Thank you. However, below I would like to offer two comments to reinforce the viewpoint that we support
1. Robots depend on human programming. 2.
Firstly, as we all know that robots work thanks to the programming available to
humans. So it depends on human creativity and they can only do what they are
programmed, meaning they can’t improvise.
For example, in some subjects that need our own creativity or talent such as drawing,
learning to sing, robots cannot respond to the unique challenges of each individual
student immediately, while only teachers in the field can do that, can show students the
steps and skills in the most detailed and specific way.
The increasingly complex capabilities of robots will eventually eliminate some human
tasks, but not all. Current robotics technology can automate only 25% of tasks in
unpredictable areas like construction and nursing. And to complete those tasks, we still
need well-trained people and good, experienced teachers cannot be replaced.
3. The cost of robots is unffordable
It cannot denied that the cost of investment in technology is exorbitant, especially manufacturing robots.
Additionally, The materials you use to build robot will likely be one of the biggest
expenses.Moreover, not every country has enough materials and chips.
Importing instead of manufacturing is also a good idea. But if you are looking for a
new robot that is complete with teaching pendants and controllers, be prepared to shell
out from $50,000 to $80,000. When you add specific apps for the robot, can go up to $100,000 to $150,000.
The high cost of advanced robots may exacerbate the technology divide between
schools with ability to access to resources and those without => affecting children’s learning -
Improvise /ˈɪmprəvaɪz/: to make or do something using whatever is
available, usually because you do not have what you really need -
Unpredictable /ˌʌnprɪˈdɪktəbl/: that cannot be predicted because it
changes a lot or depends on too many different things -
Motor /ˈməʊtə(r)/: $a device that uses electricity, petrol, etc. to produce
movement and makes a machine, a vehicle, a boat, etc. work -
Microcontroller / maɪkrəʊ kənˈtrəʊlə(r)/: a compact integrated circuit designed
to govern a specific operation in an embedded system. -