Abstract: Bangalore is one of the most important cities in India as it has rapid growth in the IT sector. As a direct result of rising population, the number of vehicles in the city has been increasing considerably. What adds to the traffic pressure in Bangalore is that there is very little scope for expansion of roads. This has led to massive congestion in the arterial roads of the city. The ill effects of congestion may reach highly undesirable proportions very rapidly. Traffic congestion is characterised by slower speeds, longer trip times, and increased queuing. The main objective of the present study is to estimate the travel time and travel delay along the selected bus route i.e. BIG10 route number G6 - from Shantinagar bus stop (SNBS) to Kengeri satellite town bus stop (KSTBS) and analyse improvements to same through several congestion reduction measures using traffic micro simulation modelling and mobility indicators. The information and data necessary for making improvements in vehicular movement along this corridor is gathered together and considered. This data includes traffic volume data, road inventory data, travel times for various modes of travel and signal timings of all signalized intersections. The data so collected is used to simulate the vehicular flow using micro-simulation software. Changes with respect to road infrastructure, signal timings and various other possible solutions to reduce congestion is simulated and a cost benefit analysis is conducted.