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We have revisited the prospects of Supersymmetry(SUSY) searches at the LHCwith 7 TeV energy along with the prediction of the discovery potential at 8 TeVenergy assuming an integrated luminosity 5 $fb ^{-1}$ and 20 $\invfb$ withmSUGRA/CMSSM as a model framework. We discuss further optimization of ourselection strategy which is based on the hadronic event shape variables.Evaluating the standard model backgrounds and signal rates in detail we predictthe discovery reach in the $m_0 - m_{1/2}$ plane for 7 TeV with 5$\invfb$luminosity. We also present the discovery reach for 8 TeV energy with anintegrated luminosity 5$\invfb$ and 20 $\invfb$. A comparison is made betweenour results and the exclusion plots obtained by CMS and ATLAS. Finally,discovery reach in the gluino and squark mass plane at the 7 TeV and 8 TeVenergy is also presented.

Probing Supersymmetry using Event Shape variables at 8 TeV LHC