Exploring a Career in Robotics with a Physics Major

In summary, pursuing a major in physics can lead to a career in robotics, but additional knowledge in electronics and computing may be necessary. Some individuals may choose to pursue certificates or degrees in these fields in addition to their physics degree to increase their chances of success in the robotics industry. It is also important to keep in mind that a career in IT may also be a viable option for those interested in robotics, as many modern robots are heavily reliant on technology and programming.
  • #1
evelyncanarvon
13
0
Hi, this isn't really a physics question, more a question about physics, if that makes sense. :smile:
If I major in physics, could I eventually go into a career in robotics?
What would I need to do?
Thanks.
 
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  • #2
you will probably need electronics and/or computing
 
  • #3
evelyncanarvon said:
Hi, this isn't really a physics question, more a question about physics, if that makes sense. :smile:
If I major in physics, could I eventually go into a career in robotics?
What would I need to do?
Thanks.

My son wanted to be a robotics engineer (we're talking 15 years ago). He got fed up with his computer science and dropped out of college. Then he went to a community college and got certificates in electronics as well as his AA in electricity and electronics. He is now, not a roboticist, but a lead IT tech for a big company. He is responsible for servers, networks and all that cutting edge stuff, and it's almost as good as robots. Remember, most of the robots sold these days are just glorified numerically controlled machine tools.
 

1. What are the job opportunities for a physics major in the field of robotics?

There are a wide variety of job opportunities for physics majors in the field of robotics. Some common career paths include robotics engineer, research scientist, software developer, and technical project manager.

2. How can a physics major get started in the field of robotics?

To get started in the field of robotics, a physics major can take courses in robotics, computer science, and engineering. They can also participate in internships or research projects related to robotics to gain hands-on experience.

3. What skills are important for a physics major pursuing a career in robotics?

Some important skills for a physics major in the field of robotics include a strong foundation in math and physics, programming skills, critical thinking and problem-solving abilities, and a strong understanding of mechanical systems and electronics.

4. Are there any specific tools or software that a physics major should be familiar with for a career in robotics?

Some common tools and software used in robotics include CAD software, simulation software, programming languages such as Python and C++, and knowledge of various sensors and actuators. It is also important for a physics major to stay updated on the latest advancements and developments in robotics technology.

5. What are some potential challenges or obstacles a physics major may face in pursuing a career in robotics?

One potential challenge for a physics major in the field of robotics may be the learning curve for programming and software development. Additionally, the rapidly evolving nature of robotics technology may require continuous learning and staying updated on new developments. It may also be competitive to secure certain job positions in the field.

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