Control Canoe with Python Training

• Understand Python Basics: Grasp the fundamental concepts of Python programming including syntax, variables, and data types.
• Master Control Structures: Learn to effectively use loops, conditional statements, and control structures to manage the flow of a Python program.
• Explore Functions and Modules: Develop skills in writing reusable functions and understanding how to organize code using modules.
• Data Handling Proficiency: Gain expertise in handling and manipulating data using Python libraries like Pandas and NumPy.
• Object-Oriented Programming: Understand and apply the principles of object-oriented programming in Python to create scalable and efficient applications.

• Recorded Videos After Training
• Digital Learning Material
• Course Completion Certificate
• 24x7 After Training Support

Module 1: Introduction

• Understand the goals and scope of the course
• Background on canoes and water dynamics
• Why Python? Benefits and challenges of using Python for hardware control
• Safety precautions and guidelines

Module 2: Basics of Python

• Familiarity with Python as a programming language
• Setting up a Python environment
• Basic syntax, variables, data types, and control structures
• Introduction to functions and modules

Module 3: Sensors & Hardware

• Understand the hardware components that will be interfaced with Python
• Overview of sensors: gyroscopes, accelerometers, GPS, etc
• Motors and actuators for controlling paddles or rudders
• Basics of microcontroller integration with Python (e.g., Raspberry Pi or Arduino)

Module 4: Interfacing Python with Hardware

• Learn how to control and retrieve data from the hardware using Python
• Using GPIO pins with Raspberry Pi
• Reading data from sensors
• Sending commands to actuators or motors

Module 5: Canoe Dynamics

• Understand how a canoe moves and reacts to forces
• Basics of fluid dynamics
• Principles of buoyancy
• Steering and control mechanisms in a canoe

Module 6: Building the Control Algorithm

• Develop a Python script to control the canoe based on sensor input
• Detecting and responding to changes in orientation
• Auto-correcting the canoe's course
• Safety mechanisms: preventing capsizing, collision avoidance

Module 7: Testing & Iteration

• Test the control mechanisms in a safe environment and refine the control algorithm
• Dry testing: without being on the water
• Controlled water testing: ensuring a safe environment, like a swimming pool
• Open water testing with safety precautions

Module 8: Advanced Topics 

• Explore advanced techniques and applications
• Incorporating AI and machine learning for predictive canoe control
• Building a user interface for real-time control and data visualization
• Using wireless communication for remote control

Module 9: Project & Presentation

• Allow participants to develop their projects and showcase their achievements
• Team-based or individual projects
• Demonstrations of canoe control
• Sharing challenges and learnings