Applied Environmental and Sustainability Science

This course introduces students to key ideas, debates, and issues at the intersection of environment, development, and sustainability. It traces the historical evolution and philosophical foundations of environmental studies while engaging with concepts such as ecology, environmental ethics, social and political ecology, and just transition. Students develop an understanding of sustainable development through frameworks like the SDGs, planetary boundaries, and the triple bottom line. The course also examines Earth’s physical systems and issues of environmental justice. Through discussions, case studies, and environmental modelling, students gain an integrated and multidisciplinary perspective on contemporary environmental challenges.

The course 'Fundamentals of Water Science and Water Resource Management' (THM6140) explores the science and management of water in regional and global contexts. It examines surface hydrology, riverine systems, and groundwater sustainability, highlighting socio-economic and political dimensions. Students analyze water policies like Mission Namami Ganga and Nal se Jal Yojana and study conservation techniques such as rainwater harvesting, groundwater recharge, and watershed management. The course integrates hydrology, economics, and policy, encouraging critical thinking through interactive discussions, multimedia resources, debates, and evaluations. By the end, students gain a comprehensive understanding of sustainable water management strategies and South Asia’s water challenges.

The course 'Climate Change: Science, Impact and Action' provides an in-depth understanding of climate science, its causes, and its impacts on ecosystems and economies. Students learn to analyze climate risks, identify vulnerable regions, and explore adaptation and mitigation strategies. The course emphasizes hands-on climate modelling using tools like R and ArcGIS, alongside Nature-Based Solutions such as coastal protection, urban heat mitigation, and watershed management. It also integrates Indigenous knowledge and technoscientific approaches like carbon capture and renewable energy. Through interactive discussions, case studies, and debates, students develop skills to assess climate vulnerability and design effective, sustainable climate action strategies.'

The course 'Environmental Data Analytics and Laboratory Measurements' provides hands-on experience in analyzing environmental data and conducting laboratory tests on water, soil, and air. Students learn statistical techniques, including correlation, regression, and time series analysis, to explore relationships between environmental variables. The course covers physico-chemical analyses of soil and water, ambient air quality assessment, and interpretation of meteorological data. Through interactive lectures, demonstrations, and use of advanced software, students gain practical skills to measure, analyze, and interpret environmental parameters, enabling them to address real-world environmental issues and make data-driven decisions for sustainable management of natural resources.

This 'Environmental Sustainability for Business' course equips students with the knowledge and skills to integrate environmental sustainability into business practices. It covers Environmental Impact Assessment (EIA) processes, legal and regulatory frameworks, and Environmental, Social, and Governance (ESG) principles, emphasizing their significance for industry compliance and strategy. Students explore sector-specific sustainability approaches, emerging technologies, and best practices in manufacturing, agriculture, and construction. The course also examines urban environmental planning and management tools, fostering sustainable development in industrial and urban contexts. Through interactive lectures, case studies, group discussions, and debates, learners develop practical and analytical skills to address environmental challenges in contemporary business settings.

This 'Mapping Environmental Change through Technology (RS and GIS)' course introduces students to mapping environmental changes using Remote Sensing (RS) and Geographic Information Systems (GIS). Students learn the fundamentals of GIS, including spatial data models, cartography, and digital terrain analysis, while gaining practical skills in managing, classifying, and analyzing spatial data. The course emphasizes applications in urban planning, land use and land cover change detection, disaster management, and climate monitoring. Hands-on training with state-of-the-art software allows students to connect theory with practice. Through interactive lectures, demonstrations, and project-based exercises, learners develop the ability to interpret, visualize, and make informed decisions regarding socio-environmental landscapes.

This 'Comprehensive Understanding of Environmental Toxicology: Air, Water, and Soil Pollution' course provides a comprehensive understanding of environmental toxicology with a focus on air, water, and soil pollution. It examines the historical evolution of pollution, sources and pathways of contaminants, and their ecological and human health impacts. Students engage with concepts of pollution risk assessment, exposure analysis, and regulatory frameworks to link scientific evidence with public health policy. Through the study of monitoring techniques, mitigation strategies, and real-world case studies, the course equips learners with analytical tools to assess environmental risks and contribute to sustainable pollution management and decision-making.

This 'Environmental and Energy Economics: Policy and Governanceconomics: Policy and Governance' course introduces students to environmental and energy economics with a focus on policy and governance. It builds foundational concepts such as Malthusianism, market failures, and externalities to analyze environmental challenges. Students learn valuation techniques, cost–benefit analysis, and economic tools to assess environmental goods and energy systems. The course examines energy markets, climate change economics, and national and international environmental policies through a Global South–Global North lens. Using real-world case studies and interactive discussions, students apply economic principles to evaluate policy outcomes and propose sustainable solutions.

This 'Designing Green Infrastructure and Sustainable Habitat' course explores the principles and practices of designing green infrastructure and sustainable habitats in urban contexts. It examines ecological foundations, planning debates, and design strategies that integrate nature into cities to enhance socio-environmental sustainability. Students engage with concepts such as green transport, sustainable housing, urban forestry, and landscape ecology, alongside policy frameworks and community participation. Through case studies, discussions, and applied learning, the course develops an understanding of how green infrastructure supports resilience, climate adaptation, disaster risk reduction, and improved urban quality of life.

This 'Everyday Environmental Issues and Applied Solution' scourse examines everyday environmental challenges and practical solutions through an applied, multidisciplinary approach. It introduces environmental entrepreneurship, conservation strategies, and ecosystem service evaluation to address real-world sustainability issues. Students analyze circular economy models, waste management systems, and government regulations such as extended producer responsibility. The course also explores behavioral nudge theory to promote pro-environmental choices in energy, water, and waste practices. Through case studies, field visits, discussions, and applied assessments, students develop problem-solving skills and an informed understanding of sustainable practices for environmental stewardship.