Repairing versus replacing possessions: Part 3 questions and answers

I suppose the main reason is sheer convenience and cost. Nowadays, mass-produced goods like toasters or headphones are so cheap that getting them repaired by a professional often costs more than buying a replacement. For example, if a cheap kettle stops working, people simply order another one online with next-day delivery. Having said that, this habit is also driven by clever advertising that constantly encourages consumers to upgrade to newer models.

There has definitely been a significant shift. Older generations grew up with a 'make do and mend' mentality, largely because goods were more expensive and built to be serviced. In contrast, modern society tends to treat items as disposable. My grandparents, for instance, would routinely patch clothes or mend furniture, whereas younger people today often lack the basic skills or patience to do that, though repair cafes are slowly becoming popular again.

The biggest impact is undoubtedly the staggering accumulation of electronic waste and plastic pollution. When we discard items prematurely, they usually end up in landfill sites or get incinerated, releasing toxic chemicals into the soil and atmosphere. Furthermore, constantly manufacturing replacements depletes finite raw materials like copper and lithium. Unless we curb this excessive consumption, the strain on the planet's ecosystems will only intensify.

Yes, absolutely. Introducing basic maintenance into design and technology classes would foster self-reliance and environmental awareness from an early age. Students could easily learn how to sew a missing button, change a fuse, or mend a bicycle puncture. That being said, the school curriculum is already quite crowded, so these practical lessons would need to be integrated carefully without squeezing out core academic subjects.

The primary concern is personal safety, especially when dealing with high-voltage electronics or gas appliances. Without proper training, an amateur could easily cause an electric shock or even start a house fire. On top of that, many contemporary devices are deliberately designed with glued casings and proprietary screws, meaning an untrained person is likely to damage the delicate microchips and void the warranty entirely.