BEGIN:VCALENDAR VERSION:2.0 PRODID:www.eu-parc.eu BEGIN:VEVENT UID:69f3b17d7ea15 DTSTART;VALUE=DATE:20260803 SEQUENCE:0 TRANSP:OPAQUE DTEND;VALUE=DATE:20260804 SUMMARY:Assessing Human and Ecosystem Impacts with the USEtox Model CLASS:PUBLIC DESCRIPTION:The course Assessing Human and Ecosystem Impacts with the USEto x Model\, offered by the Technical University of Denmark (DTU) will take p lace from 3 to 21 August 2026\, with a core on-site teaching week (10–14 August) at Campus Lyngby\, Denmark.This is a PhD-level summer school prov iding advanced\, hands-on training in modelling the impacts of chemical em issions on human health and ecosystems. Focusing on the USEtox scientific consensus model\, the course equips participants with practical skills to assess chemical fate\, exposure\, and effects across near-field (consumer) and far-field (environmental) contexts. Through a blended format combinin g lectures\, modelling exercises\, and case-based work\, participants gain the ability to apply exposure and impact assessment methods\, understand key uncertainties\, and support robust\, science-based decision-making in areas such as life cycle assessment and chemical risk assessment.Target Au dienceThe course is intended for PhD students and advanced professionals i n environmental engineering\, toxicology\, exposure science\, or related f ields\, with prior knowledge of life cycle assessment\, chemical risk asse ssment\, or environmental modelling. \; X-ALT-DESC;FMTTYPE=text/html:

The course A ssessing Human and Ecosystem Impacts with the USEtox Model\, offered by the Technical University of Denmark (DTU) will take place from 3 to 21 August 2026\, with a core on-site teaching week (10–14 August) at Campus Lyngby\, Denmark.

This is a PhD-level summer school providing advan ced\, hands-on training in modelling the impacts of chemical emissions on human health and ecosystems. Focusing on the USEtox scientific consensus m odel\, the course equips participants with practical skills to assess chem ical fate\, exposure\, and effects across near-field (consumer) and far-fi eld (environmental) contexts. Through a blended format combining lectures\ , modelling exercises\, and case-based work\, participants gain the abilit y to apply exposure and impact assessment methods\, understand key uncerta inties\, and support robust\, science-based decision-making in areas such as life cycle assessment and chemical risk assessment.

Targe t Audience
The course is intended for PhD students and advance d professionals in environmental engineering\, toxicology\, exposure scien ce\, or related fields\, with prior knowledge of life cycle assessment\, c hemical risk assessment\, or environmental modelling.
 \;

X-MICROSOFT-CDO-ALLDAYEVENT:TRUE DTSTAMP:20260430T194605Z END:VEVENT BEGIN:VEVENT UID:69f3b17d7ea88 DTSTART;VALUE=DATE:20260821 SEQUENCE:0 TRANSP:OPAQUE DTEND;VALUE=DATE:20260822 SUMMARY:Assessing Human and Ecosystem Impacts with the USEtox Model CLASS:PUBLIC DESCRIPTION:The course Assessing Human and Ecosystem Impacts with the USEto x Model\, offered by the Technical University of Denmark (DTU) will take p lace from 3 to 21 August 2026\, with a core on-site teaching week (10–14 August) at Campus Lyngby\, Denmark.This is a PhD-level summer school prov iding advanced\, hands-on training in modelling the impacts of chemical em issions on human health and ecosystems. Focusing on the USEtox scientific consensus model\, the course equips participants with practical skills to assess chemical fate\, exposure\, and effects across near-field (consumer) and far-field (environmental) contexts. Through a blended format combinin g lectures\, modelling exercises\, and case-based work\, participants gain the ability to apply exposure and impact assessment methods\, understand key uncertainties\, and support robust\, science-based decision-making in areas such as life cycle assessment and chemical risk assessment.Target Au dienceThe course is intended for PhD students and advanced professionals i n environmental engineering\, toxicology\, exposure science\, or related f ields\, with prior knowledge of life cycle assessment\, chemical risk asse ssment\, or environmental modelling. \; X-ALT-DESC;FMTTYPE=text/html:

The course A ssessing Human and Ecosystem Impacts with the USEtox Model\, offered by the Technical University of Denmark (DTU) will take place from 3 to 21 August 2026\, with a core on-site teaching week (10–14 August) at Campus Lyngby\, Denmark.

This is a PhD-level summer school providing advan ced\, hands-on training in modelling the impacts of chemical emissions on human health and ecosystems. Focusing on the USEtox scientific consensus m odel\, the course equips participants with practical skills to assess chem ical fate\, exposure\, and effects across near-field (consumer) and far-fi eld (environmental) contexts. Through a blended format combining lectures\ , modelling exercises\, and case-based work\, participants gain the abilit y to apply exposure and impact assessment methods\, understand key uncerta inties\, and support robust\, science-based decision-making in areas such as life cycle assessment and chemical risk assessment.

Targe t Audience
The course is intended for PhD students and advance d professionals in environmental engineering\, toxicology\, exposure scien ce\, or related fields\, with prior knowledge of life cycle assessment\, c hemical risk assessment\, or environmental modelling.
 \;

X-MICROSOFT-CDO-ALLDAYEVENT:TRUE DTSTAMP:20260430T194605Z END:VEVENT END:VCALENDAR