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Low-energy excited states in 71,73Ni populated via the {\beta} decay of71,73Co were investigated in an experiment performed at the NationalSuperconducting Cyclotron Laboratory (NSCL) at Michigan State University (MSU).Detailed analysis led to the construction of level schemes of 71,73Ni, whichare interpreted using systematics and analyzed using shell model calculations.The 5/2- states attributed to the the f5/2 orbital and positive parity 5/2+ and7/2+ states from the g9/2 orbital have been identified in both 71,73Ni. In 71Nithe location of a 1/2- {\beta}-decaying isomer is proposed and limits aresuggested as to the location of the isomer in 73Ni. The location of positiveparity cluster states are also identified in 71,73Ni. Beta-delayed neutronbranching ratios obtained from this data are given for both 71,73Co.

Beta decay of 71,73Co; probing single particle states approaching doubly magic 78Ni