CS235: Applied Robot Design, Lecture Four-Gears and Gearheads

(1:50:53)

CS235: Applied Robot Design, Lecture 1-Course Overview and an Introduction to Ball Bearings

(1:45:4)

CS235: Applied Robot Design, Lecture 7-Introduction to Cable Transmissions

(1:46:17)

CS235: Applied Robot Design, Lecture 11-Completing Our Discussion of DC Motors

(1:49:37)

CS235, Lecture 15-Discussing Springs and Introducing the Final Project

(1:57:47)

CS235: Applied Robot Design, Lecture 5-Belts

(1:44:59)

CS235: Applied Robot Design, Lecture 12-How to Use Precise Measuring Tools

(1:49:22)

CS235: Applied Robot Design, Lecture 2-Finishing Discussion of Ball Bearings and Introducing Gears

(1:48:)

CS235: Applied Robot Design, Lecture 9-Slip-Rings and Encoders

(1:48:41)

CS235: Applied Robot Design, Lecture 10-Encoders, Connecting a Robot to the Computer, DC Motors

(1:50:38)

CS235: Applied Robot Design, Lecture 3-Holes, Screws, and How to Make Precise Stacks of Planar Parts

(1:33:5)

CS235, Lecture 19-Review of Ball Bearings, Different Kinds of Ball Bearings, Exit Questionnaire

(39:48)

CS235: Applied Robot Design, Misumi Presentation

(56:39)

CS235, Lecture 13-Rigid Linkages, Spherical Bearings, Remote-Center-of-Motion, and Counterbalances

(1:46:11)

CS235: Applied Robot Design, Lecture 6-Friction Drives, Differentials, and Flexures( Living-Hinges)

(1:47:37)

CS235: Applied Robot Design, Lecture 8-Push-Pull Cable/Sheath, Universal Joints, and Flexible Shafts

(1:45:33)

CS 235 Slidecast Introduction

(7:15)

CS235, Lecture 16-Final Project, an Inexpensive Motor Controller, and an Inexpensive Linear Slide

(1:57:26)

CS235, Lecture 17-Linear Motion/Prismatic Joints

(1:54:16)