The　rare　earth　Pr　doped　Ca1-xPrxMnO3　(x=0,　0.06,　0.08,　0.1,　0.12,　and　0.14)　compound　bulk　samples　were　prepared　to　study　the　effect　of　Pr　doping　on　thermoelectric　transport　properties　of　CaMnO3　compound　system.　The　doped　samples　exhibited　single　phase　composition　within　the　experimental　doping　range,　with　condensed　bulk　microstructure　and　small　porosities.　The　electrical　resistivity　was　remarkably　reduced　for　doped　samples,　on　account　of　the　enhanced　carrier　concentration;　the　absolute　value　of　Seebeck　coefficient　was　deteriorated　mainly　due　to　enhanced　electron　carrier　concentration.　The　electrical　performances　of　the　doped　samples　reflected　by　resistivity　and　Seebeck　coefficient　fluctuations　were　optimistically　tuned,　with　an　optimized　power　factor　value　of　0.342　mW/(m.K-2)　at　873　K　for　x=0.08　sample,　which　was　very　much　higher　comparing　with　that　of　the　un-doped　sample.　The　lattice　thermal　conduction　was　really　confined,　leading　to　distinctly　repressed　total　thermal　conductivity.　The　thermoelectric　performance　was　noticeably　improved　by　Pr　doping　and　the　dimensionless　figure　of　merit　ZT　for　the　Ca0.92Pr0.08MnO3　compound　was　favorably　optimized　with　the　maximum　value　0.16　at　873　K.