Mechatronics
Mechatronics is a multidisciplinary field of science that includes a combination of mechanical engineering, electronics, computer engineering, telecommunications engineering, systems engineering and control engineering.
Lecture 1 Introduction
1 Mechatronics
Lecture 2 Mechatronics System Examples
Lecture 3 Electric Circuits and Components
Lecture 4 Semiconductor Electronics
Lecture 5 Application of Transistors
Lecture 6 Sensors Performance Terminology
Lecture 7 Displacement, Position & Proximity Sensors - I
Lecture 8 Displacement, Position & Proximity Sensors - II
Lecture 9 Force, Fluid Flow Sensors
Lecture 10 Acceleration & Vibration Measurement Sensors
Lecture 11 Mechanical Actuation Systems
Lecture 12 Hydraulic and Pneumatic Actuators
Lecture 13 Electrical Actuation System - I
Lecture 14 Electrical Actuation Systems - II
Lecture 16 Introduction to Signal Conditioning & Op-Amp
Lecture 17 OP-AMP As Signal Conditioner
Lecture 18 Analogue To Digital Converters
Lecture 19 Digital To Analogue Converters
Lecture 20 Artificial Intelligence
Lecture 21 Digital Circuits - I
Lecture 22 Digital Circuits - II
Lecture 23 Microprocessor
Lecture 24 Microcontroller
Lecture 25 Microcontroller Programming Example
Lecture 26 Mechanical System Model
Lecture 27 Electrical System Model
Lecture 28 Fluid System Model
Lecture 30 Transfer Function and Frequency Response
Lecture 31 Controllers
Lecture 32 Digital Controllers
Lecture 33 Program Logic Controllers
Lecture 34 Input, output and Communication systems
Lecture 35 Fault Finding
Lecture 36 Project using Microcontroller ATMEGA16
Lecture 37 Myoelectrically Controlled Robotic Arm
Lecture 38 ABU Robocon 2019 Part 1
Lecture 39 ABU Robocon 2019 Part II
Lecture 40 Design of a Legged Robot