How Can I Best Prepare for a Career in Robotics?

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SUMMARY

To prepare for a career in robotics, students should focus on control systems, particularly mastering Laplace transforms, as they are crucial for motion control design. Understanding the inertia and momentum of robotic arms, along with resonance considerations, is essential. Engaging in co-op placements in robotics and exploring technician-level courses in mechatronics can provide practical skills that traditional engineering programs may overlook. Community colleges often offer valuable courses that cover hands-on programming of pneumatics and other relevant technologies.

PREREQUISITES
  • Control systems and Laplace transforms
  • Understanding of inertia and momentum in robotics
  • Knowledge of resonance in mechanical systems
  • Familiarity with mechatronics and pneumatic systems
NEXT STEPS
  • Explore community college mechatronics programs and their syllabi
  • Study advanced control systems and their applications in robotics
  • Gain hands-on experience with pneumatic programming and systems
  • Participate in co-op placements focused on robotics and automation
USEFUL FOR

Students transitioning into robotics, aspiring engineers, and professionals seeking practical skills in motion control and mechatronics.

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Entering third year, switched from electrical engineering to computer engineering. I love programming and 'designing' circuits (although typically my design consists of several other circuits mashed together.) However the physical side of robotics appeals to me a great deal.

I can still switch back to electrical, but I'm not interested in power generation, distribution or whatever.

In Co-op. I will try and get at least one robotics placement but I want to try other fields as well because you never know what you may like.

Any suggestions to better myself for the robotics field, should I decide it's definitely right for me?
 
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Spend time studying control systems, particularly Laplace transforms. When designing for motion control, you will need to consider the inertia and momentum of the arm. You will also need to consider resonances.

Robot motion is not trivial, especially robot arms carrying liquids.
 
If your local CC has a megatronics program look at their syllabus. There are courses at the CC which you cannot get in any of the degree programs. Usually technician classes that you can learn actual plumping and programming of pneumatics. VERY useful stuff for robots.

Generally engineering courses lean towards the theory and not the technician level skills needed in a robot.
 

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