4 Years of Electrical Engineering in 26 Minutes

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As a 5th year EE student I would highly recommend anyone that is interested to pursue this degree it may be difficult but if it was easy than everyone would do it !

This has me hyped! I’m a bit anxious because I’m starting school a little late (27 because I joined the military first). However, I’m also excited since I’m super passionate about this kind of stuff. I appreciate you taking the time to make this video!!

While in college my buddy/roommate got his EE degree. Watched that kid do 2-6 hours of homework every single night. He graduated in 4 years due to immense determination and hard work. Quite a sight to see really.

From a 10 year professional, this has to be one of the best summaries out there. The guy explained every aspect in a way that would appeal to high school students and motivate them to take BEE as an education path

As a EE grad, this is such a great explanation of the degree and what all the courses teach you. I can see some comments worried about being able to make it through. I took 6 years to get my degree, but I kept pushing, made it, and it was so worth it.

This is memory lane for me. I graduated in 1969 where there was still much about electron tubes. We used FORTRAN which was welcomed after having to use machine language. It's good to see the statistics course.

That was a fantastic synopsis. Thank you. I studied EE in the 70’s and I am surprise how little has changed. Of course we didn’t have MatLab and we spent more time on the drafting board. We also had to take cross fertilization courses like ME for EE’s, Statics, Dynamics, and Thermodynamics.

Clarification: At 7:12, in the Ampere-Maxwell law (4th Maxwell equation), J current density which is caused by the flow of charges. At 9:08 an OR gate is shown since any non-zero inputs from each side result in 1.

Calc I usually does limits, differentiation, and integration, while Calc II usually covers more advanced methods of integration along with sequences/series convergence/divergence and Taylor series to approximate functions.

Ain't go lie this got me a little scared of electrical engineering

This gave me motivation to solve my Problem set in Physics (I'm still a freshman) that has a lot of integrals since I realized from this video that these integrals are still probably basic stuff if compared to the future Maths I'll be taking later on lol. Thanks! I also became really excited about Electrical Engineering because of this video.

Thank you man ! Very happy to see someone doing this and sharing with us ! BIG THANK YOU ! I am learning on my own but definitely this video helped me, as you mentioned at the start, there is a specific order to learning, which I overlooked when learning myself, still, happy to see someone else passionate about electronics ! All the best ! R

hey man just wanted to drop some support on your channel you've inspired me alot you can't even imagine. Finally an engineer on youtube who actually likes what he's doing gasp most other youtubers give awful advice , focused on money and how hard it is and now one actually talks about it with enthusiasm thanks for sharing your experience! what other YouTubers do you know that don't suck lol

Thank you for sharing. As someone with almost 5 years experience in the Mining Industry stumbling upon this has really helped me recalled what I studied back in uni. Its always good to go back to the fundamentals and formulas. These will give a clear understanding of real world application of your discipline. Thanks again. Greetings from PNG!

Hey Ali, I appreciate these videos you made. They have helped me quite a lot in deciding which direction to go in as I’m a 17 year old that just graduated from highschool and will be enrolling this fall for engineering. I also just finished reading your book and it gave me so much insight and advice which I’ve never seen before. Thank you for taking the time to create such a masterpiece of work. Based on your videos, electrical engineering seems so fascinating but I’m just afraid of hearing how difficult and complex it gets and if I’ll be even able to understand the concepts or make cool projects. I’ve taken all the math (Calc 1) and Physics (junior and senior) in highschool but I’ve never actually coded before or worked with circuits before. Im not sure if that means I would be at a huge disadvantage compared to some other students who may have done this. Thank you again for all your videos, I feel like I’ve learned a lot about what to expect in Engineering and I plan on watching a lot more :)

Calculus is really important because it allows you to understand Fourier and Laplace. These are essential for time series analysis which is critical for comms engineering and especially digital signal processing. I think people who haven’t studied EE don’t appreciate what a complex and rich branch of engineering it is.

Just graduated in EE and it’s interesting to see the similarities across programs. I also enjoy communications and RF and I think it’s interesting how your communications class was apart of your curriculum well as mine was an elective class. Also my calc 2 and 3 were combined and same with physics 2 and 3 which is also interesting

im pursuing EE in community college rn and im so HYPED up watching this video. The thought of having to take Calculus and physics classes intrigues me so much and learning about how electricity processes through devices

Truly interesting insights! Thank you for sharing!