Environmental Chemistry is the science of processes that influence the composition and chemical properties of the environment, proper for habitation. It is concerned with the background, behaviour, movement and impact of chemical compounds in all layers of the environment. It researches the means through which the human factor affects these layers. Environmental Chemistry utilizes knowledge and tools from other sciences in the study of air, water and soil. It addresses issue of contamination and degradation and it aims to exploit theoretical knowledge for creating solutions to the aforementioned problems.
Environmental Toxicology is more focused on the destructive effects of chemical agents on the living organisms of all ecosystems. Empowering the knowledge provided by biology, computer science, math and chemistry, it sets out to understand and prevent harmful impact caused by toxic agents.
Agronomy is the application of plant and soil science to crop production and includes the study of plant breeding, genetics, biotechnology, molecular biology, physiology, biochemistry, weed control and crop management.
The Environmental Risk Assessment Certificate provides a solid foundation in the characterization of source areas, linking fate and transport mechanisms, and evaluating exposure pathways to assess environmental risk.
This degree provides the student with curriculum and research opportunities in one of the world’s most significant science and policy issues: the environment. Students will study ecosystems management, the impact of industrialization on the environment, economics and resource availability, regulation and law, environmental ethics, landscape-level conservation, political ecology, and environmental technology and management.
This course provides recent graduates with training in current analytical techniques, scientific and transferable skills applicable for environmental chemistry research.
The Master Program in Marine Resources Biotechnology main purpose is to form professionals with scientific, technical and human capabilities that allow the development of applied research or management activities in the area of marine resources biotechnology.
The SMaP Masters aims to train future professionals and scientists capable of meeting the challenges presented by fast-moving changes to legislation and to the fast-paced development of depollution fields and technology in industrialised countries - people who are also capable of implementing this technology in emerging countries.
The master programme Chemical Engineering for Energy and the Environment will give you efficient engineering tools to help in solving future challenges on how to best use our energy- and natural resources.
The master’s programme provides excellent basis for post-graduate studies. The master’s programme requires full time studies for a Master of Science degree in two years.
Students admitted to the Master's degree programme in atmospheric sciences and biogeochemical cycles at the Faculty of Science pursue a Master of Science degree which consists of 120 ECTS-compatible credits. The target schedule for completing this degree is two years. The language of the degree programme is English.
The 2-year MSc programme in Nanotechnology focuses on the design, creation and study of functional materials, structures, devices, and systems by directly controlling matter on the nanometre scale.
The Master Programme in Biology provides you with a first-class education with considerable freedom to create your own profile. The broad range of courses from evolutionary biology, biodiversity and environmental toxicology to immunology and infection biology enables you to obtain the required subject depth and improve your personal competitiveness in the job market.
The purpose of the programme is to provide an engineering education within the materials field where emphasis is on synthesis, chemical characterisation, physical and chemical properties and applications