An apparatus associated with a cochlear implant system (100, 500) used by a patient, the apparatus (300, 1200) comprising: at least one physical computing component that is configured to direct a cochlear implant (108, 504) included within the cochlear implant system and to be implanted within the patient to generate electrical stimulation current at a predetermined current level and to apply the electrical stimulation current to the patient by way of an electrode (112, 512) coupled with the cochlear implant; direct the cochlear implant to measure a voltage level associated with the electrode while the electrical stimulation current is applied to the patient by way of the electrode; determine, based on the predetermined current level and the measured voltage level, an impedance of the electrode; identify a predetermined stimulation parameter adjustment constraint representing at least one of: an upper bound under which a stimulation parameter (600, 700, 800, 900) associated with the cochlear implant system is to remain during automatic adjustment of the stimulation parameter, a lower bound above which the stimulation parameter is to remain during automatic adjustment of the stimulation parameter, or a range within which the stimulation parameter is to remain during automatic adjustment of the stimulation parameter; and automatically adjust, based on the impedance of the electrode and in accordance the predetermined stimulation parameter adjustment constraint, the stimulation parameter, wherein: the predetermined stimulation parameter adjustment constraint is to be determined and set within a storage component (306, 1206) included within the apparatus (300, 1200) by a medical professional facilitating care of the patient with respect to the cochlear implant system (100, 500); and the at least one physical computing component is configured to identify the predetermined stimulation parameter adjustment constraint by retrieving the predetermined stimulation parameter adjustment constraint from the storage component. direct a cochlear implant (108, 504) included within the cochlear implant system and to be implanted within the patient to generate electrical stimulation current at a predetermined current level and to apply the electrical stimulation current to the patient by way of an electrode (112, 512) coupled with the cochlear implant; direct the cochlear implant to measure a voltage level associated with the electrode while the electrical stimulation current is applied to the patient by way of the electrode; determine, based on the predetermined current level and the measured voltage level, an impedance of the electrode; identify a predetermined stimulation parameter adjustment constraint representing at least one of: an upper bound under which a stimulation parameter (600, 700, 800, 900) associated with the cochlear implant system is to remain during automatic adjustment of the stimulation parameter, a lower bound above which the stimulation parameter is to remain during automatic adjustment of the stimulation parameter, or a range within which the stimulation parameter is to remain during automatic adjustment of the stimulation parameter; and an upper bound under which a stimulation parameter (600, 700, 800, 900) associated with the cochlear implant system is to remain during automatic adjustment of the stimulation parameter, a lower bound above which the stimulation parameter is to remain during automatic adjustment of the stimulation parameter, or a range within which the stimulation parameter is to remain during automatic adjustment of the stimulation parameter; and automatically adjust, based on the impedance of the electrode and in accordance the predetermined stimulation parameter adjustment constraint, the stimulation parameter, wherein: the predetermined stimulation parameter adjustment constraint is to be determined and set within a storage component (306, 1206) included within the apparatus (300, 1200) by a medical professional facilitating care of the patient with respect to the cochlear implant system (100, 500); and the at least one physical computing component is configured to identify the predetermined stimulation parameter adjustment constraint by retrieving the predetermined stimulation parameter adjustment constraint from the storage component. the predetermined stimulation parameter adjustment constraint is to be determined and set within a storage component (306, 1206) included within the apparatus (300, 1200) by a medical professional facilitating care of the patient with respect to the cochlear implant system (100, 500); and the at least one physical computing component is configured to identify the predetermined stimulation parameter adjustment constraint by retrieving the predetermined stimulation parameter adjustment constraint from the storage component.