Copyright © 2026 OyList. All Rights Reserved.
Share
Items13
1
Grady Hillhouse
Practical Engineering
The best place to start if you want to understand the infrastructure you drive over every day. Grady Hillhouse worked as a dam and levee engineer before the channel, and it shows: retaining walls, culverts, water towers and failing spillways are explained with home-built tabletop models that let you watch soil give way or water find a weak path.
He covers failures too, but always to explain the mechanism and the design lesson, never for the spectacle. His 2022 book, Engineering in Plain Sight, is a good companion for anyone who wants the same ideas on paper.
More about Grady Hillhouse2
Branch Education
Choose this when you want to see inside the electronics you use every day. Branch Education builds photorealistic 3D models of real hardware and flies the camera through them, so a smartphone, a solid-state drive or a graphics card is taken apart layer by layer until you can see where each signal travels.
The channel was started by a former semiconductor engineer, and its videos on how microchips are manufactured are the standouts: few explanations make a factory process this hard to picture so easy to follow. People, not software, write the scripts and build the models, and the back catalog of more than 65 videos is free.
More about Branch Education3
Brian McManus (YouTuber)
Real Engineering
Brian McManus left a conventional engineering job in 2016 to make this channel, and it has become the go-to for the big-picture engineering questions: why an aircraft like the V-22 Osprey is built the way it is, why Germany turned against nuclear power, or what wind energy really asks of a national grid.
Videos on space, energy and materials are scripted, produced and edited in-house and built around clear animated diagrams, which suits viewers who want the reasoning behind a design decision rather than a list of facts. McManus also helped found Nebula, the streaming service run with dozens of fellow creators.
More about Brian McManus (YouTuber)4
The B1M
The channel for megaprojects: supertall towers, giant bridges and new rail lines, along with the technology and working methods changing how they get built. Fred Mills hosts a new video every Wednesday, and the format leans on site footage, renderings and the decisions that shaped each project rather than on equations.
That makes it the friendliest entry here for anyone who likes the scale of construction but is not yet ready for structural analysis. It was the first construction channel to pass one million YouTube subscribers, in April 2020, and it now reaches more than 30 million viewers a month. Pair it with Practical Engineering when you want the physics under the spectacle.
More about The B1M5
Bill Hammack
engineerguy
Bill Hammack is a chemical engineering professor at the University of Illinois, and his channel is the one most likely to change how you see an ordinary object. His best-known video takes apart the aluminum beverage can, showing how much design and manufacturing cleverness hides in something you crush and throw away.
Other videos range from everyday product design to the engineering of the Titanic, explained with the patience of a good lecturer. In 2020 he received the Hoover Medal, an award for engineers' service to humanity, in recognition of this kind of public explanation. Choose it when you want short, carefully made videos that reward rewatching.
More about Bill Hammack6
Engineering Explained
The mechanical engineering channel for anyone who has ever wondered why a turbocharger lags, why most electric cars get by with a single gear or what really decides an electric car's range. Jason Fenske graduated in mechanical engineering from NC State in 2012 and started the channel as a passion project while working as an engineer.
It is deliberately not a repair channel: the focus is the engineering, science and physics of cars, worked through step by step with numbers you can check. That makes it a natural bridge from car enthusiasm to real engineering thinking, and a good test of whether a spec sheet is telling you the whole story.
More about Engineering Explained7
The Efficient Engineer
The closest thing here to an engineering degree's core courses, made watchable. Each video starts with the basics and then digs into one topic properly: stress and strain, shear force and bending moment diagrams, viscosity, Bernoulli's equation, laminar and turbulent flow.
The animations show what the math is describing, which is exactly where textbooks lose people. It suits engineering students before an exam and curious adults who want to know why a beam is shaped like an I. It asks more of you than anything else on this list except Ben Eater, so expect to pause and rewatch.
More about The Efficient Engineer8
Technology Connections
Alec Watson's channel is about the engineering inside ordinary household things, and it will change how you use some of them. His heat pump videos explain why moving heat beats making it, and his famously long dishwasher videos explain why the machine works better when you run the hot tap first.
Other subjects include toasters, the popcorn button on microwaves, LED Christmas lights, pinball machines and the Betamax and VHS format war. The tone is dry, thorough and occasionally cranky about bad design. Choose it if you like knowing why an appliance behaves the way it does, not just which one to buy.
More about Technology Connections9
Engineering with Rosie
The clean energy channel for people tired of both hype and dismissal. Rosie Barnes is a mechanical engineer with a PhD who has spent close to 20 years working on renewable energy, and she started the channel after losing her job at the start of the pandemic, to show off the historic wind turbines near her home in Denmark.
Her videos weigh promising technologies against the challenges that remain: how concentrated solar power can keep producing after sunset, what limits a wind turbine's design, which ideas are still stuck on paper. Choose it when you want an engineer's verdict on an energy headline, including the parts that do not work yet.
More about Engineering with Rosie10
Animagraffs
If you learn best by seeing every part in its place, this is the channel. Jake O'Neal rebuilds a whole machine or structure in 3D, then cuts it open and runs it: how the Golden Gate Bridge works, how Hoover Dam works, how a diesel-electric locomotive, a helicopter or a manual transmission and clutch works.
There is little math, but the models are researched closely enough that he makes separate videos about how he recreated them. That makes it ideal for younger viewers and visual learners, and a fine first look at a machine before you read about it in depth.
More about Animagraffs11
The Engineering Mindset
The practical choice for the electrical and building services side of engineering, the systems that keep the lights on and the air cool. Paul Evans's animated tutorials answer the questions a new technician or curious homeowner actually asks: why the grid uses three phases, how a transformer works, what power factor does to an electricity bill, how a scroll compressor squeezes refrigerant.
The videos are short and plainly structured, closer to a well-drawn training course than a documentary, and newer uploads add hands-on skills such as using a clamp meter or an oscilloscope. Choose it after a power line or an air conditioner has made you wonder what is really going on inside.
More about The Engineering Mindset12
Asianometry
The deepest channel here on how chips are actually made, and on the companies and engineering decisions behind them. Jon Y's video essays have covered TSMC alone in more than 30 videos, and his semiconductor course playlist runs from chip design to the machines ASML builds for extreme ultraviolet lithography.
The approach is closer to engineering history than tutorial: each video explains a technology by telling how it came to exist and why one solution won. After a few episodes, the phone in your pocket starts to look like the most complicated manufactured object you own. He also covers subjects well outside chips, so pick from the semiconductor playlist first.
More about Asianometry13
Ben Eater
The channel that finally explains what happens between a transistor and the screen you are reading. Ben Eater built a programmable 8-bit computer from scratch on breadboards using only simple logic gates, and the video series walks through every module, from the clock to the arithmetic unit, until the whole machine runs a program.
A second series builds a computer around the classic 6502 microprocessor. You can follow along with kits sold on his site, though watching alone is enough to understand a computer from first principles. It is slow, careful and wire-by-wire, which is exactly why it works. Best for patient viewers and anyone heading into electrical or computer engineering.
More about Ben Eater
