Coating-induced polarization aberrations of large incident angle are theoretically studied by Jones matrix. The method to reduce the aberrations is proposed through derivation, which is δ=0 and arbitrary incident angle should be appended as two additional optimization goals of optical coating design when the requirements of transmittance are met. Two different anti-reflection coatings which are designed through different optimization goals are compared to further verify the theory. The two anti-reflection coatings represent large and small transmittance and phase difference respectively. Numerical simulation of the two coating induced polarization aberrations is also performed to further verify the theory.