The course introduces the concept, purpose, and evolution of Environmental Impact Assessment (EIA) and explains the regulatory framework governing EIA in India. It familiarizes students with EIA methodologies, including screening, scoping, impact identification, prediction, and baseline data collection. The course emphasizes the preparation of Environmental Impact Statements (EIS) and Environmental Management Plans (EMP) for assessing environmental, social, and economic impacts. It also covers public participation, environmental appraisal procedures, monitoring, auditing, and sector-specific clearance processes. Through practical applications and case studies, the course enables students to critically evaluate environmental impacts and apply EIA tools for sustainable development.
This course introduces the fundamental principles of Remote Sensing and Geographic Information Systems (GIS), covering sensor systems, platforms, data acquisition, and image processing techniques. Students will learn how to interpret, analyze, and manage geospatial data to address environmental and geographical problems. The course emphasizes spatial analysis, comparison of remote sensing data products, and the application of GIS tools for real-world decision-making. By the end, learners will develop computational skills, analytical abilities, and critical thinking needed to solve geospatial challenges effectively.
This course introduces the core concepts and structure of disaster management, with emphasis on public health and community resilience. Students will analyze how environmental, social, economic, cultural, and legal factors shape vulnerability and capacity during disasters. The course builds research skills to study emergencies while promoting awareness of the role and limitations of science in society. Learners will explore tools and strategies for integrating Climate Change Adaptation (CCA), Disaster Risk Reduction (DRR), and sustainability into development planning at all levels. The course also highlights the importance of the Sustainable Development Goals (SDGs) in reducing disaster risks and promoting resilient development.
This course provides undergraduates, postgraduates, research scholars, faculties and students with a comprehensive understanding of geoinformatics and its applications in environmental studies. It covers fundamental concepts of remote sensing, GIS, spatial data analysis, and environmental modelling. Through practical exercises and case studies, students will learn to apply geospatial tools for natural resource management, biodiversity assessment, and climate change studies.
Learning Outcomes:
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Understand the principles and components of geoinformatics.
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Acquire hands-on skills in remote sensing and GIS software.
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Apply spatial data analysis for environmental and ecological research.
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Develop project-based geospatial applications for real-world environmental problems.
Target Audience: Undergraduate and postgraduate students and researchers in Environmental Science, Ecology, Geography, and related disciplines.
Instructor: Dr. Nadirsha PS Nawab, Assistant Professor, Department of Environmental Science, Sacred Heart College (Autonomous), Thevara.
This course deals with the fundamental concepts useful for the basic understanding of Environmental Science and has different modules suited to it