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A constituent quark model is developed for the reaction, allowing us toinvestigate all available data for differential cross sections as well assingle polarization asymmetries (beam and target) by including {\it all} of thePDG, one to four star, nucleon resonances ($S_{11}$, $P_{11}$, $P_{13}$,$D_{13}$, $D_{15}$, $F_{15}$, $F_{17}$, $G_{17}$, $G_{19}$, $H_{19}$,$I_{1,11}$, and $K_{1,13}$). Issues related to the missing resonances are alsobriefly discussed by examining possible contributions from several newresonances ($S_{11}$, $P_{11}$, $P_{13}$, $D_{13}$, $ D_{15}$, and $H_{1,11}$).

Chiral constituent quark model study of the process $\gamma p \to \eta p$