In order to enhance earthquake prediction capacity of apparent resistivity during the Winter Olympics in 2022, short electrode spacing well apparent resistivity measurement will be added at 8 seismic stations(i.e., Baochang, Jining, Yangyuan, Datong, Daixian, Linfen, Tongzhou and Pinggu seismic stations), at the vicinity of Shanxi-Hebei-Inner Mongolia area. This paper combines the borehole core profile and electric sounding data to inverse the layered electric structures of these stations. Sensitivity coefficients of each layer versus electrode spacing and burning depth have been obtained. Then the appropriate electrode spacing and burning depths have been selected, making the effect from surface layer as small as possible and the contribution of the target horizon to observation as large as possible. Observation schemes of the 8 seismic stations have been eventually completed and have been approved by relevant departments. Construction of the stations will be launched in 2019.