Natural resource depletion happens when resources are depleted faster than they can be replenished. The phrase “depletion of natural resources” refers to water use, farming, fishing, fossil fuel consumption, and mining. These diminishing resources can be spared from extinction by using modern technology. 

As we know, appliances are increasingly reliant on computers to perform properly. Computers have been incorporated into many domestic appliances, such as dishwashers, dryers, refrigerators, and washing machines. For example, the microprocessor unit of any washing machine regulates the valves, sensors, and actuators that are in charge of cleaning the clothing. Your garments will not be cleaned if the computer fails to regulate these mechanisms or if one of these mechanisms fails. In today’s world, coding and programming dominate the entire world. From interacting with code scanners to holding a meeting on the streets, coding plays an important role everywhere.

Similarly, coding also helps you wash clothes, which reduces wastage of water and saves energy and human effort. Do you want to know how? Go through this blog to understand more.

How do Codes in Washing Machines Help in Washing Clothes?

Technology has come to the extent that the washing machine and its movements are under the control of the coding in the same manner as a personal computer does. It is known to be the central processing unit that transmits signals to the entire machine to function properly. The microprocessor in the washing machine decides what to do based on the laundry options, such as the wash cycle and water temperature.

Sensors that monitor temperature and water level are the major triggers, or what are known as input devices, that signal the microprocessor present in the washing machine that it is time to operate in a given way. For example, sensors in modern machines detect wetness in the garments to decide if they need to be spun for a more extended period to remove extra water. Sensors monitor the movement of the machine’s drum and other related operations. They send signals to the inbuilt coding of the washing machine, which determines what actions the machine should perform next.

Internal Programming

How Does a Washing Machine Function With the Help of Coding?

After being programmed, the washing machine has to run the internal programming. Then, after you’ve selected the cycle and loaded it into your washer, you need to press the start button. This signals to the washer that it is ready to employ its sensors and finish the wash and rinse cycle. This is done by switching on and off equipment that operates the remainder of the machine, including the motors proposed to spin the tub, the water pump, or the agitator.

Once you press the start button, the washing machine starts to discharge water into the tub or drum where the garments are placed. The computer will enable the water to flow to a predefined level based on the settings, at which point a sensor will notify if the water level has been achieved. The water will then be turned off, and the agitating procedure will commence. When the timer instructs the washer to cease agitating, the spin cycle begins, extracting the dirt from the garments and removing the dirty water from the washing machine. At the end of the spin cycle, the machine’s microprocessor instructs the device to drain the water.

Your machine has little or no idea what you put in it and cannot advise how carefully you should wash something delicate, such as a woolen jumper. The only things it can manage are the volume and temperature of the water, the speed of the spin, the number of oscillations of the drum, the frequency of rinses, and so on. Naturally, nobody wants to wash their clothing scientifically. That would offer us an endless number of choices, which would be far too difficult to manage. Recognizing this, machine developers strive to make life easier by providing a few preset programs that each utilize a slightly different mix of these factors to ensure that the cloth is washed safely within the tolerance of different textiles.

Does it Make Any Difference?

What difference does it make? Every cloth is unique. Wool is a very robust fabric, but it has two major downsides (from the standpoint of cleaning): it is pretty hygroscopic (it absorbs a lot of water). In addition, it loses elasticity with the rise of the temperature. So, if you’re developing a washing machine to wash woolens properly, start there: don’t let the wool get too hot (since the fibers will deteriorate and stretch a lot), and don’t beat it too much because it will stretch and not return to form. With harder fabrics, such as denim, you may be able to pound them around in the drum a lot more. 

Using technological gadgets and programming makes a huge difference by making an effort to save useful resources from being depleted. Further usage of coding saves human effort and makes minimal use of water in the case of a washing machine, ensuring a faster procedure in a smart way. With the advancement of science and coding, it is best to use them in a way that saves the planet’s depleting resources.

Each program labeled on a washing machine is the best judgment of the engineer as to how much agitation a specific garment or fabric is going to require and how much it can withstand without being damaged. You’d make such decisions intuitively if you were handwashing in a sink while balancing the desire to get your clothing clean with the need to safeguard it from damage. However, while your nerves would do it without thinking, the washing machine performs it with a specific wash temperature, number of agitations, number of spins, and spin speed.


Coding can help you in many ways. Coding makes your life easier by ensuring that energy is saved and used properly to avoid depletion. You can learn more about coding and programming languages by clicking on the link from the BYJU’S FutureSchool blog. Coding would have also made your lives easier in many ways. So do let us know in the comments how coding has helped you relax.

About the Author

More than just Coding and Math! Our proprietary, activity-based curriculum with live, real-time instruction facilitates: Problem Solving. Creative Thinking. Grit. Confidence. Communication