Course curriculum

  • 1

    Module I: Introduction to Robotics

    • Module I Overview

    • Lesson 1: History of Robotics

    • Lesson 2: Understanding the Basics of Robotics

    • Lesson 3: Applications of Robotics

    • Lesson 4: Robotics and Automation
  • 2

    Module II: Mechanical Components of Robots

    • Module II Overview

    • Lesson 1: Actuator

    • Lesson 2: Variable Stiffness Actuator (VSA)

    • Lesson 3: Degrees of Freedom (DOF)

    • Lesson 4: End Effector

    • Lesson 5: Manipulators

    • Lesson 6: Payload

    • Lesson 7: Servo Motor

    • Lesson 8: Pneumatics

    • Lesson 9: Compliant Mechanism

    • Lesson 10: Kinematic Chain

    • Lesson 11: Kinetic Energy Recovery System (KERS)

    • Lesson 12: Micro-Electro-Mechanical Systems (MEMS)

    • Lesson 13: Stewart Platform

    • Lesson 14: Backlash

    • Lesson 15: Gripper

    • Lesson 16: Omnidirectional Wheels

    • Lesson 17: Yield Strength
  • 3

    Module III: Sensors & Perception in Robotics

    • Module III Overview

    • Lesson 1: Gait Analysis

    • Lesson 2: LiDAR (Light Detection and Ranging)

    • Lesson 3: SLAM (Simultaneous Localization and Mapping)

    • Lesson 4: Haptic Feedback

    • Lesson 5: Proprioception

    • Lesson 6: Sensor Fusion

    • Lesson 7: Tactile Sensor

    • Lesson 8: Voxel

    • Lesson 9: Machine Vision

    • Lesson 10: Opto-Electronics

    • Lesson 11: Vibration Analysis
  • 4

    Module IV: Robotic Control Systems

    • Module IV Overview

    • Lesson 1: Calibration

    • Lesson 2: Kinematics

    • Lesson 3: Collision Avoidance

    • Lesson 4: Feedback Control

    • Lesson 5: Microcontroller

    • Lesson 6: Latency

    • Lesson 7: Path Planning

    • Lesson 8: Hybrid Control Systems

    • Lesson 9: Iterative Learning Control (ILC)

    • Lesson 10: Zero Moment Point (ZMP)

    • Lesson 11: Adaptive Control
  • 5

    Module V: Robotic Software & Programming

    • Module V Overview

    • Lesson 1: Robot Operating System

    • Lesson 2: Machine Learning

    • Lesson 3: Artificial Intelligence

    • Lesson 4: Algorithm

    • Lesson 5: Cloud Robotics

    • Lesson 6: Neural Networks

    • Lesson 7: Augmented Reality

    • Lesson 8: Fuzzy Logic

    • Lesson 9: Digital Twin

    • Lesson 10: Edge Computing

    • Lesson 11: Quantum Computing

    • Lesson 12: Neuromorphic Computing

    • Lesson 13: Predictive Maintenance

    • Lesson 14: Singularity
  • 6

    Module VI: Types & Applications of Robots

    • Module VI Overview

    • Lesson 1: Bipedal

    • Lesson 2: Quadruped

    • Lesson 3: Swarm Robotics

    • Lesson 4: Human-Robot Interaction

    • Lesson 5: Autonomous

    • Lesson 6: Teleoperation

    • Lesson 7: Unmanned Aerial Vehicle

    • Lesson 8: Welding Robot

    • Lesson 9: Soft Robotics

    • Lesson 10: Heterogeneous Robots

    • Lesson 11: Underwater Robotics

    • Lesson 12: Biomechatronics

    • Lesson 13: Exoskeleton

    • Lesson 14: Ubiquitous Robotics

    • Lesson 15: Nanorobotics
  • 7

    Module VII: Patenting in Robotics

    • Module VII Overview

    • Lesson 1: Robotics and Intellectual Property

    • Lesson 2: Understanding Patents

    • Lesson 3: Patentability of Robotics Technologies

    • Lesson 4: Challenges in Patenting Robotics Technology
  • 8

    Module VIII: Examples of Robotics Patents

    • Module VIII Overview

    • Lesson 1: Top Robotics Industries

    • Lesson 2: Case Study #1

    • Lesson 3: Case Study #2

    • Lesson 4: Case Study #3

    • Lesson 5: Case Study #4

    • Lesson 6: Case Study #5

    • Lesson 7: Case Study #6

    • Lesson 8: Case Study #7

    • Lesson 9: Case Study #8

    • Lesson 10: Case Study #9

    • Lesson 11: Case Study #10
  • 9

    Module IX: Current Trends & Robotics Companies

    • Module IX Overview

    • Lesson 1: Current Trends in Robotics

    • Lesson 2: Statistics of Top Robotic Patent Companies

    • Lesson 3: Case Study #1 of Successful Robotic Companies

    • Lesson 4: Case Study #2 of Successful Robotic Companies

    • Lesson 5: Case Study #3 of Successful Robotic Companies

    • Lesson 6: Case Study #4 of Successful Robotic Companies

    • Lesson 7: Case Study #5 of Successful Robotic Companies

    • Lesson 8: Robotics and Patent Infringement Cases
  • 10

    Module X: Future Trends in Robotics & Patent Law

    • Module X Overview

    • Lesson 1: Emerging Trends in Robotics

    • Lesson 2: Continuous Learning and Exploration in Robotics

    • Lesson 3: Impact of Robotics on Patent Law

    • Lesson 4: Preparing for the Future of Robotics and Patent Law

    • Lesson 5: Recap of Key Concepts in Robotics and Patent Law

    • Lesson 6: The Importance of Staying Informed in Robotics
  • 11

    Bonus #1: Robotics Key Terminologies and Concepts

    • Robotics Key Terminologies and Concepts
  • 12

    Bonus #2: Robotics Interview Questions

    • Robotics Interview Questions
  • 13

    Bonus #3: Comparative Analysis Template

    • Robotics Comparative Analysis Template