Maria Florencia Bianchini

Applied meteorological and dispersion models to analyse urban air quality. Assessed urban morphologies and their impact on microclimates and pollution.

Conducted GIS-based flood risk assessments, supporting provincial climate adaptation strategies. Supported water quality monitoring and sustainable aquaculture projects. Contributed to public awareness campaigns promoting water conservation and sustainable resource management practices.

Evaluated waste management practices for 100+ organizations, ensuring compliance. Recommended recycling and treatment solutions.

Designed waste management programmes under Circular Economy and Extended Producer Responsibility principles, doubling e-waste recycling capacity. Developed policy and regulatory projects on waste management, including the Battery Act (2018) and local bans on single-use plastics. Led three Cleaner Production Initiatives and Social Recycling Programmes. Conducted stakeholder engagement, awareness campaigns, and trainee programmes.

Executed environmental management plans in field operations. Delivered sustainability training to field teams

Urban Environmental Pollution. Air Pollution. Noise Pollution. Carbon Management: systems and tools.

Societal Change and Future Foresight. Circular Economy. Climatology. Climate Change in Urban Environments.

International Erasmus Mundus Joint Master's Programme in Urban Climate and Sustainability (MUrCS). MUrCS Consortium Universities: Glasgow Caledonian University, United Kingdom; LAB University of Applied Sciences, Finland; University de Huelva, Spain; University of Applied Sciences, Dresden, Germany. Thesis Topic: Modelling Traffic-Related Air Pollution: Integrating Urban Morphology and Meteorology using GIS and ADMS-Roads. Glasgow as a Case Study

Specialized in climate change mitigation and adaptation, with emphasis on socio-economic, legal, and institutional dimensions. Acquired analytical and policy tools for the design and implementation of integrated climate strategies across multiple sectors.

Environmental Engineering. Environmental Assessment.

Comprehensive training in the sustainable management, conservation, and development of natural resources, with a multidisciplinary foundation spanning ecology, hydrology, soil science, environmental legislation, and project management. Skilled in environmental assessment, GIS-based spatial analysis, and the formulation of conservation and restoration strategies under sustainable development principles.