Syllabus and subsoil exploration
Methods of Investigation, investigation report, revision on bearing capacity theories
Bearing capacity special cases - layered soil and closely spaced footings
Bearing capacity special cases - sloped grounds and mat foundations
Settlement of foundations
Settlement using elastic theory, strain influence method
Settlement using SPT N values
Settlement using pressuremeter test values
General principles of footing design - Design of pedestal
RCC design of shallow foundation
Design of sloped footing
Design of wall footing
Strip footing under several columns
Strip footing under several columns and design of combined footing
Design of trapezoidal combined footing
Design of cantilever footing
Design of flat slab raft
Design of flat slab raft (continued)
Design of beam and slab raft
Design of beam and slab raft (continued)
Design of beam and slab raft (continued)
Problems on piles capacity and settlement, Introduction to laterally loaded piles
Laterally loaded piles (continued)
Laterally loaded piles (continued) and structural design of pile
Structural design of ile (continued)
Design of pile cap
Design of pile cap (continued) and piles subjected to uplift load
Drilled shafts
Drilled shats in grannular and cohesive soil
Capacity of rock socketed drilled shat
Well founndation - Introduction
Design of well cap
Stability analysis and design of well foundation
Braced cuts
Braced cuts (continued)
Piping failure of braced cuts in sand
Fundamentals of soil dynamics
Fundamentals of soil dynamics (continued)
Analysis of block foundation
Design of reciprocating machines
Design of impact type machines
Problems on well foundation design (revision)
Stability of well (revision)
Problem on pile design (revision)
