A method for accessing a radiocommunication system wherein the radio communication system uses a plurality of radio access technologies - RATs -, the method comprising: selecting a first one of a plurality of access configurations (10, 18, 26), wherein each access configuration (10, 18, 26) includes a plurality of software modules (12, 14, 16, 20, 22, 24, 28, 30, 32, 34, 36) to be executed in an order, and wherein each of the plurality of software modules, when executed, perform a predetermined network access related function associated with a RAT; executing the selected one of the plurality of access configurations (10, 18, 26) on a processor of a user equipment - UE; determining a result of the execution of the selected one of the plurality of access configurations (10, 18, 26), wherein a speed at which a connection to the radio communication system is established is determined as the result; associating the result of the execution of the selected one of the plurality of access configurations (10, 18, 26) with the selected one of the plurality of access configurations (10, 18, 26) and a geographical area; and iterating the selecting, executing, determining and associating steps for one or more second one of the plurality of access configurations (10, 18, 26), wherein the order of the first selected access configuration (10, 18, 26) defines a first software module (12, 28, 30, 32) including instructions to perform a received signal strength indicator - RSSI - scan, a second software module (14, 22, 34) including instructions to perform a cell search, and a third software module (16, 24, 36) including instructions to perform broadcast channel decoding; and wherein the order of one of the second selected access configurations (10, 18, 26) defines a first software module including instructions to perform a first RSSI scan on a first RAT, a second software module including instructions to perform a second RSSI scan on a second RAT and a third software module including instructions to perform a third RSSI scan on a third RAT; and storing information associated with the result for use in subsequent access attempts. selecting a first one of a plurality of access configurations (10, 18, 26), wherein each access configuration (10, 18, 26) includes a plurality of software modules (12, 14, 16, 20, 22, 24, 28, 30, 32, 34, 36) to be executed in an order, and wherein each of the plurality of software modules, when executed, perform a predetermined network access related function associated with a RAT; executing the selected one of the plurality of access configurations (10, 18, 26) on a processor of a user equipment - UE; determining a result of the execution of the selected one of the plurality of access configurations (10, 18, 26), wherein a speed at which a connection to the radio communication system is established is determined as the result; associating the result of the execution of the selected one of the plurality of access configurations (10, 18, 26) with the selected one of the plurality of access configurations (10, 18, 26) and a geographical area; and iterating the selecting, executing, determining and associating steps for one or more second one of the plurality of access configurations (10, 18, 26), wherein the order of the first selected access configuration (10, 18, 26) defines a first software module (12, 28, 30, 32) including instructions to perform a received signal strength indicator - RSSI - scan, a second software module (14, 22, 34) including instructions to perform a cell search, and a third software module (16, 24, 36) including instructions to perform broadcast channel decoding; and wherein the order of one of the second selected access configurations (10, 18, 26) defines a first software module including instructions to perform a first RSSI scan on a first RAT, a second software module including instructions to perform a second RSSI scan on a second RAT and a third software module including instructions to perform a third RSSI scan on a third RAT; and storing information associated with the result for use in subsequent access attempts.