Master in Environmental Engineering for Sustainable Development

At Università degli Studi di Cagliari, tuition comes to 5,352 USD per year.

Environmental Engineering for Sustainable Development is a master's programme taught in English at Università degli Studi di Cagliari, in Cagliari, Italy. This field applies engineering principles to problems of environmental protection and resource management, covering areas such as water and wastewater treatment, air quality management, waste management, and the design of systems that reduce the environmental impact of human activity. Students typically study environmental chemistry, hydrology, pollution control technologies, and life cycle assessment methods, alongside subjects that address how environmental engineering solutions connect to broader goals of sustainable development, including energy use, resource efficiency, and climate resilience. Given growing attention to environmental regulation and sustainability across industries, graduates of this type of programme find opportunities in environmental consulting, water utilities, waste management companies, and government agencies responsible for environmental protection. Typical roles include environmental engineer, sustainability consultant, water resource specialist, and positions within companies working to reduce the environmental footprint of industrial processes. Some graduates move into research roles, developing new technologies for pollution control or resource recovery, while others pursue further study to specialise in areas such as climate adaptation or renewable energy systems. The programme runs for two years and is delivered entirely in English, allowing international students to study environmental engineering in Italy. Admission is open access, meaning applicants need a bachelor's degree or an equivalent qualification to enrol, with no separate entrance examination. This makes the programme accessible to students with an engineering or environmental science background who want to specialise in solutions that balance infrastructure development with environmental protection.