Відео

EE here. Graduated from the school of tech at a well known university with a degree in Electrical Power Engineering Technology. Passed my EIT. Applied to a few jobs. First offer I got (an entry level buddy of mine put in a good word for me but we’re still unclear how big an effect it caused) was for 68k working at a commercial architecture and MEP firm. My title is “Engineer II, Electrical” but I consider myself a low voltage power engineer (480V and lower). I love my job lots. Been here 2.5 years and have gotten a couple raises and a promotion. I don’t plan on going anywhere till after I get my PE. If you’re a student, HANG IN THERE!!! I know I know, it’s painful, you’ve prob shed many tears (I know I did), and studying engineering sucks major butt. However THE TRAINING IS MORE DIFFICULT THAN THE ACTUAL WORK. You got this!

Please can i get her handles to read more about her

Howdy. One aspect seldom talked about. Getting the engineering diploma does not mean one is ready. Getting employed usually means studying and personal development is just beginning. Lifelong learning in careers. If one wants to be ready to perform having got the diploma, engineering is not the field. Blue collar training or trade school training is then a better choice. Best Regards.

Is it true that industrial engineers are better than mechanical engineers?

Where are jobs I Louisiana for robotics and anatmations

Electronics

Great presentation ❤

can i be able to deal with software and hardware problems of automated machines eg popcorn pakaging machines after persuing mechatronic egneering

3:35 Such a good impersonation XD

I fell inlove with a electrical engineer ❤️❤️❤️❤️

Aerospace Industry. Specifically, Lockheed Martin.

I love it to create

all the tips were amazing this video was helpful to me and helps me start my career in engineering ..... thanks man well done

Embedded systems engineering

Am new into university system. I Would need tutorial video on electrical and electronic engineering

My dream work is to work on robotics. I need video on how to work on robot as an electrical and electronic engineer

Pls , I want to choose a well paid engineer field in Ghana what field of electrical engineering can u recommend me

holy yapperoni 😭 (had to watch full vid)

What is this "free time" thing you speak of

No industrial controls?

Im a Chemical Engineer .. If I could go back in time ? Mechanical or Electrical Engineering would be my advice.

Brooo i can't use my vr because of your hand in my eyes😅

i am a student in textile engineering from Bangladesh, what should I be focus on?

Hi Jake thanks a lot of your awesome video. I graduated bachelor of science in mechanical engineering since 1998. I came in the US since 2022 from overseas. My first job is refrigeration technician until now. What is the best advice to me to pursue my career as mechanical engineer? I want to work on the design field so that i ca used my theory and principles in the field of engineering. What I have to do my mechanical engineer profession in the US that i can start from scratch as a mechanical engineer. Any mechanical engineer related job. Please let us know. Your advice is highly appreciated. Thank you very much.

You briefly touched on the difference between construction engineering and construction management but can u explain it a little more please?

Good video despite the capitalist lies

Hummus isnt an engineer? Lol so he just talks out of his ass 😂

as a mech who switched to software after having two jobs that weren't great, this gives me hope to get back to the best engineering field!!!! woop baby

Computer engineering

I'm EE too jake but in our country almost there is no work to EE with medium salary. 😔

Are you by any chance related to the infamous Jason Voorhees? 😉

I want to be a control engineer

This was very helpful

Hey, I'll be learning in a technical college (it's high school but you get a job as well as the possibility of going to uni, it's a European thing), where I've chosen the electrician technician (more of an electrical engineering thing) path over the mechatronics (leaning more into mechanical, having looked at the curriculum) path, having done my research on both. I'm good at maths and physics, robots don't really fascinate me, and although I've enjoyed all my physics classes, electromagnetism was my favourite despite being harder and more intimidating than mechanics, as it feel like magic lol. I'm fine with programming, don't love nor hate it. For some reason, I overthink everything to death, including this. So what do you think? Have I made a good choice?

Mechanical engineering in Pakistan 😢

Is it normal that I am almost in last year of industrial engineering and explaining what it is still difficult for me? As a trainee being an industrial engineering trainee is confusing cause you won't be able to do management cause you are a student why would they trust you with that and if it's about optimization many factories dislike people who try to change them and usually prefer the status quo

In the last 30 years of my professional electrical engineering success I acquired many skills in electrical engineering and other areas such as software, firmware, hardware, App develo0pment, embedded design, intelligent MCU based machines in the markets of medical, wired and wireless electronic communications, smart automation systems, ECO friendly systems, power, handhelds, toys, airport and security, multimedia programming, and many other skills. The more I learn then more I love doing all of what I learned. The only problem professionals like myself face is they are always overqualified, or are feared by recruiters and managers who were recently promoted by their bosses.

im doing a costume out of only paper

I’m going to school for EE in fall! So happy to look back at this comment.

I'm still in senior high but I really want to go to EE

Electrical engineering is a field of engineering that deals with the study and application of electricity, electronics, and electromagnetism. It involves the design, development, testing, and deployment of electrical systems, devices, and technologies. Electrical engineers work on a wide range of applications, from small electronic devices to large-scale power generation and distribution systems. Here are 10 ultimate things to know about electrical engineering and its categories: 1. *Circuits and Electronics*: Understanding circuit analysis, electronic components, and device physics. 2. *Electromagnetism*: Grasping electromagnetic theory, Maxwell's equations, and electromagnetic waves. 3. *Control Systems*: Knowing control system design, modeling, and analysis, as well as control strategies and algorithms. 4. *Power Systems*: Understanding power generation, transmission, distribution, and utilization, including power system protection and control. 5. *Signal Processing*: Familiarity with signal processing techniques, including filtering, transforms, and signal analysis. 6. *Communication Systems*: Knowledge of communication systems, including analog and digital communications, modulation, and information theory. 7. *Microcontrollers and Embedded Systems*: Understanding microcontroller architecture, programming, and applications, as well as embedded system design. 8. *Computer Networks*: Knowing computer network fundamentals, including network topologies, protocols, and network architecture. 9. *Instrumentation and Measurement*: Understanding measurement principles, sensors, and instrumentation, as well as data acquisition and analysis. 10. *Electrical Energy Conversion*: Grasping electrical energy conversion principles, including electric machines, drives, and power electronics. Categories of Electrical Engineering: 1. *Power Engineering*: Deals with power generation, transmission, and distribution. 2. *Control and Instrumentation Engineering*: Focuses on control systems, instrumentation, and automation. 3. *Electronics and Communication Engineering*: Encompasses electronic circuits, communication systems, and signal processing. 4. *Computer Engineering*: Covers computer hardware, software, and networking aspects. 5. *Instrumentation Engineering*: Concerned with measurement, sensors, and data acquisition. 6. *Electrical Machines and Drives*: Deals with electric machines, drives, and power electronics. 7. *Renewable Energy Engineering*: Focuses on solar, wind, and other renewable energy sources. 8. *Electrical Engineering Materials Science*: Explores materials used in electrical engineering applications. 9. *Biomedical Engineering*: Applies electrical engineering principles to medical applications. 10. *Nanotechnology*: Explores the application of electrical engineering principles to nanoscale devices and systems. Remember, these categories often overlap, and electrical engineers may work across multiple areas throughout their careers.

It is a fundamental belief that everyone, regardless of their background, deserves to be treated with equal respect and dignity. This principle is rooted in the fact that every individual has made valuable contributions to society in their own unique way. Whether it be through their work, their ideas, or simply their presence, each person has played a role in shaping the world we live in today. By acknowledging and honoring the contributions of all individuals, we can create a society that is more inclusive and compassionate. It is important to recognize the diversity of experiences and perspectives that each person brings to the table, as this diversity is what allows us to grow and learn from one another. When we treat others with equal respect, we are affirming their worth and acknowledging the importance of their presence in our lives. This not only fosters a sense of community and unity, but it also encourages individuals to continue making positive contributions to the world around them. In essence, by valuing and respecting everyone equally, we are creating a world where all individuals feel seen, heard, and valued for who they are. This not only benefits the individual, but society as a whole, as we are able to harness the full potential of each person's unique talents and abilities.

As a fellow Engineer. You make a huge point in networking essentially you can get a degree in whatever branch of engineering that’s great. If you don’t do the networking like joining clubs or societies or even looking for internships doing the groundwork you’re going to be stuck. I’m a NE btw.

Jake if you’re still viewing these comments I have a question on average salaries. It seems now 3 years later that mechanical, industrial, and computer have jumped up $10,000-$20,000 more in median salary but else rival has only grown by $4,000. Why is this?

3 years later, this video is still inspiring many. I'm more inclined to the electronics side, coding and programming. Trying to figure out which field I should dive into.

Thanks for your lectures I would like to know the most softwares used in water engineering

you need both but if your good at math like I am then only problem is learning how to draw?

I majored in Biochemistry and minored in Computer Science now I want to go back and get a BS EE.

I'm thinking of going into a merchant marine job (Electrotechnical Officer), anyone here working as one? How is it?