Institution ALBA is the Spanish synchrotron light source, a large research infrastructure operating ten beamlines, complementary facilities, and an Electron Microscopy Center, this last in partnership with other institutions. Currently constructing multiple more beamlines, expanding the Electron Microscopy Center, and integrating advanced data analytics, it sums up a wide range of infrastructures geared toward finding solutions to societal challenges. ALBA is the Spanish synchrotron light source, a large research infrastructure operating ten beamlines, complementary facilities, and an Electron Microscopy Center, this last in partnership with other institutions. Currently constructing multiple more beamlines, expanding the Electron Microscopy Center, and integrating advanced data analytics, it sums up a wide range of infrastructures geared toward finding solutions to societal challenges. Located in Cerdanyola del Vallès (Barcelona, Catalonia, Spain), it is funded by the Spanish Government (Ministerio de Ciencia e Innovación) and the Catalan Government (Generalitat de Catalunya, Departament de Recerca i Universitats). The synchrotron light produced by 3 GeV electrons is used by thousands of researchers to analyse and understand the properties and functionality of matter, spanning a wide variety of fields, such as catalytic research, health, energy production/storage, environmental research, communication technologies, or cultural heritage. Our highly motivated staff works in a multidisciplinary work environment with an atmosphere formed by lived diversity, inclusion and respect for our colleagues. One of the goals of our gender equality plan is to reach parity within the Consortium’s different divisions and offices, and several actions have been taken to encourage applications from women mostly in scientific,



engineer and technical job positions. Located close to Barcelona in a natural park and well connected by car and public transportation, with excellent connectivity to the world and an employer who understands the importance of life-work balance. Facing an upgrade to ALBA II, a 4th generation facility, which will increase dramatically brightness and coherent flux, ALBA is in a phase of growth and dynamics. Being a part of the ALBA team will promote your career and will give you the opportunities to explore new territories. For more information, you can take a look on our history watching this video: Tasks The Methodology Group at ALBA develops the scientific methodologies, algorithms and software needed to process and analyse large and heterogeneous datasets, supporting academic and industrial users in tackling complex scientific problems. This postdoctoral position is dedicated to the scientific data analysis activities of the IMAGiC project, with a strong focus on extracting materials-science insight from multimodal X-ray and electron datasets. The position is framed within the project Innovación en fabricación aditiva de metales para afrontar los nuevos retos del GigaCasting (IMAGiC), ref. CPP2024-011400, funded by MICIU/AEI.



The project investigates additive manufacturing of metals for GigaCasting applications; ALBA leads the in-situ high-energy X-ray diffraction analysis and the development of data analysis tools for the resulting datasets, in collaboration with the other entities in the project consortium (ROVALMA, CENIM-CSIC and EURECAT). The selected person will report to the Head of the Methodology Group and will work in close synergy with beamline scientists, the Joint Electron Microscopy Center at ALBA (JEMCA), the Computing Division, the Industrial Office, with the project partners and with external partners as required. The role emphasis is on the development and implementation of a data analysis workflow optimal for the physical and materials-science interpretation of the data, supported by modern data-analysis, AI/ML and software methods. Specifically, The Responsibilities Will Include Analysing and interpreting multimodal experimental data from the IMAGiC campaigns, combining in-situ high-energy X-ray diffraction with complementary X-ray absorption spectroscopy, computed tomography and 4D-STEM, to characterise phases, microstructure, chemical composition and their evolution under processing conditions. Developing and applying data-analysis methods and scientific software (in Python or equivalent) for the reduction, processing and quantitative analysis of these datasets, including data-driven and machine-learning approaches (e.g. decomposition, classification, regression) to detect and quantify subtle structural and chemical changes. Contributing to the design and validation of reusable, reproducible analysis pipelines for the project data utilizing ALBA's and its partners resources and following FAIR principles. Correlating the experimental results with the manufacturing and processing parameters of the study, and with theoretical or simulation-based data where relevant, to supp

📌 IMAGiC Data Analysis Workflows Scientist (Sardañola del Vallés)
🏢 ALBA Synchrotron
📍 Sardañola del Vallés