How Engineers Build Products from Scratch

You ever wonder how big tech companies or start-ups are able to take a sketch and turn it into a mass-produced piece of tech in quantities of hundreds, thousands, or even millions. It’s an important thing for engineers to know but it’s not really taught in school…you usually learn it from your work experiences. So, I’ll try to explain the product roadmap we follow. It’s broken down into several stages: Design, Prototype, EVT, DVT, PVT, and MP. Timestamps are as follows:

00:00 Intro
00:49 The Design Stage
01:37 The Prototyping Stage
03:08 EVT
04:37 Grammarly
05:50 DVT
06:16 PVT
08:35 Mass Production

MY SOCIAL MEDIA:

ABOUT ME:
My name is Tamer Shaheen and I am a recent mechanical engineering graduate from the University of Waterloo. I like to make videos about university/college, engineering, and personal development. Thank you so much for watching!!

[TamerShaheen]

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[suddierobots]

Hey man, as a graduating mechanical engineer. I've always been interested in your content..I find it relatable and highly appropriate. Keep up the good work!

[WinterCircuits]

As an electronic engineer myself and never really understood the other disciplines, this was really insightful into what a production process looks like from a mechanical/manufacturing perspective. Great video!

[mihai-alexandru]

So great to see you still dedicated for quality content and disciplined to do this even through tougher times. Sponsorships are just the icing on the cake. Keep it up, Tamer!

[mirzabaig]

Bro, I have been looking for a video that explains this process for a long time. glad i finally found it, and i appreciate your added insights. keep up the good work

[jackpie]

This was extremly helpful, please make more of this type of content(i.e. how to actually build things, engenering and design), it's dificult to find out about this kind of information either because you don't exactly know what to look for or because there is a lot of information out there and it gets really complicated. Btw pls ignore any spelling or grammar mistakes, you see I'm good at Math.

[nihonrahman]

Bro, I'm going to study in digital futures at OCAD (coding, design, and well, tech) in september, and I am so glad I found your stuff.

[abeeshan]

Can you make a video on your experience working in the US as a Canadian? Living alone tips, expectations working in the states, etc

[joelramadan]

Wow....thanks for this eye opener....am in my final year in university, and I'm very much interested in mechanical design.

[tandemcompound]

at 6:30 you are presenting perfectly. This is an interesting video.

[r.s]

Keep up man, you're really making things easier for us

[TheQwuilleran]

that transition into the video sponsor was smooth~

[PrinceKumar-hhyn]

Thankyou for sharing the crux and indepth in detail

[DarkCastleBoy]

Huge respect for mechanical engineers 🔥 as they make such complex machines I'm always curious how these machines are made.

[iliabadry]

I’m a pharmacy student, but I really enjoy watching your videos for some reason.😐

[greatgatsby]

I am a Civil Engineer. However, I have always wondered about how engineers build products. This is an informative video -keep up the good work!

[AutoandExplore]

Hey Tamer, Just wanted to know!!! - Have you joined any company???

[doudi]

As a data engineer who went through the french system "preparatory classes", I understand the importance of including a slighly more detailed high level view of the whole mechanical engineering process (that's where the anglo-saxon systems shine) before focusing of teaching industrial sciences with all the mathematical/physical aspects as an independent subject which exams lasted 4-6 hours.
Btw I recommend not only you compare us/canada engineering exams to india's ones but also to the french prepa classes ones (you will be surprised). If you need any info or translation I would be glad to help.

Ps: I wrote a pretty long comment on your previous video, I hope it wasn't a waste of ink and u actually read it 😊

[Zachtamundo]

You forgot the MOST important first step: Discovery - ask questions to identify customer needs, requirements and identify a market. Outputs of this phase gate are inputs of the Design phase gate, EVT, DVT, and PVT. And I think it might be worth mentioning the difference between verification and validation.

[GiftSays]

This video will help all the aspiring engineers in all generations to come...🙏🙏🙏🙏🙏