A hybrid engine comprising: a gas turbine engine comprising a low speed spool comprising a low pressure compressor operably coupled to a low pressure turbine and a high speed spool comprising a high pressure compressor operably coupled to a high pressure turbine ; a first electric motor configured to augment rotational power of the low speed spool; a second electric motor is configured to augment rotational power of the high speed spool; and a controller operable to: monitor for a transient operation request of the hybrid engine; provide the transient operation request to one or more management systems of the hybrid engine to determine whether one or more faults are detected by the one or more management systems; modify one or more stall margin adjustment parameters of the gas turbine engine based on detecting the one or more faults by the one or more management systems, wherein the one or more stall margin adjustment parameters comprise an adjustment to an acceleration schedule or the use of another reference acceleration schedule of the gas turbine engine or an adjustment to an engine bleed schedule or the use of another reference bleed schedule of the gas turbine engine; and adjust operation of the hybrid engine based on the one or more stall margin adjustment parameters; wherein the adjustment to the acceleration schedule or the use of another reference acceleration schedule and the adjustment to the engine bleed schedule or use of another reference engine bleed schedule are balanced with respect to a reduced power augmentation level provided by the second electric motor. a gas turbine engine comprising a low speed spool comprising a low pressure compressor operably coupled to a low pressure turbine and a high speed spool comprising a high pressure compressor operably coupled to a high pressure turbine ; a first electric motor configured to augment rotational power of the low speed spool; a second electric motor is configured to augment rotational power of the high speed spool; and a controller operable to: monitor for a transient operation request of the hybrid engine; provide the transient operation request to one or more management systems of the hybrid engine to determine whether one or more faults are detected by the one or more management systems; monitor for a transient operation request of the hybrid engine; provide the transient operation request to one or more management systems of the hybrid engine to determine whether one or more faults are detected by the one or more management systems; modify one or more stall margin adjustment parameters of the gas turbine engine based on detecting the one or more faults by the one or more management systems, wherein the one or more stall margin adjustment parameters comprise an adjustment to an acceleration schedule or the use of another reference acceleration schedule of the gas turbine engine or an adjustment to an engine bleed schedule or the use of another reference bleed schedule of the gas turbine engine; and adjust operation of the hybrid engine based on the one or more stall margin adjustment parameters; wherein the adjustment to the acceleration schedule or the use of another reference acceleration schedule and the adjustment to the engine bleed schedule or use of another reference engine bleed schedule are balanced with respect to a reduced power augmentation level provided by the second electric motor. <EOS>