BCS Written Geography study plan

Draw and label the global plate-boundary map from memory, then explain how divergent, convergent and transform margins produce rift valleys, fold mountains and faults

Sketch the fluvial cycle from weathering through erosion, transport and deposition, and classify five named landform types by the dominant process that formed them

Explain the mechanics of rock weathering and mass wasting, distinguishing chemical, physical and biological processes with one Bangladeshi or South Asian example each

Write a 200-word answer on the difference between Davisian and Penckian cycle-of-erosion models without consulting notes

Derive the causes of atmospheric circulation from differential heating and the Coriolis effect, and explain how Hadley, Ferrel and Polar cells generate planetary wind belts

Classify air masses and frontal systems, and predict the weather sequence a mid-latitude cyclone brings as it passes a station

Explain El Nino-Southern Oscillation, monsoon onset and the Walker circulation, and state how each shifts rainfall over South Asia

Describe ocean current gyres, thermohaline circulation and upwelling, and link each to a named fishery or coastal climate

Explain biome distribution as a function of temperature, precipitation and soil, and match six major biomes to their characteristic vegetation and fauna

Trace the Ganges-Brahmaputra-Meghna drainage system from source to delta, naming major tributaries, distributaries and the estuary types they form

Describe the physiographic divisions of Bangladesh (Tertiary hills, Barind and Madhupur tracts, floodplains, delta, coastal belt) and the process shaping each

Explain delta-building, river avulsion, char formation and coastal progradation using the Bengal Basin as the case

Map the major rivers, haors, beels and coastal islands of Bangladesh and state the hydrological function of each feature

Explain the monsoon climate of Bangladesh: seasonal rainfall distribution, temperature regimes, cyclone season and the role of the Himalayas and the Bay

Analyse causes and consequences of riverbank erosion, salinity intrusion and waterlogging, citing named affected districts

Evaluate groundwater depletion and arsenic contamination in Bangladesh, explaining the geological and extraction causes

Interpret population pyramids and demographic transition stages, and apply them to Bangladesh's fertility and mortality trends

Explain the push-pull model of migration and apply it to rural-urban migration and overseas labour migration from Bangladesh

Compare the agricultural systems of the Ganges floodplain, the coastal belt and the hill tracts, linking crop choice to soil, salinity and flooding

Explain the location factors of the readymade garment industry and the special economic zone model, and assess their regional spread in Bangladesh

Locate on a blank world map the major mountain systems, rivers, deserts and seas, and state one climatic or economic significance of each

Compare the physical and human geography of South Asia, Southeast Asia and East Asia, identifying three contrasts in each pairing

Explain the geography of the Middle East and Africa with reference to aridity, oil distribution and population concentration

Analyse one regional development issue (for example Himalayan water sharing or Sahel desertification) using geographic concepts rather than description

Apply map scale, grid references, bearing and contour interpretation to solve five practical map-reading problems

Explain the principles of remote sensing (spectral bands, resolution types, platforms) and describe how satellite imagery supports flood monitoring in Bangladesh

Describe GIS data models, layers and overlay analysis, and outline a simple GIS workflow for delineating flood-prone areas

Classify natural hazards by cause and onset, and outline structural and non-structural mitigation for cyclones, floods and riverbank erosion

Synthesise physical and regional content by answering full-length essay questions under timed conditions

Recall key definitions, diagrams and case-study facts across all seven domains through spaced self-testing

Identify and repair the three weakest topics flagged by earlier self-tests

Rehearse diagram drawing so each core diagram is produced accurately in under three minutes