Index: Teensy_Python_scripts/sensorCommands.py
===================================================================
diff -u -rffd8133b92274cfd07e4d94068c938534a41813d -rd2f07b0563ab2aaeca34241d3f6ebb2da5dd3c0c
--- Teensy_Python_scripts/sensorCommands.py	(.../sensorCommands.py)	(revision ffd8133b92274cfd07e4d94068c938534a41813d)
+++ Teensy_Python_scripts/sensorCommands.py	(.../sensorCommands.py)	(revision d2f07b0563ab2aaeca34241d3f6ebb2da5dd3c0c)
@@ -10,6 +10,27 @@
 
 loop_time = 10
 
+# List of Measurement Settings parameters used to unpack the update status response
+cfgSettingsParam = [
+    "sinfreq",
+    "dacpp",
+    "bias",
+    "rtia",
+    "pga",
+    "dftnum",
+    "avgnum"
+]
+
+# List of expected update measurement settings status response
+UPDATE_CFG_STATUS = {
+    0: "ERR_UNRECOGNIZED_PARAM",
+    1: "NO_CHANGE_TO_TIA",
+    2: "NO_CHANGE_TO_PGA",
+    3: "NO_CHANGE_TO_DFT_NUM",
+    4: "NO_CHANGE_TO_AVG_NUM",
+    5: "SUCCESS"
+}
+
 ##########################################################################################
 # Execute initialization function
 def initializeAllSensors(ser):
@@ -71,6 +92,7 @@
     parsePackets.parseMesaurementData(serial_data)
 
 ##########################################################################################
+#  Function to pack measurement settings in CSV format
 def packMeasurementSettingsCSV():
     # Define measurement settings values
     SinFreq = 11000.0
@@ -87,27 +109,7 @@
     return csv_command
 
 ##########################################################################################
-
-
-cfgSettingsParam = [
-    "sinfreq",
-    "dacpp",
-    "bias",
-    "rtia",
-    "pga",
-    "dftnum",
-    "avgnum"
-]
-
-UPDATE_CFG_STATUS = {
-    0: "ERR_UNRECOGNIZED_PARAM",
-    1: "NO_CHANGE_TO_TIA",
-    2: "NO_CHANGE_TO_PGA",
-    3: "NO_CHANGE_TO_DFT_NUM",
-    4: "NO_CHANGE_TO_AVG_NUM",
-    5: "SUCCESS"
-}
-
+#  Function to send measurement settings in CSV format and receive status response
 def updateMeasurementSettingsStruct(ser):
     ser.reset_input_buffer()
     printTimestamp()
@@ -122,15 +124,6 @@
     time.sleep(0.2)
     response = ser.read(7)  # MAX_CONDUCTIVITY_MST_PARAM_IDX = 7
 
-    UPDATE_CFG_STATUS = {
-        0: "ERR_UNRECOGNIZED_PARAM",
-        1: "NO_CHANGE_TO_TIA",
-        2: "NO_CHANGE_TO_PGA",
-        3: "NO_CHANGE_TO_DFT_NUM",
-        4: "NO_CHANGE_TO_AVG_NUM",
-        5: "SUCCESS"
-    }
-
     if len(response) == len(cfgSettingsParam):
         print("Received update status for all parameters:")
         for idx, status_byte in enumerate(response):
@@ -141,7 +134,6 @@
     else:
         print(f"Expected {len(cfgSettingsParam)} bytes, received {len(response)} bytes. Response incomplete.")
 
-
 ##########################################################################################
 # Function to read all the sensor values
 def getMeasurementSettings(ser):
@@ -158,7 +150,7 @@
 ##########################################################################################
 def updateEEPROMData(ser, *values):
     """
-    Sends a 'save' command with 1 to N EEPROM values over UART in CSV format,
+    Sends a 'upe' command with 1 to N EEPROM values over UART in CSV format,
     and interprets the response using Update_EEPROM_Status codes.
 
     Args: