Very nice summary of what the EE curriculum looks like. Physics and Math courses are certainly the most demanding at the beginning of the career, but certainly they are the building blocks for all Engineering fields. I'm looking forward to seeing more cool videos like this one!
Thanks for the comment Edgar! We have a few software videos, a computer engineering video, and then another map like this for the computer engineering degree. We hope you’ll like it! 😎👍
We're on it! Thanks for the feedback, maybe next we can do a map of Electrical Engineering careers? And go into depth on those two in the video. Sounds like a cool video to me 😎
In the video we more meant assembly language is basically as bare bones coding as it gets, because you are assigning binary values to hardware registers
Hello, i am in my first year in engineering. Does the demand of math and physics remain the same throughout the degree (learning math)? Or does it settle down later, to which we just apply most of what we already know?
I intend to work as embedded systems engineer after college. I planned to pursue electrical engineering for Bachelor Degree! Do you think it is a good choice ? There are only 5 specialization for me to follow in the university 1) Electronic Circuit Design 2) Semiconductors and Optoelectronics 3) RF, Antennas and Microwaves 4) igital Signal Processing 5) Communications which paths do you think will fit my career goal in embedded systems ? Should I switch to Computer Engineering instead ?
I'm wondering if I'll also have a chance to learn how to prototype stuff physically as well? Like learning how to use CAD software to create enclosures for my creations?
This depends - I was an Electrical Engineer and never was asked to touch CAD in the degree. Although I was hired as a Lab Technician for a professor’s research during a summer and I did design a few voltage rail and insulating plates for a high power application in FreeCAD and sent them out to be fabricated. So maybe you won’t, maybe you will, some degrees probably require it. But you could watch a few tutorials and get yourself started like I did 🤝
@@EngineeringInsiders interesting! I'll probably look into taking an extra class, then. My ideal is something similar to what Mark Rober does here on CZcams, if you're familiar with his channel. Being able to build stuff to solve problems around me is where I want to be in the future.
Yes it is possible! Although not very common. We advise you to be careful, specializing in two splits your effective skillset in either field in half, assuming you won't supplement with more learning on your own time. Therefore making it harder to get that first job. Also, only a subset of companies will have a need for an engineer with robotics and power specializations, so finding a job that uses both specializations will be a little tougher than just looking for a robotics or power job. BUT if you're very passionate about both and are happy to spend extra time looking for a job that uses both (EVs, maybe automation of power line work, etc.) then we say go for it 🙂👍
Where can i find a list of acredited schools for this major/field? I google it but im getting mixed results and im not even 100% if they're acredited when applying for jobs.
Great question! In the US look for ABET accredited programs - some majors at a university could have it and others not so make sure to look at the individual programs. We’re trying to put together resources for people wanting to enter engineering and this could be a good one, keep an eye out for that! 👍
I'd recommend watching our "So You Want to Be a Computer Engineer" video, it describes what computer engineering is in the context of software and electrical engineering! But short answer is yes it is very possible👍
Very nice summary of what the EE curriculum looks like. Physics and Math courses are certainly the most demanding at the beginning of the career, but certainly they are the building blocks for all Engineering fields. I'm looking forward to seeing more cool videos like this one!
Thanks for the comment Edgar! We have a few software videos, a computer engineering video, and then another map like this for the computer engineering degree. We hope you’ll like it! 😎👍
This channel and all of your vids are super helpful, just started my mech engineering undergrad this year
Heck yeah, congrats! Thanks so much for the comment. Glad you’re enjoying it, we’re only getting started! Mechanical content coming soon 👀
Graphics are awesome on this! Super well informed too, thanks!
Thanks Katie - Glad you liked it! 😄
Looking forward to all the videos you guys produce in the future
Thanks so much! It’s comments like these that keep us motivated to provide top tier content 😄
Super Informative. Would also like a more in depth video about integrated circuits and quantum computer hardware design for EE.
We're on it! Thanks for the feedback, maybe next we can do a map of Electrical Engineering careers? And go into depth on those two in the video. Sounds like a cool video to me 😎
Which Electrical Engineering subfield sounds the coolest? 🤔
it'd be Computer Engineering for me!!!!
Can’t even pick one, they all sound so cool 🤩
Haha the only correct answer! Let us know if you ever need help deciding, we’ve got a team of engineers at your service! 👍
Maybe a Computer Engineering Roadmap is on the Horizon?? 🤔
@@ayushchamoli6784 Computer Engineering Roadmap +1
4:28 Binary is the system for dealing with 1s and 0s, assembly is one level of abstraction above binary.
In the video we more meant assembly language is basically as bare bones coding as it gets, because you are assigning binary values to hardware registers
Hello, i am in my first year in engineering. Does the demand of math and physics remain the same throughout the degree (learning math)? Or does it settle down later, to which we just apply most of what we already know?
Good question Im wondering the same thing, if it’s something a little more slower or is it super hard all the time lol
Super Informative video! Keep up the awesome work 😎
Thank you so much for your comment! We’ll continue to do our best to bring you the best possible Engineering content. Count on it 🤝
I intend to work as embedded systems engineer after college. I planned to pursue electrical engineering for Bachelor Degree! Do you think it is a good choice ? There are only 5 specialization for me to follow in the university
1) Electronic Circuit Design
2) Semiconductors and Optoelectronics
3) RF, Antennas and Microwaves
4) igital Signal Processing
5) Communications
which paths do you think will fit my career goal in embedded systems ?
Should I switch to Computer Engineering instead ?
Informative video! Thank you, I came front Reddit! 😊
Thank you so much for the comment! Really makes our day. 😊 Let us know if have preference for future videos, we're all ears! 👍
I'm wondering if I'll also have a chance to learn how to prototype stuff physically as well? Like learning how to use CAD software to create enclosures for my creations?
This depends - I was an Electrical Engineer and never was asked to touch CAD in the degree. Although I was hired as a Lab Technician for a professor’s research during a summer and I did design a few voltage rail and insulating plates for a high power application in FreeCAD and sent them out to be fabricated.
So maybe you won’t, maybe you will, some degrees probably require it. But you could watch a few tutorials and get yourself started like I did 🤝
@@EngineeringInsiders interesting! I'll probably look into taking an extra class, then. My ideal is something similar to what Mark Rober does here on CZcams, if you're familiar with his channel. Being able to build stuff to solve problems around me is where I want to be in the future.
Why not also include reference to motors, generators, HV transmission, transformers etc?
Is it possible to get specialization in both power and robotics field?
Yes it is possible! Although not very common. We advise you to be careful, specializing in two splits your effective skillset in either field in half, assuming you won't supplement with more learning on your own time. Therefore making it harder to get that first job.
Also, only a subset of companies will have a need for an engineer with robotics and power specializations, so finding a job that uses both specializations will be a little tougher than just looking for a robotics or power job.
BUT if you're very passionate about both and are happy to spend extra time looking for a job that uses both (EVs, maybe automation of power line work, etc.) then we say go for it 🙂👍
@@EngineeringInsiders thanks a lot
@@ahsunhaque7038 No problem! Feel free to stop by with any other future questions🙂
I am an electrical engineer and I wish to designe and build an electric vehicle is that possible
Where can i find a list of acredited schools for this major/field? I google it but im getting mixed results and im not even 100% if they're acredited when applying for jobs.
Great question! In the US look for ABET accredited programs - some majors at a university could have it and others not so make sure to look at the individual programs. We’re trying to put together resources for people wanting to enter engineering and this could be a good one, keep an eye out for that! 👍
So does that mean an electrical engineer can branch into computer engineering?
I'd recommend watching our "So You Want to Be a Computer Engineer" video, it describes what computer engineering is in the context of software and electrical engineering!
But short answer is yes it is very possible👍
PLC IS THE WORST LOL
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