Robotic
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About Robotics
The Introduction to Robotics Specialization introduces you to the concepts of robot flight and movement, how robots perceive their environment, and how they adjust their movements to avoid obstacles, navigate difficult terrains and accomplish complex tasks such as construction and disaster recovery. ... You will be exposed to real world examples of how robots have been applied in disaster situations, how they have made advances in human health care and what their future capabilities will be. The courses build towards a capstone in which you will learn how to program a robot to perform a variety of movements such as flying and grasping objects.
Curriulum
Introduction to Robotics
1. What is Robotics? Real-life applications 2. Types of Robots (Industrial, Humanoid, AI Robots) 3. Components of a Robot (Sensors, Actuators, Controller) 4. Introduction to Safety & Lab Rules 5. Basic Electronics (Voltage, Current, Circuit)
Logic building & computational thinking
6. Introduction to pictoblox Interface 7. Motion & Control Blocks 8. Loops & Conditions 9. Variables & Operators 10. Event-driven Programming 11. Create Animation Project 12. Create Simple Game 13. Debugging & Logic Building 14. Advanced pictoblox Features 15. Mini Project (Game/Animation)
Electronics Basics
16. Introduction to Breadboard 17. LED & Resistor Basics 18. Ohm’s Law 19. Push Buttons & Switches 20. Buzzers & Basic Output Devices 21. Series & Parallel Circuits 22. Introduction to Multimeter 23. Capacitors & Diodes 24. Basic Circuit Design in Tinkercad 25. Mini Project (LED Circuit System)
Arduino Programming
26. Introduction to Arduino Board 27. Arduino IDE Setup 28. Digital Input/Output 29. Blink LED Program 30. Working with Push Buttons 31. PWM & Analog Output 32. Analog Input (Sensors) 33. Serial Monitor 34. Functions & Modular Coding 35. Interfacing Multiple LEDs 36. Interfacing Buzzer 37. Light Sensor (LDR) 38. Temperature Sensor 39. Debugging Arduino Code 40. Mini Project (Smart Light System)
Sensors & Actuators
41. Types of Sensors 42. Ultrasonic Sensor 43. IR Sensor 44. Motion Sensor (PIR) 45. Servo Motor 46. DC Motor Basics 47. Motor Driver (L293D) 48. Controlling Motors with Arduino 49. Combining Sensors + Motors 50. Mini Project (Obstacle Avoiding Robot)
Robotics Projects
51. Line Following Robot (Concept) 52. Line Following Coding 53. Robot Assembly 54. Testing & Calibration 55. Bluetooth Module (HC-05) 56. Mobile Controlled Robot 57. Voice Control Basics 58. Smart Home Automation 59. IoT Basics Introduction 60. Mini Project (Bluetooth Robot)
Advanced Robotics & AI Intro
61. Introduction to Artificial Intelligence 62. Computer Vision Basics 63. Machine Learning Concepts (Simple) 64. IoT Advanced Concepts 65. Cloud + Robotics Integration
Final Capstone Project
66. Project Planning & Idea Selection 67. Design & Circuit Building 68. Coding & Integration 69. Testing & Debugging 70. Final Presentation + Certification
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