Gamma rays associated with the decay of states in 102Ag nucleus have been identified, sixty-four of them for the first time following the reaction 50Cr (56Fe, 3pn) 102Ag at a mean energy of 195 MeV. Identification was made using an array of nine, escapesuppressed Ge detectors coupled to a Daresbury Recoil Separator. Excited states in 102Ag were identified using recoil-gamma and gamma-gamma coincidences. From the intensity balance and the coincidence data, a new set of levels was identified which may be interpreted as the reminiscent of "three quasiparticle" bands in neighboring odd-mass nuclei and similar to a four quasi-particle band observed in 106Ag.