Environmental Toxicology and Chemistry
Study start 2019
Welcome programme for all new Master’s students
Welcome to all new master students at the Faculty of Natural Sciences (NV).
All new Master’s students: at the NV-faculty the semester starts with a compulsory information meeting in Natural Science Building auditorium R1 on Thursday August 15 at 08:45 (registration starts at 08:15).
- Students from outside of Norway and the Nordic countries: compulsory activities start earlier. Please visit the tailor-made semester start information page for details.
- Lectures in master courses will in most cases begin in week 35, Monday August 27.
About the Programme
Anthropogenic pollution is one of the most significant threats to the environment. Organic and inorganic environmental toxicants originating from human activities are distributed throughout the world via oceanic currents and atmospheric transport processes. This issue is of global importance. Consequently there is a high demand from both society and industry for scientists with competence within the interdisciplinary scientific area of environmental toxicology and chemistry.
A diverse team of scientists is ready to offer you a two year international, interdisciplinary Masters programme in close collaboration with SINTEF and Eqinor.You will work in a group comprising both Norwegian and international students. All teaching is in English. The programme also offers you the opportunity to experience one semester studying in Svalbard (UNIS), an archipelago situated in the heart of the Arctic. MSc in Environmental Toxicology and Chemistry offers two specialisations:
This programme provides the vital link between environmental toxicology and environmental chemistry. The main focus of the programme will be the fate and effects of pollutants, and how they are distributed in the environment (including air, water, soil and food chains) both on a local and a global scale. You will study the interaction between environmental toxicants and organisms, and how this impacts on populations and ecosystems. Methods will include field work and/or experimental exposure studies in laboratory on individual organisms (in vivo) or on cell cultures (in vitro). It is also possible to specialise within the area of environmental monitoring of organic and inorganic chemical toxicants. This will include method development, and quality assurance using state of the art equipment. You will also study a wide range of environmental pollutants and methods of pollution control which are of utmost importance for the management of natural resources and ecosystems. Such skills and experiences are extremely marketable, making you attractive to a wide range of employers both in the public and private sectors.
Tue, 11 Dec 2018 13:46:51 +0100