A look at Robotics in Manufacturing
In the plant, all the processes are operated by computer- controlled robots, computer numerical control machining equipment, unmanned transport trucks and automated warehouse equipment.
The technical staff just sits at the computer and monitors through a central control system.
At the workshop of Changying Precision Technology Company in Dongguan, known as the "world factory", which manufactures cell phone modules, 60 robot arms at 10 production lines polish the modules day an ..
Like 3D Printing
Robotics looks set to revolutionise manufacturing. The Australian
shipbuilding and wider defence industry has the chance to adopt the
emerging technology. Briefly in this article I will outline some of
the advantages offered by improvements in Robotics field. I will also
offer the reader a look at matter from the stand point of those who
set to be the most affected. This does represent a break in
convention from the normal tone of my articles. By doing so I can
avoid covering the same ground I covered in my article on 3D
Printing.
I feel that some of the
upsides of the use of Robotics in the defence industries may have
been overlooked. During wartimes factories , shipyards and industrial
plants are targets for strategic bombing. Partial or complete
production lines could continue while they are under fire without
risking fewer or no people's lives.
This would allow
important industrial plants to be on going under combat conditions.
In the event that the facilities are damaged or destroyed by enemy
action the combination of Robotics and 3D Printing would see new
machinery assembled and installed in a fast manner.
Note the reader: In
terms of strategic bombing destroying the industrial tooling (enter
name and kind facility here) is the goal of a air strike. So if the
machinery/tooling at a tire factory is knocked it doesn't matter if
the roof is standing or not.
Safety in the work
place isn't a concern for robots. Either is working conditions or
pay. Who ever heard of a Robot making a ACC claim? Now I come to
point of dealing with the arguments for and against the increased use
of Robotics in civilian and defence industries. The adaptation of 3D
Printing and Robotics would inevitable lead to job losses.
Technological evolution results in greater levels of automation and
reduced labour overheads
I
am unashamedly in favour retooling the Australian Defence Industry
with 3D Printing and Robotics. So it's only fair that I present that
stand point of those who seek to protect the jobs and working
conditions of existing workers who stand to be effected. A former
Union employee kindly offered the following (their comments appear in
italics) :
The Unions will
"want to maintain or increase the standard of living of all
workers despite their loss of position. To ensure this, unions most
likely will call for an increase in low-level positions in the
company doing other things or for an increase to company / high
income taxation to ensure a redistribution of welfare from the
'haves' to the 'have nots' "
And
"Unions number
one focus is to ensure a fair standard of living for all citizens in
the country through providing a life style that encourages personal
growth and interest in bettering themselves." - former Union
employee
Thinking
about the issue I was reminded about some of the conversations that I
overheard in the early 1990's. At that time the internet wasn't
really around yet and I was a young child. People would still comment
here and there about how PC's were now doing the jobs that use to be
done by people.
Nobody
was talking about the newer jobs that had first appeared along with
the emergence of the PC industry. The job role of PC repair
technician had emerged in the early 1980's. When somebodies
workstation or home PC was in need of repair a new breed of Geeks
would work their wizardry. I believe that once 3D Printing and
Robotics become mainstays similar jobs will appear in those fields.
How long will it be before CompTia offers a certifications for people
work around Robots and 3D Printers?
LUKE . . At that time the internet wasn't really around yet and I was a young child. People would still comment here and there about how PC's were now doing the jobs that use to be done by people. Nobody was talking about the newer jobs that had first appeared along with the emergence of the PC industry. The job role of PC repair technician had emerged in the early 1980's. When somebodies workstation or home PC was in need of repair a new breed of Geeks would work their wizardry. I believe that once 3D Printing and Robotics become mainstays similar jobs will appear in those fields."
ReplyDeleteDON Your observations are correct BUT for one element. i bought my first computer in the 1980s. An IBM XT with printer and 12 inch black white monitor. I now have a 6 year old ACER brand, with LG 27 inch flat panel color monitor. All totaled I have called on a technician not more than 6 times. About 30 years service, and 6 occasions to need an expert. Yes 3D Printing and Robotics will create new jobs. But each machine will replace 30-50 old time jobs. 1 or 2 can get into servicing the new devices, but what happens to the other 28-48 now unemployed persons?
This is why America has 20-30 million unemployed persons under age 67 with no jobs in sight and a government that ignores their plight. If those were counted our GREAT 5.8% unemployed rate would rise to 15-18%! Don W