Automate PDK deployment and version control using Git Work with process engineers to translate technology into design rules and models Provide support and training to design teams on PDK usage Incorporate best practices and optimize PDK for usability and scalability Contribute to release documentation, version control, and continuous improvement of PDK-delivery flows.

Our process engineers maintain the processes, develop backup processes and perform process optimizations Installation Technical Excellence (ITE). The ITE team, being part of the Fab Engineering Department (FABENG), is dedicated to ensuring that new tools are installed efficiently and safely, minimizing delays and disruptions.

Research next generation supercomputer hardware for AI/HPC applications What you will do. You will investigate software hardware codesign innovations for next gen artificial intelligence and high performance computing systems The Compute System Architecture Unit (CSA) at imec is researching next generation large scale heterogeneous computer architectures.