Index: Teensy_Python_scripts/sensorCommands.py
===================================================================
diff -u -r449f6936bd3fd84d8c4da61448702ca24015d778 -rffd8133b92274cfd07e4d94068c938534a41813d
--- Teensy_Python_scripts/sensorCommands.py	(.../sensorCommands.py)	(revision 449f6936bd3fd84d8c4da61448702ca24015d778)
+++ Teensy_Python_scripts/sensorCommands.py	(.../sensorCommands.py)	(revision ffd8133b92274cfd07e4d94068c938534a41813d)
@@ -21,8 +21,8 @@
     while True:
         serial_data = ser.readline()
         if b'\x03' in serial_data:
+            print(serial_data)
             break
-        print(serial_data)
 
     printTimestamp()
 
@@ -71,38 +71,77 @@
     parsePackets.parseMesaurementData(serial_data)
 
 ##########################################################################################
-def updateMeasurementSettings(ser):
-    ser.reset_input_buffer()
-    printTimestamp()
-    sendCfgCommand(ser, "sinfreq", 10000.0)
-    sendCfgCommand(ser, "dacpp", 300.0)
-    sendCfgCommand(ser, "bias", 100.0)
+def packMeasurementSettingsCSV():
+    # Define measurement settings values
+    SinFreq = 11000.0
+    DacVoltPP = 400.0
+    BiasVolt = 200.0
+    HstiaRtiaSel = 7
+    AdcPgaGain = 2
+    DftNum = 256
+    ADCAvgNum = 16
 
+    # Create CSV string: mst,<SinFreq>,<DacVoltPP>,<BiasVolt>,<HstiaRtiaSel>,<AdcPgaGain>,<DftNum>,<ADCAvgNum>
+    csv_command = f"mst,{SinFreq},{DacVoltPP},{BiasVolt},{HstiaRtiaSel},{AdcPgaGain},{DftNum},{ADCAvgNum}\r\n"
+
+    return csv_command
+
 ##########################################################################################
-def sendCfgCommand(ser, param_name, param_value):
-    """
-    Sends a 'cfg' command over UART to configure a specific parameter.
 
-    Args:
-        ser: The serial.Serial object.
-        param_name: Name of the parameter to configure (e.g., 'SinFreq').
-        param_value: Value to set for the parameter (e.g., 1000.0).
-    """
-    # Clear input buffer before sending
+
+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"
+}
+
+def updateMeasurementSettingsStruct(ser):
     ser.reset_input_buffer()
+    printTimestamp()
 
-    # Format and send the command
-    command_str = f"cfg,{param_name},{param_value}\r\n"
-    print(f"Sending command: {command_str.strip()}")
-    ser.write(command_str.encode())
+    # Get CSV command
+    csv_command = packMeasurementSettingsCSV()
 
-    # Wait briefly for response
+    print(f"Sending mst command in CSV format: {csv_command.strip()}")
+    ser.write(csv_command.encode())
+
+    # Wait for response: expect 7 bytes (one per parameter)
     time.sleep(0.2)
+    response = ser.read(7)  # MAX_CONDUCTIVITY_MST_PARAM_IDX = 7
 
-    # Read and print response
-    serial_data = ser.readline()
-    print("Response:", serial_data.decode().strip())
+    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):
+            status_code = int(status_byte)
+            status_message = UPDATE_CFG_STATUS.get(status_code, "UNKNOWN_STATUS")
+            param_name = cfgSettingsParam[idx]
+            print(f"{param_name}: {status_message}")
+    else:
+        print(f"Expected {len(cfgSettingsParam)} bytes, received {len(response)} bytes. Response incomplete.")
+
+
 ##########################################################################################
 # Function to read all the sensor values
 def getMeasurementSettings(ser):
@@ -111,12 +150,59 @@
     printTimestamp()
     ser.write(b'k\r\n')
     time.sleep(0.2)
-    serial_data = ser.readline()
+    serial_data = ser.read(28)
     print(serial_data)
     printTimestamp()
     parsePackets.parseMeasurementSettings(serial_data)
 
 ##########################################################################################
+def updateEEPROMData(ser, *values):
+    """
+    Sends a 'save' command with 1 to N EEPROM values over UART in CSV format,
+    and interprets the response using Update_EEPROM_Status codes.
+
+    Args:
+        ser: The serial.Serial object.
+        *values: A variable number of float or double values to be saved to EEPROM.
+    """
+    UPDATE_EEPROM_STATUS = {
+        0: "INVALID_CMD",
+        1: "NO_VALID_VALUES",
+        2: "TOO_MANY_VALUES",
+        3: "WAITING_FOR_CONFIRMATION",
+        4: "CONFIRMATION_TIMEOUT",
+        5: "ERR_DOUBLE_VALUES",
+        6: "ERR_FLOAT_VALUES",
+        7: "VALUES_VERIFIED",
+        8: "OPERATION_ABORTED",
+        9: "INVALID_RESPONSE",
+        10: "SUCCESS"
+    }
+
+    if not values:
+        print("No values provided to update EEPROM.")
+        return
+
+    # Construct the CSV command
+    command = "upe," + ",".join(f"{v:.6f}" for v in values) + "\r\n"
+    print(f"Sending command: {command.strip()}")
+
+    # Send the command
+    ser.reset_input_buffer()
+    ser.write(command.encode())
+
+    # Wait for response
+    time.sleep(0.2)
+    response = ser.readline().decode(errors='ignore').strip()
+
+    try:
+        status_code = int(response)
+        status_message = UPDATE_EEPROM_STATUS.get(status_code, "UNKNOWN_STATUS")
+        print(f"EEPROM Update Response Code: {status_code} - {status_message}")
+    except ValueError:
+        print(f"Unexpected response: {response}")
+
+##########################################################################################
 # Function to read all the sensor values
 def getEEPROMdata(ser):
     # Read the data from the corresponding channel