Robotics doesn't seem very useful as a major , agree or disagree

In summary, majoring in robotics does not seem that important? Just plain engineering (mechanical or electrical) is just as useful if not more.
  • #1
land_of_ice
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0
a circuitry design does not really have to be similar to human form (i.e. a robotic like thing) in order to be useful.

So majoring in robotics does not seem that important? Just plain engineering (mechanical or electrical) is just as useful if not more.

agree or disagree?

also if you read the book "build your own humanoid robot" by Karl Williams , it makes sense that an application does not need to look human to perform a particular function? or to be useful?

can anyone give an examples of when it absolutely has to resemble a humanoid form to be useful?

other than frivolous things like a human like robot carrying a tray to your room just like on the Jetsons, which again would not be necessary, it would be able to carry the tray to the room without looking humanoid just fine.

another example would be this robot in Asia teaching students in a class room, http://www.telegraph.co.uk/technolo...her-conducts-first-class-in-Tokyo-school.html but again it doesn't need to look human to serve it's purpose, so how is robotics useful?
 
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  • #2
Why do you think a robot has to look like a human?

Industrial robots are very common and useful. Generally they simply consist of an arm which is fitted with an "end effector" to perform a specific task.
 
  • #3
Integral said:
Why do you think a robot has to look like a human?

Industrial robots are very common and useful. Generally they simply consist of an arm which is fitted with an "end effector" to perform a specific task.

So robotic just means that it moves, not that it looks humanoid?
 
  • #4
'Robot' is a word which comes from the Polish, meaning 'Slave worker', I believe.
There is no need for it to be an Android - just to perform some task.
Making your average robot, an Android would be to introduce pointless complexity and cost.
 
  • #5
I used to program unmanned stacker cranes. These were cranes that received a command from another computer to store or retrieve a pallet of material at or from a specified location in a warehouse. Some people called those cranes robots.

It seems to me that a robot in human form would have limited usefulness because it would be duplicating what humans already do. The advantage of robots is to be able to do things humans can't do and it seems to me many times that requires a different size or shape.
 
  • #6
You might want to look into "controls" and/or "mechatronics", the subject of robotics gets talked about is lots of EE and ME courses and is a big field that is not likely go to away. If you know some PLC programming, control theory, and some other ME stuff there are TONS of companies that do automation for industrial applications and other stuff that you could work for. If you really want to get into the humanoid robotics you can get a masters or PHD and go into research on these types of areas, I don't know the name of it but there is a whole field dedicated to human like robots. I would suggest you start, however, with choosing between ME and EE (you can do both but that is a TON of work and will take more years in school at most places), once you figure that out you usually have 2 years before you have to choose a specialty and can use that time to get more familiar with what is out there. Good luck!
 

1. Is robotics a useful major?

It depends on your individual interests and career goals. Robotics is a growing field with a wide range of applications, including manufacturing, healthcare, and space exploration. It also involves a combination of engineering, computer science, and mathematics, making it a versatile and interdisciplinary major.

2. What can I do with a robotics major?

Graduates with a degree in robotics can pursue careers in various industries, such as robotics engineering, research and development, software development, and product design. They can also work in fields that require a strong understanding of robotics, such as artificial intelligence, automation, and machine learning.

3. Is robotics only for people who are good at math and science?

While a strong background in math and science can be beneficial in understanding the principles of robotics, it is not a requirement for success in the field. Many universities offer introductory courses for students with limited math and science backgrounds to help them build a foundation in these subjects.

4. Are there job opportunities for robotics majors?

Yes, there is a growing demand for professionals with skills in robotics. As technology continues to advance, the need for individuals who can design, develop, and maintain robotic systems will only increase. According to the Bureau of Labor Statistics, employment of robotics engineers is projected to grow 9% from 2019 to 2029, much faster than the average for all occupations.

5. Is robotics a difficult major?

It can be challenging, like any other engineering or science major. However, with hard work, dedication, and a passion for the subject, it is a rewarding and fulfilling field of study. Many universities also offer resources such as tutoring, study groups, and hands-on projects to help students succeed in their robotics courses.

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