This training material supports effective data management in PARC projects, focusing on the development and continuous updating of Data Management Plans (DMPs). It addresses ethical and regulatory requirements, data protection, and collaborative workflows to ensure data quality, long-term value, and reuse in line with FAIR principles.

An overview of in silico approaches in PARC, highlighting VEGA software and integrated platforms for assessing chemical properties aligned with SSbD principles.

Discover insights into nanomaterials' human and environmental toxicology, as well as of emissions and exposure in all stages of the lifecycle of a nanomaterial. This research supports Safe(r)-and-sustainable-by-design approaches in developing and producing novel materials.

Focused on occupational safety, this report explores training needs for workers handling nanomaterials and advanced materials. It includes insights from stakeholder consultations and outlines guidelines for harmonized risk management training across Europe.

An educational resource offering scientific insights and practical examples on human biomonitoring to support chemical risk assessment and public health decision-making.

Focused on the Safe(r) and Sustainable Innovation Approach (SSIA), this resource explores the integration of safety and sustainability into material design, regulatory anticipation, and collaborative knowledge-sharing frameworks to keep pace with rapid material innovation.

This information map provides an overview of "Safe and Sustainable by Design" (SSbD) for companies developing chemicals and materials. Based on expert input, it includes guidance on SSbD principles and practical tips to help businesses integrate sustainability into their operations.

This handbook provides a comprehensive guide to nanosafety, with sections on data management, nanoinformatics, and emerging topics. Included is a detailed subsection on Safe-and-Sustainable-by-Design (SSbD), addressing the framework for safety and sustainability in material innovation.

Explore educational resources on this website to learn about safety in biotechnology and the Safe-by-Design (SbD) approach. Materials are adaptable for use in academic, research, and project contexts, aiding students and researchers in applying SbD principles.

This webpage features Safe-by-Design educational materials developed by RIVM. Resources include an English-language course, serious games, and domain-specific tools for integrating safety into innovation processes. Materials are suitable for curricula or independent use by students and professionals.