| Department | Faculty | Subject | Semester | Topic Type | Paper Type | Unit | Topic Desc | Sub Topic | Class |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 1 | Practical | DS-1 | Unit I | GEODSC101P – Physical Geography | Graphical construction of linear scales: Plain | 12 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 1 | Practical | DS-1 | Unit I | GEODSC101P – Physical Geography | Graphical construction of linear scales: Plain | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(HMAJOR) | 1 | Practical | DS-1 | Unit I | Physical Geography (Lab) | Altimetric frequency distribution | 8 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(HMAJOR) | 1 | Practical | DS-1 | Unit I | Physical Geography (Lab) | Denoting drainage,geomorphic settlement and transport | 12 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(HMAJOR) | 1 | Practical | DS-1 | Unit I | Physical Geography (Lab) | Identification of drainage and channel pattern | 10 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(HMAJOR) | 1 | Practical | Select | Unit 2 | Physical Geography (Lab) | Altimetric frequency distribution | 6 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Soil erosion and degradation | 3 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Soil erosion and degradation | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Principles of soil classification | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | concepts of biosphere,ecosystem | 3 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | concept of trophic stucture | 3 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Geographical extent and characteristics features | 3 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Bio geo chemical cycle | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Bio geo chemical cycle | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Spatial distribution of world fauna | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Spatial distribution of world fauna | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 1 | Theory | Induction | Unit 2 | GEOADSE01T-Soil and Biogeography | Measures for conservation of Bio diversity | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Practical | DS-2 | Unit 2 | GEODSC202P– Human Geography (Lab) | Growth rate of population: Arithmetic growth comparing two decadal datasets | 6 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Theory | DS-2 | Unit I | GEODSC202T – Economic and Settlement Geography | 7. Sectors of the economy: primary, secondary, tertiary and quaternary, quinary | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Theory | DS-2 | Unit I | GEODSC202T – Economic and Settlement Geography | 7. Sectors of the economy: primary, secondary, tertiary and quaternary, quinary | 2 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Theory | DS-2 | Unit I | GEODSC202T – Economic and Settlement Geography | 8. Types of agriculture: Intensive subsistence rice farming, Plantation agriculture (Tea) | 5 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Practical | DS-2 | Unit I | GEODSC202P – Human Geography | 1. Growth rate of population: Arithmetic growth comparing two decadal datasets | 6 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Practical | DS-2 | Unit I | GEODSC202P – Human Geography | 5. Proportional pie-diagrams | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Practical | DS-2 | Unit I | GEODSC202P – Human Geography | 5. Proportional pie-diagrams | 5 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMAJOR) | 2 | Practical | DS-2 | Unit I | GEODSC202P – Human Geography | 1. Growth rate of population: Arithmetic growth comparing two decadal datasets | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMINOR) | 2 | Theory | MA-2 | Unit 5 | Social and Population Geography | Population distribution, density and growth of world population. | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMINOR) | 2 | Theory | MA-2 | Unit 6 | Social and Population Geography | Demographic Transition Theory | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMINOR) | 2 | Theory | MA-2 | Unit 4 | Social and Population Geography | Human adaptation to environment: Eskimo, Masai and Maori | 4 |
| Geography | REKHA BISWAS | GEOGRAPHY(HMINOR) | 2 | Theory | MA-2 | Unit 4 | Social and Population Geography | Human adaptation to environment: Eskimo, Masai and Maori | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Economic activities | Primary activities agriculture | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Economic activities | Secondary activities | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Economic activities | tertiary activities | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Economic activities | agricultural system | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Economic activities | transport sea routes | 4 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | GEODSC202T – Economic and Settlement Geography | transport trade services | 2 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Evolution of geographical thought | Evolution of critical geography | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Evolution of geographical thought | changing concept of time space | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | Disaster Management | flood ,coastal ,industrial accident | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | GEOADSE06TResource Geography | Utilisation ,problem,management of mineral resorce bauxite | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOGRAPHY(GMAJOR) | 4 | Theory | MA-4 | Unit 2 | GEOADSE06TResource Geography | Utilisation of mineral resorce iron ore | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Theory | COR13 | Unit 2 | Evolution of Geographical Thought | Evolution of Critical geography | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Theory | COR13 | Unit 2 | Evolution of Geographical Thought | Changing concept of time space | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Practical | COR14 | Unit 2 | Disaster Management | Thunder storm,flood,river bank erosion | 5 |
| Geography | REKHA BISWAS | GEOHCC | 6 | Theory | COR14 | Unit 2 | GEOACOR14T – Disaster Management | Earthquake: Factors, vulnerability, consequences and management | 3 |
| Geography | REKHA BISWAS | GEOHCC | 6 | Theory | COR14 | Unit 2 | GEOACOR14T – Disaster Management | Radioactive fallout: Factors, vulnerability, consequences and management | 2 |
| Geography | REKHA BISWAS | GEOHCC | 6 | Theory | COR14 | Unit 2 | GEOADSE04T – Hydrology and Oceanography | Marine resources: Classification and sustainable utilisation | 2 |
| Geography | REKHA BISWAS | GEOHCC | 6 | Theory | COR14 | Unit 2 | GEOADSE04T – Hydrology and Oceanography | Sea level change: Types and causes | 2 |
| Geography | REKHA BISWAS | GEOHCC | 6 | Theory | COR14 | Unit 2 | GEOADSE06T – Resource Geography | Pressure on resources. Appraisal and Conservation of Natural Resources | 4 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | COR14 | Unit I | Disaster Management | Classification of hazards and disaster | 5 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | COR14 | Unit I | Disaster Management | approaches to hazards study | 6 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | COR14 | Unit I | Disaster Management | responses to hazards preparedness trauma aftermath | 6 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | COR14 | Unit I | Disaster Management | Hzard mapping data and geospatial techniques | 7 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | DSE04 | Unit I | Hydrology and oceanography | System approaches in Hydrology global hydrological cycle | 7 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | DSE04 | Unit I | Hydrology and oceanography | Run off controlling factors infiltration and evapotranspiration | 5 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | DSE04 | Unit I | Hydrology and oceanography | drainage basin as hydrological unit | 5 |
| Geography | DR ALPANA RAY | GEOHCC | 6 | Theory | DSE04 | Unit I | Hydrology and oceanography | ground water occurence and storage | 5 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Theory | DSE06 | Unit 2 | Resource Geography | Distribution ,utilisation,problems,bauxite and iron ore | 8 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Theory | DSE06 | Unit 2 | Resource Geography | Distribution ,utilisation,problems and management of energy resources conventional and non conventional | 8 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Theory | DSE06 | Unit 2 | Resource Geography | Contemporary energy crisis and future scenario | 6 |
| Geography | SUDESHNA CHOWDHURY | GEOHCC | 6 | Theory | DSE06 | Unit 2 | Resource Geography | limit to growth and sustainable use of resources ,concept of resource sharing,water | 6 |