If you're having trouble deciding, you can double major in EE and computer science. I did this- the curriculums overlap a lot more than people think so it is possible. This way you can do more programming and learn about computer architecture, security, compilers & programming languages, while also learning about power (motors, generators, power electronics, transmission and distribution) and diving deep into analog devices, semiconductors, integrated circuits and more!
@@barrythefonemjust do computer engineering a double major doesn't actually increase your salary. Never duel major. Always get a masters if u are wanting more education bc at least it checks more boxes/potentially increases your salary
@@NeneBot-ps9qo you can’t just do computer engineering if your interest is in different areas but if you want to do something with transmission, power generator, distribution Then electrical engineering is for you but if you also want to mix it with software side then double major in electrical engineering and computer science But if you like both computer science and electronics do computer engineering
I've been doing this since high school (40 years now) and I still have a passion for BOTH side of embedded development; hardware and software. The third love I have is for "firmware", which like both hardware and software using languages such as VHDL or SysVerilog. I think my passion will die if they ever make me a manager!
@@NeneBot-ps9qo Computer engineering is an awkward major, you truly won't learn as much as double majoring EE and CS. Some college don't have CE major, they named it EECS instead. You can still learn a lot of CE concepts in a good college; because CE is just a branch in EE, specifically for computers.
I'm an ECE junior and my God, I've taken almost everything you've said in this video. Not a day goes by that the thought "I could just lay down and stop". Perseverance is key!
15 year CE veteran and I remember how utterly exhausted I was by my final year. Totally worth it though, but damn, it was literally sheer force of will to finish that final term.
@@rajnishmishra453 The combo of hardware and software is deadly in the industry: I've seen CS majors do utterly idiotic things because they don't really know how their computers think, and most EEs are absolute trash at coding embedded systems - they're often too used to dealing with things as one-off projects and have a hard time managing complexity over a product lifecycle. I've typically found CE's end up becoming either system architects or CTOs/execs later in their careers as they tend to be holistic system-level thinkers comfortable with highly complex and interrelated systems.
@Kotesu so you recommend doing ce? I’m about to go into my second year in an ee degree but I’m hard working and am thinking that a ce degree will make me a more well rounded engineer. What you said makes sense about cs and ee majors getting lost in their own world and that might be why i think i want to do ce because I want to be able to explore the fields of hardware/software engineering as I make career choices.
what an outstanding video, i appreciate all the research you've done to create this masterpiece, got a lot of things cleared in my head now, thank you very much!
Great video. I've been wanting to return to college for a degree in Computer Engineering and am pretty new to the subject. this was pretty helpful. Hoping the job market will be nice for Computer Engineers by the time I finish!
You do a really great job in these comparisons. Not only do you state the differences, you dive into examples (for example, even though I don’t understand the math, you genuinely demonstrated the kind of math you’d see in both, and all the projects with pictures. Oh man GREAT video for sure, it helped me realize computer engineering is more for me).
I'm from a foreign country and was looking to start from scratch and find a new path. Your videos have helped me understand what thoses classes actualy mean and what they are and even how they work. I've spend countless hours trying to figure it out on many different univerities websites and you're the only one that made it understandable. Thank you!!
@@funtechu You could, you would just have to take the extra electives for the other major since you already completed the same core classes! Let's say both majors require 6-8 core classes that are exactly the same but they diverge in the electives where you need 4 courses for each. So you take an extra semester for the other 4 electives and now you should have the accumulated credits and requirements for both degrees!
@@funtechu, Nothing against your choice on the degree, but in some ways, I think that maybe you might have made the wrong choice in the school! This is something that I would have researched before applying... Personally, I would make sure that I can earn a dual or even triple degree if they were related. For example, if I was going for something in the Electronics/Computer field to earn a bachelors to a masters degree I would do something on these lines: I would major in Computer Hardware Engineering and Computer Software Engineering - Computer Science. These would be my specific majors. However, they would be built on top of these degrees, a Degree in Mathematics, Physics and Electrical Engineering. Let's say that a Bachelor's Degree for each of these majors - minors would require about 140 credits each and that they all have approximately 80 credited courses in common. That's 80 courses that you should not have to take again nor pay for again as you have already earned them. Now the other 60 credits are electives that are geared toward specific degrees. Of those 60 maybe 20 of them might be in common with some of the other degrees. Again once they are earned they should be applicable to any degree that requires them. So at the end of the day when you finally "graduate" to receive your degrees, certificates, or diplomas you might have accumulated say 200 credits and should be able to earn 3-4 maybe even 5 bachelor degrees where the subjects are related or similar. Then from there, you should be able to take it to the next level and earn your Masters in your more focused disciplines and finally earn your Doctorates or Ph.D. in your specializations. If a university or college did not offer this, then I would not waste a single dollar of my hard-earned money on them! Regardless of that, congratulations on your achievements.
@@funtechu I'm not trying to dispute it, I'm just stating I wouldn't waste my money on them! I'll go to my own university as it's called being self-taught... I'm always learning something!
Both careers are good but in my opinion Electrical Engineering gives you a versatility that computer engineering doesn't. Don't be scared of math, is just take it with patience and not overpressure yourself. I'll get possibly Electrical Engineering and even, I didn't go to a technical school , although everything I am learning on college is new math for me and not considering myself an expert mathematic, the advice I can give to you all is that Math is only about logic, remember procedures and match pieces like a puzzle. Hope you can find you major and accomplish your goals! Good luck.
I'm a forth year computer engineer student and although I agree on everything you said about what CPE can do but I think you missed the main point. For me, the purpose of a a computer engineer is to design and implement computer systems which include design CPU, memory, IC, drivers, peripherals, communication between computers etc... I'm not saying CPE don't do software jobs but as a computer engineer I think our advantage is to work on the hardware side. So in general digital electronics and computing is the main purpose of computer engineering.
@@jaredcrown5812 to really get a good job at designing computer parts it doesn't matter if you go computer or electrical because you can pick alot of computer electives on the actual electrical one and do minors. Now to design cpus you need at least a second degree, no one will take a first degree has a cpu or gpu architect into their company, most are second degree and doctors. In the second degree you can fully specify working on cpus, and then the actual degree will matter less. You can even do it from a math degree or CS one. You can get a first degree job as vlsi, or even cpu if you start from bottom of the company (assistant, maybe a implemention job and more )and go to the top, the job market is varied and degree is not all times the main problem.
Excellent video! My school (Weber State University) allows bachelors degree computer science students go into the computer engineering masters degree program (after completing the major courses from the computer engineering bachelors degree for prerequisites, of course). This video, as well as some others that you have, explain a lot of information I couldn't find anywhere else!
I always watched you for your comedic stuff, but now, as a prospective college student trying to decide on engineering majors, this part of your channel is actually insanely useful!
Watching this guys videos is what keeps me motivated in continuing in electrical engineering as stuff like this is what I want to do as my future career
I am going to join the university for Bachelor degree and was so confused about these two majors.Thanks man you solved my problem,going for COMPUTER ENGINEEERING....(subscribed)
Arduino suck as a learning tool for undergraduates. It's so software simplified it gives the user a wrong impression about Microcontrollers as a whole.
funnily enough, the classes I had left most students at the opposite impression, as the classes just covered manually implementing everything yourself, not covering any libraries or simplifications that are commonly used and distributed by the manufacturer. I had to tell so many people in group projects that they didn't have to calculate the whole timer for example, that they could just use a function from a library to do it for them. It's nice to learn HOW it actually works, but really, you'll never use it unless you need a very space and time efficient implementation.
well thats cause arduino took the ATMEGA mcu and simplified it. Honestly if your school's microcontroller class is taught using arduinos then i'd look elsewhere for something more practical
They are very similar but EE has less programming than CE. EE has uses more applied physics than CE. Basically if you like physics more than programming … go to EE & vice versa. This is what I got from the video.
Objectively Computer Engineering is better, that is taking into account of everything e.g. salary, happiness of workers, flexibility, growth of demand etc... They're both one of the best engineering paths you can take so you can't really pick a wrong one.
I'm doing EEE, i had discrete mathematics classes in my curriculum and it was definitely important because it helped me to understand certain things in logic gate circuit because in discrete maths you will study the truth table which you will use for Digital Logic design
I'm in the physics department of my university and studying Computer engineering. I kinda liked the examples for EE more than my own. But I feel as if I'll study all of these things, as it is a physics department.
dude your videos are great! Keep it up! I really believe you can hit several hundrerd thousands subscribers if you stick to it. Your videos are really helping me picking a major that fits to me. Thanks!
Thank you! I have been contemplating which major I should go, and this one really helps! I think I am leaning towards computer engineering, even though I love math.... It seems to be the one I am more interested in.
@@LittleHomieLightningtech Im enrolled in electrical engineering right now because its more general than computer. but the first three semesters have exactly the same classes for the two majors at my school university of delaware. So it is easy to switch if i change my mind later
Luckily at my University, they offer Computer Engineering as a minor to the Electrical Engineering program. So you'll be graduating with a Bachelors in Electrical Engineering with a Minor in Computer Engineering. However, course load does increase by an extra course or two per semester. Students therefore get the best of both worlds.
Tq very much❤❤❤. I am sooo confused on which branch to choose literally I didn't sleep yesterday.(I was scrolling entire internet to see which fits my intrest). Today after watching this I am so happy and clear in my mind on what to choose. ❤❤❤once again thanks for such an informative video❤❤❤
My son graduated with a combination degree, Electrical and Computer Engineering, eliminating the need to choose one over the other. He is now working as an electrical engineer.
Dude, thank you for this. I'm also watching your mechanical and electrical engineering vid, all of this info helps prepare myself for college. This is gold! You're awesome.
It is very interesting to watch these videos after I chose to study Electrical engineering. Because I actually am at the point of the course where our two disciplines are starting to split off. And having to be reminded what I am working for because man there is A LOT of math.... and I love it!.....sometimes
Crazy I remember watching this video 5 years ago when I got accepted into college and now I’m a computer engineer for the Air Force. These videos were definitely useful.
Wow! Very nice... I'm a second year Computer Engineering student. I would appreciate some tips on how you managed to work it out, college and perhaps some extra stuffs I'd need to do. Thanks.
Those majors are very different, I tend to do these comparison videos for similar majors. If you watch my aerospace videos then my electrical videos and put them together that's basically what an EE vs AE video would look like.
I'm an EE at UCLA. We are required to take all but one (a lab) of the lower division CS courses in conjunction with our lower division EE courses so it's very possible to switch to CS from EE because of that. We take physics up until modern physics and special relativity. The highest math we take is diff eqs. No vector analysis though our multivariable Calc is split into two courses and is very rigorous (proof based).
This might change depending on country, but here in Australia we don't really have computer engineering specialisations. They are kind of blended together to form electrical and computer systems engineering. We take the computer architecture and the computer networks classes on top of the other classes that were mentioned (in analog, RF, electromag etc). We do also get introduced to the basic physics of thermodynamics, fluid dynamics etc. The only thing mentioned in the computer engineering list that we don't do is learn Java or Python (although many of us complete final year projects in neural networks which often use Python frameworks like Tensorflow, so we kinda have to teach Python to ourselves). So if you're going into uni in Australia, take electrical (the best engineering major :P)
UNSW in Sydney has had computer engineering as a separate degree since at least 1994 (pretty sure it started in 1989 ) when I was an undergraduate and so does UTS .
I think IEEE changed its standards for Computer Engineering students. I believe as of this coming fall, they will no longer take the same circuits and electronics classes that an EE would take. Instead, they will take the same condensed circuits and electronics classes that an ME or BMED student take. But I think they’ve also added some CS requirements to the curriculum.
Since I got both EE and Physics degrees at the same time, I have to say the math in Physics was far more extensive then in EE. I would spend about 20 minutes in EE homework for each assignment and all weekend on Physics, at least for Quantum mechanics homework.
You'll be hard pressed to find any Computer Systems Engineers who haven't taken DSP (Digital Signal Processing). Signals and Linear Systems (which both CE and EE take) is the pre-req for DSP. Also, EE majors don't normally take Embedded systems, unless you pick it as an elective. Lastly, Senior Design projects are almost always multi-disciplinary, meaning your project will not be focused on just your major (it'll encompass many disciplines depending on your team). My Computer Engineering design project involves something you'd never guess for a CE... (but I can't say, due to NDA). - 2nd Semester Senior in Comp-E
I graduated from Curtin University with Computer System Engineering degree. I took all the units mentioned above regardless of it belongs to electronics engineering. And yes, including calculus.
I graduated in computer engineering and my friend graduated from electrical engineering. Generally, the subject is the same except computers engineering have additional programming languages courses and more computer-related courses like computer networks, security, and others. We also needed to learn analog electronics, communication, antenna course, etc. basically we learned it the same. Once she got a job, she literally told me her work is what I had learned in engineering school. So, computer engineering is better I guess. Besides, if you love programming, computer engineering is very recommended. You can change your career into a software engineer too.
@@luckygojetia8922 I believe it is possible. Because usually in electrical engineering they combined with electronic as well. So in electronics, you will learn to program MCU, Arduino, Raspberry (usually in #C), or FPGA (VHDL), C++, etc and you'll learn a bunch of programming languages. You can challenge yourself more by learning a new programming language since you have experience already. I actually saw a game developer use C++ in his coding. I thought it was a joke but yeah it's work too. So you can be games developer as well. It's a really great advantage.
@@42_10_ did you learnt about machines, power devices,power generation power distribution in cse that's core subjects and I don't think it's taught in other branches other than electrical at least where I did my degree they don't teaches these things to cse.
Knowing how to configure your computer or how to facebook or install a game IS NOT a sign that you will be a good computer engineer. Computer engineering is hard, not because the Unversity but because it requires continuous learning. So, if you don't like it then pick anything else, the field is filled with guys that are disappointing with their election.
I'm even more confused now than before. I've been doing this since 1983; 40 years. I started off learning about vacuum tubes (on paper only), then we moved onto transistors and FETs. Then I learned about op-amps and integrated circuits. In this CIE course, we build a 4-bit computer from discrete components (except an ALU chip). Then I took the digital microprocessor course with the Motorola 6809e, an awesome little beast! In college I built my own 68000 computer system, and my own operating system in Assembly Language. I wasn't so good with C at first, but that became my go-to language. Since then I've learned about BLDC motor controllers, switching power supplies, FPGA programming in VHDL/Verilogm, Machine Learning, AI programming, etc... Recently, I've acquired an MSEE through Ohio U where I picked up skill with Matlab/Simulink. I've learned about the near future of computer architecture and MOSFET technologies. What I learned in a Photonics course still blows my mind! I just love the EE field! I can't see myself doing anything else. I don't know if I love hardware, software or firmware more. And this just my love of Electronics! I have my own "foundry" to turn my 3D prints into metal. I know Solidworks pretty well, but I won't ever claim that I'm as good a Mechanical Engineer. I have a lot of respect for them. I think I could build a Spaceship if I had enough room materials and labor. 😂
I loved your video dude, but we (computer engineers) use calculus 1 (through the whole course), 2 and 3, and we take eletromagntism courses too. Thanks
I'm confused as to why this video states that computer engineering explores the electrical theory and digital logic behind computers and other various circuits, but when the jobs are listed it's nothing but a bunch of software engineering. Creating simulation software and computer vision sound like things a software engineer or computer scientist would be doing, not a computer engineer.
All the subjects that he said that electrical engineer has, we have all that in computer engineering and other subjects that computer science have. I think computer engineering will make you choose more different field of careers after you graduate.. And correction!! computer engineers also have all the difficult mathematics subjects that an electrical engineering have. as he mentioned above. In short, Electrical engineering only focuses on hardware while Computer Engineering focuses on both Software and Hardware. That's what I see based on my experience and observation.
Im 24 doing a post bacc in computer engineering i enjoyed my first degree in IT focused on web Development but now i want to work more hands with hardware im enjoying embedded systems so far when you program something the hardware does something.
I’m majoring in Computer Science - Game Development/Simulation Engineering. I was thinking of majoring in one of these two however I think I should add both since they both have what I’m looking for. I plan to try and invent new technologies that use 3D simulations for computing objects into our real world. I also want to build video games too but expand into other areas. My masters degree is in Global Management which will help me start my company along with a 50 million dollar investment I’m making from E Commerce marketing while I attend school. :) Thank you so much!
1 thing, if by any chance you want to be an electrical engineer and your school offers you formation in both assembly and embeeded C, that i would say must be your main focus
I didn't have to take computer architecture, but I did have to take things like software engineering, system level programming utilities, data structures / algorithms, OS concepts, and a data communications courses.
I graduated Computer Engineering and I still took Communications and radio waves as well as analog circuits. We just did not cover Generators motors and rotating machines or power and transmission.
I would like to add that computer engineers may also have to take a course on operating systems programming. I cant speak for every university but it was a requirement for my university Also, If your university provides but doesn't require a networking course and/ or a parallel programming course to graduate, I would highly advise that you make it a personal requirement to take these courses. I consistently run into these topics at my workplace and I'm so glad I opted to take those courses.
@@zoranivanic3543 Computer Engineering / Software Engineering major would be more qualified for that. Electrical Engineers would do something like design the power source or circuitry or sensors. The important thing about Engineering is to remember you're working as a team. You're not some one-man band who does everything himself, each engineer is specialized in their own field and work together to complete a project. Depending on the project and how big it is, you would have teams of Mechanical, Computer, Software and Electrical Engineers, and then many Computer Scientists who do the programming grunt work.
If you are watching this as a pregraduate, you may want to wait until quantum CPU is commerciallised. You could buy them now, it costs less than your desired course.
I'm studiing electrical engineering and I did take classes for learning C, but we also had to learn C++ And we also had to learn discrete math (although not nearly as much as the computer engineer colleagues) And we also had a course (and will hava another) on computer architecture Also why do all people think that calculus is the hardest thing ever in math? Was I the only one who thought descrete math was harder?
I'm in high school and I tried out a few calculus exercises from the spivak textbook and did a few discrete math exercises as well. I don't think that they are hard (at least not yet) but I hate descrete math😅
in my country(colombia) the computer engineering do not exist or at least is more focus to software engineering with a few classes of networks. I study electronic engineering and i take classes about analogic electronica, digital electronic, control theory and digital control, comunications digitals and analogics, power electronic,programming of embedded systems,etc and i feel that in your countrie you focus in an area and try to specialisation since the degree. sorry if my comment is very long but i did want tell you about thedifferences of focus of your country and colombia and maybe all of latinoamerica. pos:sorry for my english i am still learning
God aids humanity in many ways... this channel is one of the most amazing ways... Sir, your videos are no short of life saving, these videos give clarity about the direction in career... it makes things so much more clear... SUBSCRIBED! TURNED ON NOTIFICATIONS! ... BOTH ACCOUNTS
You're welcome! there are a lot of people who just enter a branch because... "their FRIENDS enter it"... or the "pay might be good" or other reasons... basically... they just pick without clarity... I actually... wished there would be some really good info about all the majors for a very long time... and thankfully... this channel was recommended at a crucial time!... yea... things have become.... VERY VERY clear now... I'm now able to confidently say that my goal is set! I'll have to recommend this channel to a lot (LOOOT) of my friends... Seriously... I can't thank you enough...
Totally agree. And one of the reasons for making this channel was just hearing of people going into these majors completely blind (which is pretty much what I did). So I empathize with that a lot and really wanted to help fix it. And thank you for recommending the channel! Everything to help us grow is seriously appreciated.
Electrical Engineering uses more math but the math is more fun. Discrete math? proofs?...I fucking hate it. Sure if you are masochist and like writing "essays" trying to prove a simple concept....go for it. Id take calculus over it every day.
My computer eng program (built on 29 courses) was including one communication and one applied electromagnetism semester couses as well. According to the programs in my university, I can say that one important category of courses the video is missing is related to Control Systems, which is multidisciplinary and goes for both electrical/electronics and computer eng (with additional emphasis on discrete time/uProcessor/DSP baded control in computer eng. classes)
I mean they are very similar! By choosing computer you take classes on discrete math, extra programming courses, computer architecture, operating systems, and more that EE's don't take. If you find those more interesting, then you are in the right major.
With an electrical engineering degree you can MAKE your own electronics 🤓 I hope to one day design a cell phone jammer since they are illegal to buy I’ll make my own 😈
don't be sad with your choice because computer engineer can do what electrical engineers do. It depends on the career path that you want . whether you want to work on Telecommunications, or maybe you want to be a robotic engineer, work on automations or maybe you want to focus on programming like software engineer.. It realy depends on what career path you desire. You can choose more career path on computer engineering so don't be sad.
If you're having trouble deciding, you can double major in EE and computer science. I did this- the curriculums overlap a lot more than people think so it is possible. This way you can do more programming and learn about computer architecture, security, compilers & programming languages, while also learning about power (motors, generators, power electronics, transmission and distribution) and diving deep into analog devices, semiconductors, integrated circuits and more!
how much of your time does this take up compared to just computer engineering?
@@barrythefonemjust do computer engineering a double major doesn't actually increase your salary. Never duel major. Always get a masters if u are wanting more education bc at least it checks more boxes/potentially increases your salary
@@NeneBot-ps9qo you can’t just do computer engineering if your interest is in different areas but if you want to do something with transmission, power generator, distribution
Then electrical engineering is for you but if you also want to mix it with software side then double major in electrical engineering and computer science
But if you like both computer science and electronics do computer engineering
I've been doing this since high school (40 years now) and I still have a passion for BOTH side of embedded development; hardware and software. The third love I have is for "firmware", which like both hardware and software using languages such as VHDL or SysVerilog. I think my passion will die if they ever make me a manager!
@@NeneBot-ps9qo Computer engineering is an awkward major, you truly won't learn as much as double majoring EE and CS. Some college don't have CE major, they named it EECS instead. You can still learn a lot of CE concepts in a good college; because CE is just a branch in EE, specifically for computers.
I'm an ECE junior and my God, I've taken almost everything you've said in this video. Not a day goes by that the thought "I could just lay down and stop". Perseverance is key!
Steve have you graduated now or still a senior?
I am ECE fresher too . I am kinda scared ngl but also kind of excited as I always loved the idea of mixing coding with Hardware .
15 year CE veteran and I remember how utterly exhausted I was by my final year. Totally worth it though, but damn, it was literally sheer force of will to finish that final term.
@@rajnishmishra453 The combo of hardware and software is deadly in the industry: I've seen CS majors do utterly idiotic things because they don't really know how their computers think, and most EEs are absolute trash at coding embedded systems - they're often too used to dealing with things as one-off projects and have a hard time managing complexity over a product lifecycle. I've typically found CE's end up becoming either system architects or CTOs/execs later in their careers as they tend to be holistic system-level thinkers comfortable with highly complex and interrelated systems.
@Kotesu so you recommend doing ce? I’m about to go into my second year in an ee degree but I’m hard working and am thinking that a ce degree will make me a more well rounded engineer. What you said makes sense about cs and ee majors getting lost in their own world and that might be why i think i want to do ce because I want to be able to explore the fields of hardware/software engineering as I make career choices.
what an outstanding video, i appreciate all the research you've done to create this masterpiece, got a lot of things cleared in my head now, thank you very much!
Thank you for the comment! Really glad you liked it
Brother how is your feature going on can you help me what I have to do
Great video. I've been wanting to return to college for a degree in Computer Engineering and am pretty new to the subject. this was pretty helpful. Hoping the job market will be nice for Computer Engineers by the time I finish!
Are you doing it
you finished?
same. was from civil engineering too but i never liked it
You do a really great job in these comparisons. Not only do you state the differences, you dive into examples (for example, even though I don’t understand the math, you genuinely demonstrated the kind of math you’d see in both, and all the projects with pictures. Oh man GREAT video for sure, it helped me realize computer engineering is more for me).
I'm from a foreign country and was looking to start from scratch and find a new path. Your videos have helped me understand what thoses classes actualy mean and what they are and even how they work. I've spend countless hours trying to figure it out on many different univerities websites and you're the only one that made it understandable. Thank you!!
Screw it, I'll just do a double major; they both look awesome.
@@funtechu You could, you would just have to take the extra electives for the other major since you already completed the same core classes! Let's say both majors require 6-8 core classes that are exactly the same but they diverge in the electives where you need 4 courses for each. So you take an extra semester for the other 4 electives and now you should have the accumulated credits and requirements for both degrees!
@@funtechu, Nothing against your choice on the degree, but in some ways, I think that maybe you might have made the wrong choice in the school!
This is something that I would have researched before applying... Personally, I would make sure that I can earn a dual or even triple degree if they were related. For example, if I was going for something in the Electronics/Computer field to earn a bachelors to a masters degree I would do something on these lines:
I would major in Computer Hardware Engineering and Computer Software Engineering - Computer Science. These would be my specific majors. However, they would be built on top of these degrees, a Degree in Mathematics, Physics and Electrical Engineering.
Let's say that a Bachelor's Degree for each of these majors - minors would require about 140 credits each and that they all have approximately 80 credited courses in common. That's 80 courses that you should not have to take again nor pay for again as you have already earned them. Now the other 60 credits are electives that are geared toward specific degrees. Of those 60 maybe 20 of them might be in common with some of the other degrees. Again once they are earned they should be applicable to any degree that requires them.
So at the end of the day when you finally "graduate" to receive your degrees, certificates, or diplomas you might have accumulated say 200 credits and should be able to earn 3-4 maybe even 5 bachelor degrees where the subjects are related or similar. Then from there, you should be able to take it to the next level and earn your Masters in your more focused disciplines and finally earn your Doctorates or Ph.D. in your specializations.
If a university or college did not offer this, then I would not waste a single dollar of my hard-earned money on them! Regardless of that, congratulations on your achievements.
@@funtechu, True.
@@funtechu I'm not trying to dispute it, I'm just stating I wouldn't waste my money on them! I'll go to my own university as it's called being self-taught... I'm always learning something!
@@skilz8098 Ok cn u plz tell me what i shud do cuz i'm finishing skool soon and im interested in CE, CSC and EE
Both careers are good but in my opinion Electrical Engineering gives you a versatility that computer engineering doesn't. Don't be scared of math, is just take it with patience and not overpressure yourself. I'll get possibly Electrical Engineering and even, I didn't go to a technical school , although everything I am learning on college is new math for me and not considering myself an expert mathematic, the advice I can give to you all is that Math is only about logic, remember procedures and match pieces like a puzzle. Hope you can find you major and accomplish your goals! Good luck.
I'm a forth year computer engineer student and although I agree on everything you said about what CPE can do but I think you missed the main point. For me, the purpose of a a computer engineer is to design and implement computer systems which include design CPU, memory, IC, drivers, peripherals, communication between computers etc... I'm not saying CPE don't do software jobs but as a computer engineer I think our advantage is to work on the hardware side. So in general digital electronics and computing is the main purpose of computer engineering.
Is computer engineering right choice for designing processor or graphics processor?
I want to know this as well
@@jaredcrown5812 to really get a good job at designing computer parts it doesn't matter if you go computer or electrical because you can pick alot of computer electives on the actual electrical one and do minors.
Now to design cpus you need at least a second degree, no one will take a first degree has a cpu or gpu architect into their company, most are second degree and doctors. In the second degree you can fully specify working on cpus, and then the actual degree will matter less. You can even do it from a math degree or CS one.
You can get a first degree job as vlsi, or even cpu if you start from bottom of the company (assistant, maybe a implemention job and more )and go to the top, the job market is varied and degree is not all times the main problem.
Did you get the job
i am a electrical and electronics engineerand we can known how of every computer hardwares
Excellent video! My school (Weber State University) allows bachelors degree computer science students go into the computer engineering masters degree program (after completing the major courses from the computer engineering bachelors degree for prerequisites, of course). This video, as well as some others that you have, explain a lot of information I couldn't find anywhere else!
Glad it helped! Thanks for the comment
@@zachstar nigga cheese sauce
I always watched you for your comedic stuff, but now, as a prospective college student trying to decide on engineering majors, this part of your channel is actually insanely useful!
This is the few video that actually SHOWS what type of stuff you'll do thanks :3
Watching this guys videos is what keeps me motivated in continuing in electrical engineering as stuff like this is what I want to do as my future career
I am going to join the university for Bachelor degree and was so confused about these two majors.Thanks man you solved my problem,going for COMPUTER ENGINEEERING....(subscribed)
That's awesome to hear! Thank for you the comment and the sub :)
You have probably graduated by now, right ?
@@osk3253he probably did, I really want to know what is his situation right now
Arduino suck as a learning tool for undergraduates. It's so software simplified it gives the user a wrong impression about Microcontrollers as a whole.
Finally someone who gets it.
funnily enough, the classes I had left most students at the opposite impression, as the classes just covered manually implementing everything yourself, not covering any libraries or simplifications that are commonly used and distributed by the manufacturer. I had to tell so many people in group projects that they didn't have to calculate the whole timer for example, that they could just use a function from a library to do it for them.
It's nice to learn HOW it actually works, but really, you'll never use it unless you need a very space and time efficient implementation.
That's really true. Basically you learn how to program. That's it.
So what is arduino good for?
well thats cause arduino took the ATMEGA mcu and simplified it. Honestly if your school's microcontroller class is taught using arduinos then i'd look elsewhere for something more practical
They are very similar but EE has less programming than CE. EE has uses more applied physics than CE. Basically if you like physics more than programming … go to EE & vice versa. This is what I got from the video.
This is such an amazing video! I really wish I watched this two years ago when I was struggling with what to major in between the two.
this video helped me solidify what i want to major in the most out of the two, thank you!
Kikon Which is?
Brilliant work, solving the selection issues... Thumbs up.
Dude i love the hard work you put in to your videos. Great Content ! I m sure this channel will get big very soon . Keep up the good wrk!
Thank you for the comment! Will definitely keep the videos coming :)
Objectively Computer Engineering is better, that is taking into account of everything e.g. salary, happiness of workers, flexibility, growth of demand etc...
They're both one of the best engineering paths you can take so you can't really pick a wrong one.
Bin chilling
What an awesome video. Thank you very much!
I'm doing EEE, i had discrete mathematics classes in my curriculum and it was definitely important because it helped me to understand certain things in logic gate circuit because in discrete maths you will study the truth table which you will use for Digital Logic design
3rd year electrical engineering 💪💪
Do u have channel suggestions which discusses about electrical engineering?
Omd👏🏽👏🏽👏🏽
Please share your experience
Nice
Which programming language did u learn?
would love to learn about your experience so far
I'm in the physics department of my university and studying Computer engineering. I kinda liked the examples for EE more than my own. But I feel as if I'll study all of these things, as it is a physics department.
dude your videos are great! Keep it up! I really believe you can hit several hundrerd thousands subscribers if you stick to it. Your videos are really helping me picking a major that fits to me.
Thanks!
Thanks man! Definitely will keep the videos coming.
Thank you! I have been contemplating which major I should go, and this one really helps!
I think I am leaning towards computer engineering, even though I love math.... It seems to be the one I am more interested in.
what did you choose?
@@ForMyDawg what did you choose
@@LittleHomieLightningtech Im enrolled in electrical engineering right now because its more general than computer. but the first three semesters have exactly the same classes for the two majors at my school university of delaware. So it is easy to switch if i change my mind later
@@ForMyDawg oh ok thanks, my deadline for applying is today 💀
@@LittleHomieLightningtech lmao what did you end up choosing?
I like both. Nice video bro.
i agree dude
Luckily at my University, they offer Computer Engineering as a minor to the Electrical Engineering program. So you'll be graduating with a Bachelors in Electrical Engineering with a Minor in Computer Engineering. However, course load does increase by an extra course or two per semester. Students therefore get the best of both worlds.
i just found the best channel ever !!
Thank you! Glad you found it!
This was really helpful. Thank you!
Wow really great insight !
plz make a video on ELECTRICAL vs ELECTRONICS communication engineering
Bajrang Prasad 😂😂😂
what he means is the differences and similarities between an EE who works in the electronic field between the power field
Electronics is a subset of electrical
@@Anonymous-lw4nq I know, but some university will differentiate between them and people would usually think of Electrical engineering as power
@@theneongamer4957 then don't join those 'some universities'
there's also specific classes for Measuring instrumentation and Measurements for EE students from the technical quality assurance domain
Watching this because I am a computer engineering student and I found this helpful.
Signals class: _literally just Fourier_
"No calculus"
Tq very much❤❤❤. I am sooo confused on which branch to choose literally I didn't sleep yesterday.(I was scrolling entire internet to see which fits my intrest). Today after watching this I am so happy and clear in my mind on what to choose. ❤❤❤once again thanks for such an informative video❤❤❤
My son graduated with a combination degree, Electrical and Computer Engineering, eliminating the need to choose one over the other. He is now working as an electrical engineer.
thanks for the video man, very informative. I think i'm going for electrical engineering
Dude, thank you for this. I'm also watching your mechanical and electrical engineering vid, all of this info helps prepare myself for college. This is gold! You're awesome.
That really helped me picking my major thank you so much
You got it! Glad it helped
It is very interesting to watch these videos after I chose to study Electrical engineering. Because I actually am at the point of the course where our two disciplines are starting to split off. And having to be reminded what I am working for because man there is A LOT of math.... and I love it!.....sometimes
Did you stick to electrical engineering? Did you get a good job with that degree?
Holy shit engineering uses so much math. I'll just stick with real estate. I can't understand any type of math unless I'm taught step-by-step
Lilliam Pumpernickle such a childish thing to say and think
V V some people are just not good at learning math. I am sure you didn't get everything you learned in math class the first time...
V V Childish is your attitude trying to discourage others so you feel better than other people
My beautiful and amazing Princess was he intending that?
@@htoodoh5770 No I dont think he intended that way I misinterpreted what he said as he was being mean but he was encouraging op, so im sorry
Thanks for sharing your talents
Thanks man, very helpful.
Crazy I remember watching this video 5 years ago when I got accepted into college and now I’m a computer engineer for the Air Force. These videos were definitely useful.
Wow! Very nice... I'm a second year Computer Engineering student. I would appreciate some tips on how you managed to work it out, college and perhaps some extra stuffs I'd need to do. Thanks.
You are simply awesome. Every facts are on point
Thank you!
Very informative if you don't know alot about both eletrical and computer engineering
Thanks for important information Share
Never stop making these videos. Their SO HELPFUL!
haha you got it!
MajorPrep could you do an Aerospace Engineering vs. Electrical Engineering video?
Those majors are very different, I tend to do these comparison videos for similar majors. If you watch my aerospace videos then my electrical videos and put them together that's basically what an EE vs AE video would look like.
I'm an EE at UCLA. We are required to take all but one (a lab) of the lower division CS courses in conjunction with our lower division EE courses so it's very possible to switch to CS from EE because of that. We take physics up until modern physics and special relativity. The highest math we take is diff eqs. No vector analysis though our multivariable Calc is split into two courses and is very rigorous (proof based).
This might change depending on country, but here in Australia we don't really have computer engineering specialisations. They are kind of blended together to form electrical and computer systems engineering. We take the computer architecture and the computer networks classes on top of the other classes that were mentioned (in analog, RF, electromag etc). We do also get introduced to the basic physics of thermodynamics, fluid dynamics etc. The only thing mentioned in the computer engineering list that we don't do is learn Java or Python (although many of us complete final year projects in neural networks which often use Python frameworks like Tensorflow, so we kinda have to teach Python to ourselves). So if you're going into uni in Australia, take electrical (the best engineering major :P)
UNSW in Sydney has had computer engineering as a separate degree since at least 1994 (pretty sure it started in 1989 ) when I was an undergraduate and so does UTS .
I think IEEE changed its standards for Computer Engineering students. I believe as of this coming fall, they will no longer take the same circuits and electronics classes that an EE would take. Instead, they will take the same condensed circuits and electronics classes that an ME or BMED student take. But I think they’ve also added some CS requirements to the curriculum.
your vids are amazing
Thanks dude you helped me decide.
Since I got both EE and Physics degrees at the same time, I have to say the math in Physics was far more extensive then in EE. I would spend about 20 minutes in EE homework for each assignment and all weekend on Physics, at least for Quantum mechanics homework.
JustaReadingguy what school did you go to?
Did you double major?
You'll be hard pressed to find any Computer Systems Engineers who haven't taken DSP (Digital Signal Processing).
Signals and Linear Systems (which both CE and EE take) is the pre-req for DSP. Also, EE majors don't normally take Embedded systems, unless you pick it as an elective.
Lastly, Senior Design projects are almost always multi-disciplinary, meaning your project will not be focused on just your major (it'll encompass many disciplines depending on your team). My Computer Engineering design project involves something you'd never guess for a CE... (but I can't say, due to NDA).
- 2nd Semester Senior in Comp-E
thanks a lot it really helped out .
I graduated from Curtin University with Computer System Engineering degree. I took all the units mentioned above regardless of it belongs to electronics engineering. And yes, including calculus.
Kurisu Makise do you enjoy your job?
More pertaining to the point, do you HAVE a job?
Great vid!!
Love your videos
Discrete math is the easiest math class I have ever taken.
Really?
Agree.
nice one brohh!!!!!!!
Nowadays, it's offered as Electrical and Computer Engineering. In essence, they both need each other to work as a unit.
Crazy, but true.
I graduated in computer engineering and my friend graduated from electrical engineering. Generally, the subject is the same except computers engineering have additional programming languages courses and more computer-related courses like computer networks, security, and others. We also needed to learn analog electronics, communication, antenna course, etc. basically we learned it the same.
Once she got a job, she literally told me her work is what I had learned in engineering school. So, computer engineering is better I guess. Besides, if you love programming, computer engineering is very recommended. You can change your career into a software engineer too.
Does electrical engineering can change career into a software engineer?
@@luckygojetia8922 I believe it is possible. Because usually in electrical engineering they combined with electronic as well. So in electronics, you will learn to program MCU, Arduino, Raspberry (usually in #C), or FPGA (VHDL), C++, etc and you'll learn a bunch of programming languages. You can challenge yourself more by learning a new programming language since you have experience already.
I actually saw a game developer use C++ in his coding. I thought it was a joke but yeah it's work too. So you can be games developer as well. It's a really great advantage.
@@42_10_ did you learnt about machines, power devices,power generation power distribution in cse that's core subjects and I don't think it's taught in other branches other than electrical at least where I did my degree they don't teaches these things to cse.
thanks a lot it is really very helpful..
These videos are fucking amazing thank you so much
Thanks man!
Great video, huge help. I'll probably go Comp Eng.
Knowing how to configure your computer or how to facebook or install a game IS NOT a sign that you will be a good computer engineer. Computer engineering is hard, not because the Unversity but because it requires continuous learning. So, if you don't like it then pick anything else, the field is filled with guys that are disappointing with their election.
I agree. As much as i love computers doesn't mean that i might be a computer engineer. That stuff is hard.
Very important...and helpfull
I'm an electrical engineering student but we were taught a bit of computer architecture in one of my classes.
Great Job
Thanks!
I'm even more confused now than before. I've been doing this since 1983; 40 years. I started off learning about vacuum tubes (on paper only), then we moved onto transistors and FETs. Then I learned about op-amps and integrated circuits. In this CIE course, we build a 4-bit computer from discrete components (except an ALU chip). Then I took the digital microprocessor course with the Motorola 6809e, an awesome little beast! In college I built my own 68000 computer system, and my own operating system in Assembly Language. I wasn't so good with C at first, but that became my go-to language.
Since then I've learned about BLDC motor controllers, switching power supplies, FPGA programming in VHDL/Verilogm, Machine Learning, AI programming, etc... Recently, I've acquired an MSEE through Ohio U where I picked up skill with Matlab/Simulink. I've learned about the near future of computer architecture and MOSFET technologies. What I learned in a Photonics course still blows my mind!
I just love the EE field! I can't see myself doing anything else. I don't know if I love hardware, software or firmware more.
And this just my love of Electronics! I have my own "foundry" to turn my 3D prints into metal. I know Solidworks pretty well, but I won't ever claim that I'm as good a Mechanical Engineer. I have a lot of respect for them. I think I could build a Spaceship if I had enough room materials and labor. 😂
Did you study EE or CE sir?
I loved your video dude, but we (computer engineers) use calculus 1 (through the whole course), 2 and 3, and we take eletromagntism courses too. Thanks
Thanks for the comment! Yeah at my school the CPE's didn't take electromagnetism courses but everywhere will differ.
Yeah that is right, and also I add that some Electrical engineering don't know the embedded system, but computer engineering knows Bro
I'm confused as to why this video states that computer engineering explores the electrical theory and digital logic behind computers and other various circuits, but when the jobs are listed it's nothing but a bunch of software engineering. Creating simulation software and computer vision sound like things a software engineer or computer scientist would be doing, not a computer engineer.
All the subjects that he said that electrical engineer has, we have all that in computer engineering and other subjects that computer science have. I think computer engineering will make you choose more different field of careers after you graduate.. And correction!! computer engineers also have all the difficult mathematics subjects that an electrical engineering have. as he mentioned above. In short, Electrical engineering only focuses on hardware while Computer Engineering focuses on both Software and Hardware. That's what I see based on my experience and observation.
Im 24 doing a post bacc in computer engineering i enjoyed my first degree in IT focused on web Development but now i want to work more hands with hardware im enjoying embedded systems so far when you program something the hardware does something.
I’m majoring in Computer Science - Game Development/Simulation Engineering. I was thinking of majoring in one of these two however I think I should add both since they both have what I’m looking for. I plan to try and invent new technologies that use 3D simulations for computing objects into our real world. I also want to build video games too but expand into other areas. My masters degree is in Global Management which will help me start my company along with a 50 million dollar investment I’m making from E Commerce marketing while I attend school. :) Thank you so much!
What did you end up doing for your career?
Really nice channel
1 thing, if by any chance you want to be an electrical engineer and your school offers you formation in both assembly and embeeded C, that i would say must be your main focus
I didn't have to take computer architecture, but I did have to take things like software engineering, system level programming utilities, data structures / algorithms, OS concepts, and a data communications courses.
They are similar enough that the difference is really up to the individual college
Bro how do u know all that stuff u should start an engineering firm
I graduated Computer Engineering and I still took Communications and radio waves as well as analog circuits. We just did not cover Generators motors and rotating machines or power and transmission.
I'd love to see a video about Micro and nano-electronics and VLSI circuits design
I would like to add that computer engineers may also have to take a course on operating systems programming. I cant speak for every university but it was a requirement for my university
Also, If your university provides but doesn't require a networking course and/ or a parallel programming course to graduate, I would highly advise that you make it a personal requirement to take these courses. I consistently run into these topics at my workplace and I'm so glad I opted to take those courses.
Thanks A lot.
Sorry, but you did not mention that computer engineer works with robotics and hardware development ... which is the main current area actually ;)
Don't be sorry though.
@@zoranivanic3543 Computer Engineering / Software Engineering major would be more qualified for that.
Electrical Engineers would do something like design the power source or circuitry or sensors.
The important thing about Engineering is to remember you're working as a team. You're not some one-man band who does everything himself, each engineer is specialized in their own field and work together to complete a project.
Depending on the project and how big it is, you would have teams of Mechanical, Computer, Software and Electrical Engineers, and then many Computer Scientists who do the programming grunt work.
@@reinhardt2884 Oof, i hate team work...
If you are watching this as a pregraduate, you may want to wait until quantum CPU is commerciallised. You could buy them now, it costs less than your desired course.
As an EE i took all of these courses even the ones of CE
I'm studiing electrical engineering and I did take classes for learning C, but we also had to learn C++
And we also had to learn discrete math (although not nearly as much as the computer engineer colleagues)
And we also had a course (and will hava another) on computer architecture
Also why do all people think that calculus is the hardest thing ever in math? Was I the only one who thought descrete math was harder?
I'm in high school and I tried out a few calculus exercises from the spivak textbook and did a few discrete math exercises as well. I don't think that they are hard (at least not yet) but I hate descrete math😅
Thank you so much!
in my country(colombia) the computer engineering do not exist or at least is more focus to software engineering with a few classes of networks. I study electronic engineering and i take classes about analogic electronica, digital electronic, control theory and digital control, comunications digitals and analogics, power electronic,programming of embedded systems,etc and i feel that in your countrie you focus in an area and try to specialisation since the degree.
sorry if my comment is very long but i did want tell you about thedifferences of focus of your country and colombia and maybe all of latinoamerica.
pos:sorry for my english i am still learning
In Romania it’s exactly the same
You did a lot of job! It’s really cool video!
Every school is different, always look out for the curriculum. 🤗
God aids humanity in many ways... this channel is one of the most amazing ways...
Sir, your videos are no short of life saving, these videos give clarity about the direction in career... it makes things so much more clear...
SUBSCRIBED! TURNED ON NOTIFICATIONS! ... BOTH ACCOUNTS
haha thank you! Really appreciate these kind of comments.
You're welcome!
there are a lot of people who just enter a branch because... "their FRIENDS enter it"... or the "pay might be good" or other reasons...
basically... they just pick without clarity...
I actually... wished there would be some really good info about all the majors for a very long time... and thankfully... this channel was recommended at a crucial time!...
yea... things have become.... VERY VERY clear now... I'm now able to confidently say that my goal is set!
I'll have to recommend this channel to a lot (LOOOT) of my friends...
Seriously... I can't thank you enough...
Totally agree. And one of the reasons for making this channel was just hearing of people going into these majors completely blind (which is pretty much what I did). So I empathize with that a lot and really wanted to help fix it.
And thank you for recommending the channel! Everything to help us grow is seriously appreciated.
+MajorPrep who will design anti gravity car or craft???
+MajorPrep electrical engineer or computer engineer?
Electrical Engineering uses more math but the math is more fun. Discrete math? proofs?...I fucking hate it. Sure if you are masochist and like writing "essays" trying to prove a simple concept....go for it. Id take calculus over it every day.
uniikkiz CPE student here.. I agree, taking Discrete Math made me appreciate electronics and the physics classes 😅
My computer eng program (built on 29 courses) was including one communication and one applied electromagnetism semester couses as well. According to the programs in my university, I can say that one important category of courses the video is missing is related to Control Systems, which is multidisciplinary and goes for both electrical/electronics and computer eng (with additional emphasis on discrete time/uProcessor/DSP baded control in computer eng. classes)
I'll start computer engineering in August. Your video made it look like electrical engineering is much more interesting/fun. :(
I mean they are very similar! By choosing computer you take classes on discrete math, extra programming courses, computer architecture, operating systems, and more that EE's don't take. If you find those more interesting, then you are in the right major.
With an electrical engineering degree you can MAKE your own electronics 🤓 I hope to one day design a cell phone jammer since they are illegal to buy I’ll make my own 😈
Eddie Amaya yes cops this post right here
don't be sad with your choice because computer engineer can do what electrical engineers do. It depends on the career path that you want . whether you want to work on Telecommunications, or maybe you want to be a robotic engineer, work on automations or maybe you want to focus on programming like software engineer.. It realy depends on what career path you desire. You can choose more career path on computer engineering so don't be sad.
thank you sir