B.Sc. Geoinformatics
Introduction to the Program:
The B.Sc. (Hons) in Geoinformatics is designed for students who have completed 10+2 in the Science stream (PCM/PCB), Eco-Science, or Humanities (with Geography as a subject). The program offers a comprehensive understanding of geospatial science, focusing on core areas such as Remote Sensing, GIS, Surveying, and Spatial Data Science, combined with practical training using modern tools and techniques. The curriculum keeps pace with emerging technologies, featuring advanced courses in programming, artificial intelligence, and machine learning, and includes electives, internships, and research projects to prepare students for careers in environmental monitoring, disaster management, urban planning, and more. Emphasizing communication skills and ethical practices, the program ensures graduates are not only technically proficient but also socially responsible and competitive in the global job market.
Program Educational Objectives:
PEO 01: Develop robust analytical and problem-solving skills to address complex spatial and environmental challenges using geoinformatics principles and methods.
PEO 02: Enhance professional competence by leveraging advanced geospatial technologies—including GIS, remote sensing, and spatial data analytics—to innovate in diverse sectors.
PEO 03: Foster strong communication, teamwork, and leadership qualities, coupled with high ethical standards, enabling effective collaboration and responsible geospatial practice.
PEO 04: Embrace a culture of continuous learning and research, remaining open to emerging ideas, tools, and techniques that advance the geoinformatics field and contribute to lifelong personal and professional growth.
Graduate Attribute / Program Outcome:
GA 01 / PO 01: Foundational Geospatial Knowledge: Develop a sound understanding of the fundamental concepts and principles in geoinformatics, including Remote Sensing, Geographic Information System (GIS), Surveying Techniques, Photogrammetry, Cartography, and Coding.
GA 02 / PO 02: Data Acquisition and Management: Acquire the ability to collect, process, and organize spatial and non-spatial data from various sources (e.g., field surveys, imageries, existing databases) while ensuring data quality and integrity.
GA 03 / PO 03: Analytical & Problem-Solving Skills: Gain proficiency in using spatial analysis methods, geostatistics, and modelling techniques to address contemporary real-world problems in fields such as natural resource management, urban planning, and environmental monitoring.
GA 04 / PO 04: Visualization & Cartographic Techniques: Develop advanced skills in visualizing geographic information through cartographic design, thematic mapping, and interactive data visualization platforms, ensuring effective communication of spatial patterns and trends.
GA 05 / PO 05: Technological Competency: Demonstrate the ability to use, customize, and integrate modern geoinformatics tools (software, programming libraries, cloud-based services) for efficient data processing, analysis, and geospatial application development.
GA 06 / PO 06: Research Skills: Cultivate research aptitude by designing and executing geoinformatics-based projects, engaging in critical review of literature, adopting ethical research practices, and preparing high-quality technical reports.
GA 07 / PO 07: Societal Implication and Interdisciplinary Integration: Analysis and scrutinize the nature and socio-economic based reports in quantitative and qualitative way. Recognize and apply geoinformatics principles across diverse disciplines—such as environmental science, disaster management, public health, and resource planning—to foster multi-sector collaboration and solutions.
GA 08 / PO 08: Environment & Sustainability: Leverage geospatial insights to promote sustainable development and resource conservation, evaluating environmental impacts and advocating responsible stewardship of ecosystems.
GA 09 / PO 09: Communication & Leadership: Enhance oral, written, and visual communication skills to present geospatial findings effectively; demonstrate teamwork, leadership, and interpersonal skills in multidisciplinary project settings.
GA 10 / PO 10: Ethical & Professional Practices: Adhere to ethical guidelines and standards in geospatial data handling, respect privacy and data security concerns, and commit to lifelong learning to stay abreast of emerging geoinformatics technologies and professional responsibilities.
Program Specific Outcome:
PSO 01: Demonstrate a strong foundational understanding of geospatial concepts, theories, and principles, emphasizing the critical role of location-based analysis in addressing environmental and societal challenges.
PSO 02: Acquire proficiency in leveraging Earth Observation Data (EOD), GIS, and remote sensing techniques to monitor, model, and manage spatial phenomena, ensuring effective resource and environmental stewardship.
PSO 03: Develop the ability to collect, interpret, and integrate various geospatial datasets (raster, vector, and attribute data) to create high-quality maps, reports, and visualizations that support analytical decision-making.
PSO 04: Exhibit competence in designing and implementing geoinformatics-based solutions, utilizing advanced spatial analytics and data science methods for problem-solving and informed decision support across diverse sectors.
Eligibility Criteria:
Students with a minimum 50% marks in 10+2 from a recognized board may apply.
Science Stream: PCM or PCB combinations
Eco-Science Stream: Any three subjects among: Mathematics, Statistics, Economics, Computer Science / Applications
Humanities Stream: Geography as a subject
