Logo The Max Planck Society

Scientific Programmer High-Performance Computing and Software Engineering

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Job

  • Level
    Erfahren
  • Job Feld
    IT, Application, DevOps
  • Anstellung
    Vollzeit
  • Vertragsart
    Befristetes Dienstverhältnis
  • Ort
    Bremen
  • Arbeitsmodell
    Onsite
  • Job Zusammenfassung

    In diesem Job entwickelst du einen hochmodernen Modellrahmen für biogeochemische Prozesse im Ozean, optimierst Code für heterogene CPU/GPU-Systeme und arbeitest eng mit Wissenschaftlern zusammen, um innovative Modellierungen voranzutreiben.

    Job Technologien

    Deine Rolle im Team

    • The department investigates the dynamics of the ocean carbon cycle, its variability and predictability, and its role in the Earth system through climate-carbon cycle feedbacks operating across timescales from days to millennia.
    • A central objective is to improve the representation of marine carbon, nutrient cycling and microbial processes in Earth System Models while increasing spatial model resolution to capture key physical and biogeochemical dynamics in the ocean.
    • To support this mission, we are seeking different Scientific Programmers (m/f/d) to drive the next generation of ocean biogeochemical modelling in Earth System Models.
    • The successful candidates will contribute to the development, integration, and performance optimization of a state-of-the-art modelling framework, enabling increasingly sophisticated representations of marine biogeochemical processes and unprecedented high-resolution numerical experimentation.
    • Together, they will help ensure that the modelling infrastructure combines scientific excellence with cutting-edge software engineering, delivering robust, efficient, and scalable performance on current and future exascale computing platforms.
    • The successful candidate will help ensure that the modelling framework of the HAMburg Ocean Carbon Cycle model (HAMOCC) which is part of the ICON Earth system modeling framework remains technologically advanced and capable of efficiently exploiting emerging HPC architectures.
    • Emphasis will be placed on heterogeneous computing and the optimal use of CPU and GPU resources to maximize model performance, scalability, and portability.
    • A particular focus of the position will be a dedicated project to prepare, optimize, and benchmark the code for deployment on heterogeneous CPU/GPU systems, ensuring efficient performance and supporting the transition to next-generation HPC infrastructure.
    • The role involves close interactions with researchers, research students and model developers to translate scientific advances into reliable and maintainable model code.
    • The successful candidate will also have the opportunity to contribute to peer-reviewed publications and present research outcomes at scientific conferences.

    Unsere Erwartungen an dich

    Ausbildung

    • Degree in computer science, computational science, applied mathematics, or a related field.

    Qualifikationen

    • Strong knowledge of HPC programming (Fortran and C/C++) and performance optimization.
    • Knowledge of parallel programming paradigms such as MPI, OpenMP, OpenACC or equivalent technologies.
    • Strong knowledge of software engineering best practices, including Git.
    • Fluent in English, with solid scientific writing skills and a strong interest in working collaboratively within an international and interdisciplinary team.

    Erfahrung

    • Experience with numerical modelling and analysis and handling of large simulation datasets.
    • Experience with large-scale scientific software projects, including software testing and debugging, code review workflows.

    Unser Angebot

    • This position is initially offered for three years.
    • Continuation beyond the initial term is intended, subject to satisfactory performance, applicable legal requirements, and the availability of funding.
    • We offer a position in an international science environment.
    • You can expect a multifaceted job with challenging tasks in an exciting, academic work environment.
    • You will have a high degree of autonomy and creative freedom, and we will promote your further education, e.g. within the framework of external courses and certifications.
    • The compatibility of private life, family and career are important components of our personnel policy.
    • You will be paid according to the collective agreement for the public service (TVöD Bund).
    • Allowances are possible depending on qualifications and areas of responsibility.

    Themen mit denen du dich im Job beschäftigst

    Job Standorte

    • Standort Bremen

      Bremen

      Deutschland

    Das ist dein Arbeitgeber

    The Max Planck Society

    The Max Planck Society

    Die Max-Planck-Gesellschaft ist die erfolgreichste Forschungsorganisation Deutschlands. Seit ihrer Gründung 1948 fanden sich alleine 18 Nobelpreisträgerinnen und Nobelpreisträger in den Reihen ihrer Forschenden. Damit ist sie auf Augenhöhe mit den weltweit besten und angesehensten Forschungsinstitutionen. Die mehr als 15.000 Publikationen jedes Jahr in interna­tional renommierten Fachzeitschriften sind Beleg für die hervorragende Forschungsar­beit an Max-Planck-Instituten – viele Artikel davon dürfen sich zu den meist zitiertest Publikationem in ihrem jeweiligen Fachgebiet zählen.

    Description

  • Unternehmenstyp
    Etablierte Firma
  • Arbeitsmodell
    Onsite
  • Branche
    Wissenschaft, Forschung
  • Logo The Max Planck Society

    Scientific Programmer High-Performance Computing and Software Engineering

    Ort
    Bremen
    Arbeitsmodell
    Onsite
    Diversität
    Für alle Personen geeignet (m/w/d)
    Nur Englisch
    Nur Englisch erforderlich

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