Mark Yim: Kinematic Versatility in Robotics

Why it's on BrighterTube

Hand-picked by a BrighterTube curator · found via round-3 back catalogue of a channel Lumen picks video by video · 82% confidence

Kinematic versatility and modular robot design are explained by Yim. A 58-minute lecture teaches robotics control theory and reconfigurable mechanical systems.

What you'll learn

A 58-minute video from UC Berkeley EECS: “Mark Yim: Kinematic Versatility in Robotics”.

Engineering

Video by UC Berkeley EECS, played through YouTube's embedded player.

Part of 2021 Spring EECS Colloquium

Jim Keller: Moore’s Law is Not Dead UC Berkeley EECSEngineering

77.4K views

1:06:44

How Electrical Engineering helps bring us together - EECS Demo UC Berkeley EECSEngineering

AT&T Archives: Similiarities of Wave Behavior (Bonus Edition)AT&T Tech ChannelEngineering

474K views

“Hello, world” from scratch on a 6502 — Part 1 Ben EaterProgramming & CS

5.85M views

32:47

The world's worst video card?Ben EaterEngineering

7.13M views

38:31

The $200M Machine that Prints Microchips: The EUV Photolithography System Branch EducationEngineering

2.36M views

25:10

How an Atomic Clock Really Works: Inside the HP 5061A Cesium Clock CuriousMarcEngineering

465K views

10:30

Building Prototypes Dan Gelbart part 1 of 18 Introduction Dan GelbartEngineering

Intro233K views

MIT's Pathway to Fusion Energy (IAP 2017) - Zach Hartwig MIT Plasma Science and Fusion CenterEngineering

121K views

How Does a Transistor Work?VeritasiumEngineering

4.57M views

[LIVE] How to Achieve Proper Grounding - Rick Hartley - Expert Live Training (US)AltiumEngineering

Advanced1.02M views

26. Chernobyl — How It Happened MIT OpenCourseWareEngineering

3.58M views

Jim Keller: Moore’s Law is Not Dead

UC Berkeley EECS

77.4K views

Jim Keller explains why transistor scaling continues: the physics, the engineering paths ahead and how chips keep getting better.

1:06:44

How Electrical Engineering helps bring us together - EECS Demo

UC Berkeley EECS

A 67-minute video from UC Berkeley EECS: “How Electrical Engineering helps bring us together - EECS Demo”.

AT&T Archives: Similiarities of Wave Behavior (Bonus Edition)

AT&T Tech Channel

474K views

Bell Labs' J.N. Shive uses a mechanical wave machine to show reflection, standing waves, resonance and impedance matching — the ideas behind transmission lines.

“Hello, world” from scratch on a 6502 — Part 1

Ben Eater

5.85M views

Building a computer around the 6502 processor on a breadboard and running 'Hello, world'.

32:47

The world's worst video card?

Ben Eater

7.13M views

Ben Eater builds a VGA video card from logic chips on breadboards, explaining video timing and pixel generation.

38:31

The $200M Machine that Prints Microchips: The EUV Photolithography System

Branch Education

2.36M views

An in-depth 3D-animated tour of an ASML EUV lithography machine: light source, mirrors, wafer stage and masks.

25:10

How an Atomic Clock Really Works: Inside the HP 5061A Cesium Clock

CuriousMarc

465K views

CuriousMarc opens an HP 5061A caesium beam clock and explains, module by module, how it locks to an atomic transition.

10:30

Building Prototypes Dan Gelbart part 1 of 18 Introduction

Dan Gelbart

Intro233K views

Introduction to Dan Gelbart's 18-part series on building prototypes: the tools, materials and mindset of fast hardware iteration.

MIT's Pathway to Fusion Energy (IAP 2017) - Zach Hartwig

MIT Plasma Science and Fusion Center

121K views

MIT PSFC's Zach Hartwig lays out the physics and engineering case for compact high-field tokamaks using new superconducting magnets.

How Does a Transistor Work?

Veritasium

4.57M views

How a transistor works, from semiconductors and doping to the switches inside every chip.

[LIVE] How to Achieve Proper Grounding - Rick Hartley - Expert Live Training (US)

Altium

Advanced1.02M views

Rick Hartley's expert training on PCB grounding: where return currents really flow, field energy, and how layout causes noise.

26. Chernobyl — How It Happened

MIT OpenCourseWare

3.58M views

An MIT nuclear engineering lecture reconstructing how the Chernobyl accident happened, step by step.