Excitation of the 4p5(2P3/2)5s3P1 state of krypton by 30 eV incident electrons has been studied using the electron-photon angular correlation technique. The alignment and orientation of this state can be completely described using four independent parameters, three of which can in principle be obtained from the present measurements of angular correlations with two detector geometries. Difficulties encountered in the extraction of the spin-dependent parameters are discussed. There is generally good agreement between the experimentally measured angular correlations and distorted-wave Born approximation predictions.