The programme provides the necessary knowledge to develop low environmental impact technologies through the design and synthesis of innovative chemical products and materials. It displays a strong interdisciplinary approach, involving topics on safety, health, environmental sustainability and biogeochemical cycles, focusing on the progress and growth of atom-economy, material recycling, green chemistry.
Lectures addressing various aspects of sustainable and low-impact chemistry are complemented by others ranging from biochemistry to circular economy, ecology, geology and soil chemistry. The proposed interdisciplinary approach provides a sound theoretical and experimental basis for addressing the challenges of 'green chemistry' from various perspectives.
The programme offers the possibility of participating in internships in international organisations and in exchange programmes abroad. The possibility of making direct contact with international concerns will enrich your cultural background and give you a real advantage in the labour market.
Technologies: Develop technologies for climate change mitigation
Circular economy: Acquire value chain competences on circular economy, from material development to urban mining and recycling
Sustainability: Evaluate economic and environmental sustainability in energy, chemical and material production cycles
Bioeconomy: Expand value chain competences on bioeconomy, from agronomy to bio-refinery and biobased building blocks production
Experimental work: Labs, practical learning methods, compulsory internship and experimental thesis
81% International students and students not residing in the region
82% Graduates aligned to the exam schedule
57% Graduates with experience abroad
89% Graduates satisfied with their studies
50% Graduates who are working
50% Graduates who are not working but are studying or not looking for work
0% Graduates who are not working but looking for work
Want to apply to this programme? Fill in the online form to receive information about admissions