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0:05:36

Modeling Engineered Systems Lecture 13: Chemical Diffusion and Fick's Law

0:07:15

Modeling Engineered Systems Lecture 20: Kirchhoff's Laws with Inductors

0:07:28

Modeling Engineered Systems Lecture 16: Time-Varying Diffusion

0:09:12

Modeling Engineered Systems Lecture 11: Vector and Matrix Representation

0:07:14

Modeling Engineered Systems Lecture 21: Vector and Matrix Representation in Kirchhoff's Laws

0:06:01

Modeling Engineered Systems Lecture 18: Modeling Electrical Components

0:08:38

Modeling Engineered Systems Lecture 9: Imaginary Numbers & Euler's Formula

0:05:19

Modeling Engineered Systems Lecture 23: Interpreting Mathematical Expressions as Physical Systems

0:08:36

Modeling Engineered Systems Lecture 17: The Convolution Equation

0:06:59

Modeling Engineered Systems Lecture 2: Modeling Components

0:06:52

Modeling Engineered Systems Lecture 8: Newton's Laws with Several Masses

0:07:30

Modeling Engineered Systems Lecture 3: Newton's Laws

0:05:08

Modeling Engineered Systems Lecture 5: Exponential Solutions

0:05:17

Modeling Engineered Systems Lecture 7: Newton's Laws with Mass

0:05:19

Modeling Engineered Systems Lecture 4: Euler Integration

0:06:35

Modeling Engineered Systems Lecture 6: Superposition

0:04:29

Modeling Engineered Systems Lecture 1: Everything Is The Same

0:02:39

FireAnt: A Modular Robot with Full-Body Continuous Docks

0:05:37

Measuring the information encoded in motion captures the effects of assistance and learning.

0:00:18

Modern Robotics Capstone Project, Milestone 2: End-Effector Reference Trajectory

0:02:28

Modern Robotics Capstone Project

0:05:42

Modern Robotics, Chapter 12.1.2: Contact Types: Rolling, Sliding, and Breaking

0:06:20

Modern Robotics, Chapter 13.5: Mobile Manipulation

0:04:33

Modern Robotics, Chapter 13.4: Odometry