PIC32MK EEPROM write operation

#define EEKEY1 0xEDB7
#define EEKEY2 0x1248

void EEInitialize(void) // Basic EEPROM enable and initialization
{ 
    __builtin_disable_interrupts();
    
    CFGCON2bits.EEWS = 7;// 8 = for system clocks < 75MHz 
    
    EECONbits.ON = 1;

    while (EECONbits.RDY == 0);// Wait until EEPROM is ready (~125 us)

    EECONbits.WREN = 1;// Enable writing to the EEPROM
    EECONbits.CMD = 0b100;// Set the command to Configuration Write

    EEADDR = 0x00;// Addr 0x00 = DEVEE1;
    EEDATA = DEVEE0;
    EEKEY = EEKEY1; // Unlock the EEPROM to enable writing
    EEKEY = EEKEY2;
    EECONSET = _EECON_RW_MASK;
    while (EECONbits.RW); // desired

    EEADDR = 0x04;// Addr 0x04 = DEVEE2;
    EEDATA = DEVEE1;
    EEKEY = EEKEY1; // Unlock the EEPROM to enable writing
    EEKEY = EEKEY2;
    EECONSET = _EECON_RW_MASK;
    while (EECONbits.RW); // desired

    EEADDR = 0x08;// Addr 0x08 = DEVEE3;
    EEDATA = DEVEE2;
    EEKEY = EEKEY1; // Unlock the EEPROM to enable writing
    EEKEY = EEKEY2;
    EECONSET = _EECON_RW_MASK;
    while (EECONbits.RW); // desired

    EEADDR = 0x0C;// Addr 0x08 = DEVEE3;
    EEDATA = DEVEE3;
    EEKEY = EEKEY1; // Unlock the EEPROM to enable writing
    EEKEY = EEKEY2;
    EECONSET = _EECON_RW_MASK;
    while (EECONbits.RW); // desired

    EECONbits.WREN = 0; // Turn off writes.
    
    __builtin_enable_interrupts();
    
}

uint32_t data_EEPROM_read(uint32_t ee_addr)
{
    uint32_t Data;
    
    EEADDR = ee_addr & 0xFFC; // Set address on 32-bit boundary
    EECONbits.CMD = 0; // Load CMD<2:0> with
    // Data EEPROM read command
    EECONbits.WREN = 0; // Access for read

    __builtin_disable_interrupts();
    EEKEY = EEKEY1; // Write unlock sequence
    EEKEY = EEKEY2;
    EECONSET = _EECON_RW_MASK; // Start the operation 
    __builtin_enable_interrupts();

    while (EECONbits.RW==1); // Wait until read is complete
    Data = EEDATA; // Read the data
    
    return Data;
}


void data_EEPROM_write(uint32_t ee_addr, uint32_t ee_data)
{
    EECONbits.CMD = 1; // Load CMD<2:0> with write command
    EECONbits.WREN = 1; // Access for write

    EEADDR = ee_addr & 0xFFC; // Load address on a 32-bit boundary
    EEDATA = ee_data;

    __builtin_disable_interrupts();
    EEKEY = EEKEY1; // Write unlock sequence
    EEKEY = EEKEY2;
    EECONSET = _EECON_RW_MASK; 
    __builtin_enable_interrupts();

    while (EECONbits.RW == 1);
}