Explore the Master's Programme in Environmental Engineering for Sustainable Development program at Mälardalen University. This program is offered in SWE and provides an excellent learning opportunity in Masters studies.

The Master's Programme in Environmental Engineering for Sustainable Development at Mälardalen University is a two-year, fully online program designed to equip students with the knowledge and skills necessary to tackle pressing environmental challenges. With a focus on sustainable development, the program covers essential topics such as climate change, pollution, and resource management. Students will engage in a curriculum that includes both required and elective courses, allowing for a tailored educational experience. The program consists of 120 credits, with courses like Environmental Economics, Circular Economy, and Waste Water Treatment. Graduates will be well-prepared for careers in industry, consulting, and public organizations, or may choose to pursue further research opportunities. The program emphasizes interaction through modern digital platforms, fostering a collaborative learning environment despite its online format.

Required Courses

• Climate change and energy: past, present and future, 7.5 credits
• Atmospheric pollution and air quality, 7.5 credits
• Applied statistics in engineering, 2.5 credits
• Scientific methods in environmental engineering, 5 credits
• Fresh water treatment and management, 7.5 credits
• Sustainable cities and infrastructure, 7.5 credits
• Sustainable production and consumption, 7.5 credits
• Resource recovery and solid waste management, 7.5 credits
• Applied mathematics for environmental engineers, 7.5 credits
• Degree project in environmental engineering, 30 credits

Elective Courses

• Environmental economics, 2.5 credits
• Industrial dynamics, 2.5 credits
• Circular economy in context of environmental engineering, 2.5 credits
• Digital remote sensing and GIS in environmental engineering, 7.5 credits
• Multivariate data analysis in engineering, 7.5 credits
• System modelling in environmental engineering, 7.5 credits
• Humanitarian engineering, 7.5 credits
• Biomass utilization and conversion, 7.5 credits
• Real-time analysis in environmental engineering, 7.5 credits