I recently graduated with a honours bachelor in electrical and electronics, and I’m extremely interested in this field... Hopefully I get a job in this field soon. This presentation made me love controls even more.
I have always wanted a career with technology to its peak, and I find this very exciting and purposeful to the world. This video made me interested in controls engineering and I would love aiming to be one!
Thank you! To learn more about control theory, consider these textbooks: "Feedback Control of Dynamic Systems" (Franklin, Powell, Emami-Naeini) and "Modern Control Engineering" (Ogata).
Good presentation! I’m a Control Engineering student from Brazil, and I must start my undergraduate thesis this month. Do you have some advice from a theme for me? I want to do some controller but I don’t yet know what good to control, because I don’t want to do something ordinary. Thanks!
always i ask my self what am going to do? because I'm control engineering student. Simply i don't know what i will do after i graduate.10q for the presentation
Depends on the system you're trying to control.. I know that control theory seems very "mechanical" but that's just because it has many applications in mechanics.. The mathematics of control theory (Differential Equations and Laplace Analysis) are very abstract and generic.. Even if a new "kind of physics" was discovered, this physics can still be controlled using the tools. To better answer your question, control engineering can be used to control the strength of a magnet, for example, so you can apply using electromagnetism. It can be used to control the angle of a satellite dish receiver, or control the focal length of a converging lens to properly view objects varying distances away (aka your eye!). Understand the fundamentals, and you'll be able to apply however you want.
Under half an hour he explained everything that I learned in a year.
Awesome presentation.
Thank you Aditya!
I recently graduated with a honours bachelor in electrical and electronics, and I’m extremely interested in this field... Hopefully I get a job in this field soon. This presentation made me love controls even more.
I just got done taking a controls class. I loved it. However I really wish we would have had a lab. That would have been cool
This is an underrated field.
Pretty good video I love this presentation so much.
Gee Thanks. My head just exploded this morning..
Great presentation. I really liked his energy.
I have always wanted a career with technology to its peak, and I find this very exciting and purposeful to the world. This video made me interested in controls engineering and I would love aiming to be one!
The presentation was easy to follow and interesting. Well done brother 👍🏾
This good presentation gives strong intuition about control theory. Thanks for sharing knowledge.
Awesome presentation ✨
Am a medic student and I know my purpose y am here
Really helpful... I can understand much as I can
😍
I think it is a better way to teach classical theory first before the modern theory. and I like to know the textbook for this course?
Thank you! To learn more about control theory, consider these textbooks: "Feedback Control of Dynamic Systems" (Franklin, Powell, Emami-Naeini) and "Modern Control Engineering" (Ogata).
GREAT PRESENTATION !
Good presentation!
I’m a Control Engineering student from Brazil, and I must start my undergraduate thesis this
month.
Do you have some advice from a theme for me? I want to do some controller but I don’t yet know what good to control, because I don’t want to do something ordinary.
Thanks!
What are you doing right now?
Sweet!
always i ask my self what am going to do? because I'm control engineering student. Simply i don't know what i will do after i graduate.10q for the presentation
Gosaye Weldemaryam what are you doing now?
I am in the same place right now. What are you doing now?
@@pv4343 What are you doing now?
What kind of physics beside classical mechanics is used in controls engineering ?
Not much, electronic, etc, then it's basically math beyond that.
Depends on the system you're trying to control.. I know that control theory seems very "mechanical" but that's just because it has many applications in mechanics.. The mathematics of control theory (Differential Equations and Laplace Analysis) are very abstract and generic.. Even if a new "kind of physics" was discovered, this physics can still be controlled using the tools.
To better answer your question, control engineering can be used to control the strength of a magnet, for example, so you can apply using electromagnetism. It can be used to control the angle of a satellite dish receiver, or control the focal length of a converging lens to properly view objects varying distances away (aka your eye!).
Understand the fundamentals, and you'll be able to apply however you want.
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