Amrapali Zaveri (1984-2020) was a postdoctoral researcher at the Institute of Data Science. Amrapali’s pioneering research focused on exploring ‘the optimal combination of humans and machines towards data quality assessment’. 

She believed that we can expand the store of valuable knowledge by learning from artificial intelligence, but that humans are needed ‘in the loop’ to make sure that machine models are fed accurate, reliable, and reproducible data. Her research was destined to have a wide impact on health care research, industry, and developments in machine learning. 

Amrapali was also a strong advocate for diversity in the field of data science, as shown by her initiative to organize the first Women in Data Science event at Maastricht University in 2020. 

 

The Amrapali Zaveri Award (AZA) 2025

The Amrapali Zaveri Award aims to recognize scholars for their contributions to the field of data science.  This year (2025) we will present only 1 award: The Amrapali Zaveri Award for Early Career Data Scientist (for Ph.D. students and Postdocs)

Nominations for the  Amrapali Zaveri Award for Data Science will be assessed by the awards committee, according to the candidate’s contributions to education, mentorship, research, advocacy, and/or community building. Additional consideration will be given to the candidate’s contributions to advancing the engagement of underrepresented minorities in data science.

Nominations

Nominate an Early Career Data Scientist
Do you know an early career researcher who inspired you and is a real ambassador for data science? Nominate a Ph.D. student or postdoctoral researcher by filling in this form.  The deadline is Friday, 30th May 2025.

AZAward 2025 Final Flyer

Winners AZ Awards 2024

Last year's winners of the Amrapali Zaveri Awards were Meike Thijsen (Future Data Scientist) and Denise Slenter (Early Career Data Scientist). Congratulations!

Coordination

This year, the Amrapali Zaveri Awards for Data Science are coordinated by Anna Schüth and Bernice Breuer. The prize is partially funded by Aspasia-NWO (Grant 91716421).

Transforming full compensation: a model legislative proposal and guidelines for pain and suffering damages

  • Law

The EU-funded project FullCompensation aims to make the compensation of pain and suffering damages more equitable and efficient. To this end, the project led to the development of a model legislative proposal and guidelines, based on comparative and empirical evidence. These documents are intended as a source of inspiration for EU Member States and adjudicators that are considering reforming or establishing their own systems for the quantification of pain and suffering awards.

damages

Legal redress for victims of UN soldiers

  • UM in the press

“Wie als slachtoffer zijn recht zoekt, verdwaalt gemakkelijk in juristerij en een wereld waarin veel

"Accountability for Human Rights Violations by UN Peacekeepers: A Legal and Theoretical Perspective"

UM Education Days 2023 recap and save the dates for 2024

  • UM news

We are delighted to share the highlights of UM Education Days 2023 through our dedicated recap page, including a beautiful video impressi

UM Education Days puzzle piece

The EU-GEI project (EUropean network of national schizophrenia networks studying Gene-Environment Interactions) has aimed to identify, over a 5-year period, the interactive genetic, clinical and environmental determinants, involved in the development, severity and outcome of schizophrenia. The partners in EU-GEI represent the nationally funded schizophrenia / mental health networks of the UK, Netherlands, France, Spain, Turkey and Germany, as well as other research institutes and a number of SME’s in Austria, Belgium, Ireland, Italy, Switzerland, and outside the EU in Hong Kong/China and Australia.

The project started on May 1, 2010 and ran until May 1, 2015.

About the project

In order to identify (the interactions between) the genetic, clinical and environmental determinants, EU-GEI have employed family-based, multidisciplinary study paradigms, which allowed for efficient assessment of gene-environment interactions.

The translation of the results to the clinical practice have been facilitated by additional experimental research and by risk assessment bioinformatics research. This has enabled (i) the identification of modifiable biological and cognitive pathways and mechanisms and (ii) the construction of Risk Assessment Charts and Momentary Assessment Technology tools.  These tools contributed to the early prediction of (i) transition to psychotic disorder in (at-risk) help-seeking individuals, (ii) diagnosis and (iii) monitoring of outcomes.

EU-GEI will additionally include a user-led PhD project, and aims to impact on mental health and societal issues as called for in the European Parliament Resolution on Mental Health in Europe (INI/2006/2058 – see B3, impact).
 
Maastricht University (MUMC) coordinated the project. Project Coordinator was Professor Jim van Os, Director of clinical research in MHeNs, the research School Mental Health and Neuroscience at MUMC and head of the research line of Psychiatric Ecogenetics, or gene-environment interactions (GxE).

If you want to request the instructional videos from the old eu-gei site you can ask Bea Campforts to send you the required videos.