Experience
| Role | Description |
|---|---|
| Functional Administrator Cultural Heritage Agency of the Netherlands (RCE) |
Support users in setting up and managing thesauri, resolving issues, and contributing to practical solutions for data quality challenges—both internally and for end users—by translating insights from monitoring into improvements for the underlying thesaurus infrastructure.
|
| Informatie Analist Dutch Digital Heritage Network |
At the Dutch Digital Heritage Network, I mapped the application architecture of various projects that implement linked open data on their websites and analyzed which components could be used within the NDE architecture. The project's main focus was to investigate how these components align with the Digital Heritage Reference Architecture (DERA) and support its further development.
|
| I-trainee Data Modeler Linked Open Data Cultural Heritage Agency of the Netherlands (RCE), Department of Data Management and Information Services |
At the Cultural Heritage Agency I worked within the Linked Data Information Services team on various projects involving different stakeholders. My role included:
|
| Data Analist/Data Scientist The Custodial Institutions Agency |
At the Custodial Institutions Agency (DJI), I worked on analyzing and monitoring the capacity of prisons and immigration detention centers. My key responsibilities included:
|
| MSc Intern / Researcher Faculty of Science Bacterial Cell Biology, Swammerdam Institute for Life Sciences University of Amsterdam |
Thesis internship for the development and testing of a pH-sensitive ratiometric superfolder-pHluorin expressed in E.coli. The superfolder-pHluorin was created with the purpose to visualize, measure, and quantify its ratiometric properties in relation to change in pH and correlate its effect on microbial metabolism. My work included bacterial cloning and transformation of mutant strains with pHluorin and superfolder pHluorin expressed in different cellular locations. Confirmation of mutants by polymerase chain reaction (PCR) and analysis of DNA sequencing results. This was followed by the visualization of superfolder pHluorin expression with fluorescence microscopy; the construction of a calibration curve with a fluorometer; making ratiometric measures and calculations from fluorescence microscopy images and performing data analysis on the raw data with R, SPSS and GraphPad Prism. |