Python 5-Days Workshop

 Introduction to Python and Basic Syntax

Objective:

• Understand the basics of Python programming and its syntax.

Activities:

• Introduction (Live Session): Overview of the workshop objectives and structure.

• Introduction to Python: What is Python, its history, and its applications.

• Setting Up the Environment: Guide participants to install Python and set up an Integrated Development Environment (IDE) like VSCode, PyCharm, or Jupyter Notebook.

• Basic Syntax: Introduction to Python syntax, including variables, data types, and basic operations.

• Hands-On Exercise: Write simple programs to practice syntax (e.g., print statements, basic arithmetic operations).

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a simple program that uses variables and basic operations.

 

 

Materials Needed:

• Video conferencing platform for live session

• Installation guides for Python and IDEs

• Simple Python scripts for practice

Control Structures and Functions

Objective:

• Learn control structures and functions in Python.

Activities:

• Review (Live Session): Quick review of basic syntax and homework.

• Control Structures: Introduction to if-else statements, loops (for and while), and their syntax.

• Functions: Explanation of functions, how to define and call them, and the importance of modular code.

• Hands-On Exercise: Write programs using control structures and functions (e.g., a basic calculator or a program to find the factorial of a number).

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a program that incorporates functions and control structures to solve a problem (e.g., a number guessing game).

Materials Needed:

• Examples of control structures and functions

• Practice problems for control structures and functions

Data Structures (Lists, Tuples, Dictionaries, Sets)

Objective:

• Understand and use Python's built-in data structures.

Activities:

• Review (Live Session): Quick review of control structures, functions, and homework.

• Lists and Tuples: Introduction to lists and tuples, their differences, and basic operations (e.g., indexing, slicing, adding elements).

• Dictionaries and Sets: Explanation of dictionaries and sets, and how to use them.

• Hands-On Exercise: Write programs to manipulate data structures (e.g., sorting a list, counting word frequency using a dictionary).

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a program that uses various data structures to store and manipulate data (e.g., a contact book).

Materials Needed:

• Examples of data structure usage

• Practice problems for lists, tuples, dictionaries, and sets

File Handling and Exception Handling

Objective:

• Learn how to handle files and exceptions in Python.

 

 

Activities:

• Review (Live Session): Quick review of data structures and homework.

• File Handling: Introduction to file operations (open, read, write, close), and working with different file types.

• Exception Handling: Explanation of try-except blocks, handling multiple exceptions, and the importance of exception handling.

• Hands-On Exercise: Write programs that read from and write to files, and handle exceptions (e.g., a program to read a text file and count the number of words).

• Q&A Session: Address participants' questions and provide additional explanations.

• Homework: Write a program that involves file handling and includes exception handling to manage potential errors.

Materials Needed:

• Examples of file and exception handling

• Practice problems for file handling and exception handling

Working on a Mini Project and Final Presentation

Objective:

• Apply the knowledge gained to complete a mini project and present it.

Activities:

• Warm-Up (Live Session): Light warm-up activity to prepare for the mini project.

• Mini Project: Participants choose a mini project idea (e.g., a simple to-do list app, a personal diary app, a basic calculator) and start working on it.

 

• Hands-On Exercise: Participants work on their mini projects, implementing all concepts learned during the workshop.

• Presentation: Participants present their mini projects to the group via video call, explaining their code, challenges faced, and what they learned.

• Feedback and Certificates: Constructive feedback session and presentation of certificates of completion.

Materials Needed:

• Video conferencing platform for live session

• Guidelines for the mini project

• Certificates of completion