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Aligarh Muslim University

Department of Geography Ph.D. Course Work Syllabus

The Department of Geography at Aligarh Muslim University offers a comprehensive Ph.D. program designed to develop advanced research capabilities in geographical sciences. The coursework component of the Ph.D. program provides candidates with essential theoretical knowledge, research skills, and methodological approaches required to conduct independent and original research.

This syllabus outlines the coursework requirements for Ph.D. scholars in the Department of Geography, detailing the compulsory and elective courses, research methodology training, and evaluation criteria for successful completion of the coursework component.

Course Structure Overview

The Ph.D. coursework at AMU's Department of Geography comprises both compulsory core courses and elective courses that allow scholars to specialize in their area of research interest. The coursework is designed to be completed within one to two semesters, depending on the scholar's background and research requirements.

Course Type Course Code Course Title Credits
Compulsory GEO-501 Research Methodology in Geography 4
Compulsory GEO-502 Theoretical Perspectives in Geography 4
Compulsory GEO-503 Quantitative Techniques in Geographical Analysis 4
Compulsory GEO-504 Advanced Geographic Information Systems 4
Elective GEO-511 Resource Geography and Management 4
Elective GEO-512 Urban Geography and Regional Planning 4
Elective GEO-513 Rural Development Geography 4
Elective GEO-514 cultural and Social Geography 4
Elective GEO-515 Applied Physical Geography and Environmental Management 4
Elective GEO-516 Geospatial Techniques and Remote Sensing Applications 4

Compulsory Course Details

GEO-501: Research Methodology in Geography

This course provides a comprehensive understanding of research methods applicable to geographical inquiry. It covers research design, problem formulation, hypothesis development, data collection techniques, data analysis, and research ethics in geographical research.

Course Content:

  • Nature and scope of geographical research
  • Research design and approaches in geography
  • Problem formulation and hypothesis development
  • Primary and secondary data collection methods
  • Qualitative and quantitative research techniques
  • Sampling strategies for geographical research
  • Ethical considerations in geographical research
  • Research proposal development
  • Academic writing and publication ethics
  • Research evaluation and impact assessment

Evaluation:

Internal assessment (30%), Research proposal (30%), Written examination (40%)

GEO-502: Theoretical Perspectives in Geography

This course examines the major theoretical frameworks and paradigms that have shaped geographical thought. It covers classical, modern, and contemporary theoretical perspectives in both human and physical geography.

Course Content:

  • History of geographical thought
  • Paradigms in geography: determinism, possibilism, probabilism
  • Quantitative revolution in geography
  • Behavioral and humanistic approaches
  • Structuralist and post-structuralist perspectives
  • Feminist geographies
  • Postcolonial geographies
  • Marxist and political economy approaches
  • Postmodern geographies
  • Critical geographies and emerging theoretical perspectives

Evaluation:

Seminar presentations (30%), Term paper (30%), Written examination (40%)

GEO-503: Quantitative Techniques in Geographical Analysis

This course focuses on statistical methods and quantitative techniques relevant to geographical analysis. It equips scholars with tools for data processing, analysis, and interpretation necessary for geographical research.

Course Content:

  • Descriptive statistics in geographical research
  • Probability distributions and hypothesis testing
  • Correlation and regression analysis
  • Multiple regression and path analysis
  • Factor analysis and principal component analysis
  • Cluster analysis and discriminant analysis
  • Spatial statistics and spatial autocorrelation
  • Trend surface analysis
  • Time series analysis
  • Statistical software applications (SPSS, R, etc.)

Evaluation:

Practical assignments (40%), Practical examination (30%), Theory examination (30%)

GEO-504: Advanced Geographic Information Systems

This course provides advanced training in Geographic Information Systems (GIS) applications in geographical research. It focuses on spatial analysis, modeling, and the integration of GIS with remote sensing.

Course Content:

  • Advanced concepts in GIS
  • Spatial data models and structures
  • Geodatabase design and management
  • Spatial analysis techniques
  • Spatial modeling and decision-making
  • Remote sensing integration with GIS
  • WebGIS and mobile GIS
  • Geovisualization and cartography
  • Open source GIS alternatives
  • GIS project management

Evaluation:

Project work (40%), Practical examination (30%), Theory examination (30%)

Elective Course Details

GEO-511: Resource Geography and Management

This course examines the distribution, utilization, and management of natural resources. It covers theoretical frameworks and practical approaches to sustainable resource development and conservation.

Course Content:

  • Concepts and principles of resource geography
  • Resource assessment and inventory techniques
  • Resource management theories and models
  • Water resources management
  • Land resources and soil conservation
  • Forest and biodiversity resources
  • Mineral and energy resources
  • Sustainable development and resource planning
  • Resource conflicts and governance
  • Climate change and resource vulnerability
GEO-512: Urban Geography and Regional Planning

This course explores urban systems, processes, and planning approaches. It covers theoretical perspectives on urban development and practical aspects of regional planning.

Course Content:

  • Urbanization theories and models
  • Urban spatial structure and internal organization
  • Urban geography of India
  • Urban systems and hierarchy
  • Urban land use patterns
  • Urban social geography
  • Urban problems and planning
  • Regional planning approaches
  • Urban and regional planning policies in India
  • Smart cities and sustainable urban development
GEO-513: Rural Development Geography

This course examines rural development processes, planning, and implementation strategies from a geographical perspective.

Course Content:

  • Conceptual framework of rural development
  • Rural settlement patterns
  • Agrarian transformation and rural livelihoods
  • Rural poverty and inequality
  • Rural development programs in India
  • Panchayati Raj institutions and decentralized planning
  • Rural infrastructure development
  • Natural resource management in rural areas
  • Rural marketing and service centers
  • Sustainable rural development strategies
GEO-514: Cultural and Social Geography

This course explores the spatial dimensions of cultural and social phenomena. It examines the interrelationships between culture, society, and space.

Course Content:

  • Theoretical foundations of cultural geography
  • Cultural landscapes
  • Geography of religion
  • Language geography
  • Ethnicity and identity in space
  • Gender and geography
  • Social justice and spatial inequality
  • Geography of health and well-being
  • Geography of sports and leisure
  • Media and cultural representation of places
GEO-515: Applied Physical Geography and Environmental Management

This course focuses on applied physical geography principles for environmental management and sustainable development.

Course Content:

  • Applied geomorphology and land management
  • Applied climatology and environmental planning
  • Hydrology and water resources management
  • Soil geography and conservation
  • Biogeography and biodiversity management
  • Environmental impact assessment
  • Natural hazards and disaster management
  • Climate change impacts and adaptation
  • Environmental governance and policies
  • Tools for environmental modeling and management
GEO-516: Geospatial Techniques and Remote Sensing Applications

This course provides advanced training in geospatial techniques and remote sensing applications for geographical research.

Course Content:

  • Advanced remote sensing platforms and sensors
  • Digital image processing techniques
  • Spectral analysis and classification methods
  • Hyperspectral and microwave remote sensing
  • LiDAR technology and applications
  • Geospatial data acquisition and integration
  • Spatial analysis and modeling
  • Geospatial applications in environmental monitoring
  • Geospatial applications in urban and regional planning
  • Emerging trends in geospatial technology

Coursework Requirements and Evaluation

Minimum Requirements for Coursework Completion:

  • Completion of all four compulsory courses (GEO-501, GEO-502, GEO-503, GEO-504) - 16 credits
  • Completion of at least two elective courses selected from the departmental offerings - 8 credits
  • Minimum combined grade point of 5.0 on a 10-point scale
  • No individual course should have a grade point below 4.0

Research Proposal Requirements:

  • Submission of a detailed research proposal as part of the Research Methodology course
  • Proposal should include problem statement, literature review, methodology, and expected outcomes
  • Successful defense of the research proposal before the departmental research committee

Maximum Duration for Coursework:

  • Full-time scholars: Maximum of 2 semesters
  • Part-time scholars: Maximum of 3 semesters

Research Training and Support

Ph.D. scholars at the Department of Geography receive comprehensive research training and support throughout their coursework. This includes:

  • Regular research seminars and workshops on emerging topics in geography
  • Training in advanced research methodologies and analytical techniques
  • Access to specialized laboratories and field equipment
  • Library resources including digital GIS data and satellite imagery
  • Mentorship from experienced faculty members
  • Opportunities for interdisciplinary research collaboration
  • Support for conference attendance and research publication

Progression to Ph.D. Research

Upon successful completion of the coursework requirements, Ph.D. scholars progress to the main research phase of their doctoral study. This involves:

  • Finalization of the research proposal based on feedback during coursework
  • Comprehensive literature review in the specific research area
  • Field-based data collection or laboratory analysis as applicable
  • Periodic progress reporting to the research supervision committee
  • Participation in departmental research seminars
  • Dissertation writing and final defense

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