Strategic Objectives
• Master the fundamental physics of converting energy into precise physical force.
• Explore the cutting-edge of synthetic muscles and smart material engineering.
• Understand the trade-offs between hydraulic, pneumatic, and electric systems.
• Learn to select the right actuation technology for any mechanical scale.
The Core Challenge
While software evolves at light speed, the hardware of movement is often limited by inefficient energy conversion and material constraints.
01
The Essence of Actuation
02
Laws of Energy Conversion
03
The Piezoelectric Effect
04
Electromagnetic Fundamentals
05
Shape Memory Alloys
06
Hydraulic Power Systems
07
Pneumatic Force
08
Electroactive Polymers
09
Magnetostriction
10
Thermal Actuation
11
Combustion and Chemical Force
12
Electrostatics in Motion
13
The Mechanics of Gear Trains
14
Soft Robotics Materials
15
Linear Motor Dynamics
16
Acoustic Actuation
17
The Physics of Friction
18
Superconducting Actuators
19
Scaling Laws in Physics
20
Power Density and Weight
21