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Python Programming for Beginners - Learnees

Python Programming for Beginners

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Embark on your programming journey with our Python Programming for Beginners course! This comprehensive course will guide you through the fundamentals of Python, enabling you to write clean, efficient code and build simple applications. Learn to solve real-world problems using Python and gain a solid foundation for more advanced programming concepts, opening doors to exciting opportunities in the tech industry.

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Upto First 3 session - 100% Refund

1. Python Basics

Topics:

Introduction to Python Programming for Beginners: Setting Up Your Environment (Anaconda
VS Code
Jupyter Notebooks)
Python Syntax Fundamentals: Variables
Data Types (Integers
Floats
Strings
Booleans)
Operators (Arithmetic
Comparison
Logical
Assignment)
and Basic Input/Output
Control Flow in Python: Conditional Statements (if
elif
else) and Looping (for
while) with Practical Examples
Python Data Structures: Lists
Tuples
Sets
and Dictionaries - Creation
Manipulation
and Use Cases
Working with Strings in Python: String Formatting
Manipulation
and Common String Methods
Functions in Python: Defining
Calling
and Using Parameters/Arguments with Practical Applications (e.g.
simple calculators
data validation)
Introduction to Modules and Packages: Importing and Using Built-in Modules (math
random
datetime) and Installing External Packages (e.g.
using pip)
Basic Error Handling in Python: Understanding Syntax Errors
Runtime Errors
and Using Try-Except Blocks

Hands-on:

Activity 1: **Simple Calculator Program (Individual Exercise):** Create a Python program that takes two numbers as input from the user and performs basic arithmetic operations (+
-
*
/). The program should display the results of each operation. This reinforces input/output
data types
and basic operators.
Activity 2: **Temperature Converter (Individual Exercise):** Write a Python program that converts temperatures between Celsius and Fahrenheit. The user should be able to choose the conversion direction (C to F or F to C) and input the temperature value. This reinforces conditional statements (if/else)
user input
and mathematical operations.
Activity 3: **String Manipulation Tool (Individual Exercise):** Develop a Python program that takes a string as input and performs various string manipulations
such as calculating the length
converting to uppercase/lowercase
reversing the string
and counting the occurrences of a specific character. This reinforces string methods and string slicing.
Activity 4: **Grocery List Manager (Individual Project):** Create a Python program that allows the user to manage a grocery list. The user should be able to add items to the list
remove items from the list
view the current list
and save the list to a file. This reinforces lists
file I/O
and looping.
Activity 5: **Dice Rolling Simulator (Individual Project):** Build a Python program that simulates rolling a pair of dice. The program should allow the user to specify the number of rolls and display the result of each roll (two random numbers between 1 and 6) and the sum of the dice for each roll. This reinforces random number generation and looping.
Activity 6: **"Mad Libs" Game (Collaborative Project):** In groups
create a "Mad Libs" game using Python. One student creates the template with placeholders (nouns
verbs
adjectives)
and another student writes the code to collect input from the user for each placeholder and generate the final story. This reinforces string formatting
input/output
and collaboration.
Activity 7: **Simple Text-Based Adventure Game (Collaborative Project):** In groups
design and implement a simple text-based adventure game using Python. The game should have multiple rooms
items
and choices that affect the story's outcome. This reinforces conditional statements
functions
and collaborative design.
Activity 8: **Debugging Challenge (Individual Assignment):** Provide students with a Python program containing several syntax and logical errors. Students must identify and fix the errors to make the program run correctly. This reinforces

Skills You Will Learn:

Install and configure a Python development environment
Write and execute basic Python scripts using variables
data types (integers
floats
strings
booleans)
and operators
Implement conditional statements (if
elif
else) and loops (for
while) for program control flow
Define and call functions with parameters and return values to modularize code
Utilize built-in Python data structures like lists
tuples
and dictionaries to store and manipulate data
Read data from and write data to files using Python's file I/O operations
Debug Python code using print statements and basic debugging techniques
Apply basic error handling using try-except blocks to manage exceptions
Interpret and respond to error messages to troubleshoot code
Write clear and concise code with meaningful comments for improved readability and maintainability

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Why Choose Python Programming for Beginners?

Why enroll for Python Programming for Beginners Certification?

Unlock your potential in cloud computing with Python Programming for Beginners certification

Most Popular Certification

Python Programming for Beginners certification is rated as one of the most popular and lucrative cloud certifications in IT globally.

Growing Market

The global Python Programming for Beginners market size is expected to grow at a CAGR of 21.2% from 2024 to 2030.

High Salary Potential

The estimated total pay for an Python Programming for Beginners is ₹7,09,000 per year, with an average salary of ₹6,09,000 per year - Glassdoor.

Introduction to Python and Setting Up Your Environment (Variables

Data Types

Operators)

Python Control Flow: Conditional Statements (if

elif

else) and Looping (for

while)

Data Structures: Lists

Tuples

Dictionaries

and Sets - Creation

Manipulation

and Use Cases

Functions: Defining

Calling

Parameters

Return Values

Scope

and Lambda Functions

Working with Modules and Packages: Importing

Using

and Creating Modules

File Handling: Reading from and Writing to Files (Text and CSV)

Error Handling: Try-Except Blocks

Raising Exceptions

and Debugging Techniques

Introduction to Object-Oriented Programming (OOP): Classes

Objects

Inheritance

Polymorphism

Curriculum Designed by Experts

1. Python Basics

Topics:

Introduction to Python Programming for Beginners: Setting Up Your Environment (Anaconda
VS Code
Jupyter Notebooks)
Python Syntax Fundamentals: Variables
Data Types (Integers
Floats
Strings
Booleans)
Operators (Arithmetic
Comparison
Logical
Assignment)
and Basic Input/Output
Control Flow in Python: Conditional Statements (if
elif
else) and Looping (for
while) with Practical Examples
Python Data Structures: Lists
Tuples
Sets
and Dictionaries - Creation
Manipulation
and Use Cases
Working with Strings in Python: String Formatting
Manipulation
and Common String Methods
Functions in Python: Defining
Calling
and Using Parameters/Arguments with Practical Applications (e.g.
simple calculators
data validation)
Introduction to Modules and Packages: Importing and Using Built-in Modules (math
random
datetime) and Installing External Packages (e.g.
using pip)
Basic Error Handling in Python: Understanding Syntax Errors
Runtime Errors
and Using Try-Except Blocks

Hands-on:

Activity 1: **Simple Calculator Program (Individual Exercise):** Create a Python program that takes two numbers as input from the user and performs basic arithmetic operations (+
-
*
/). The program should display the results of each operation. This reinforces input/output
data types
and basic operators.
Activity 2: **Temperature Converter (Individual Exercise):** Write a Python program that converts temperatures between Celsius and Fahrenheit. The user should be able to choose the conversion direction (C to F or F to C) and input the temperature value. This reinforces conditional statements (if/else)
user input
and mathematical operations.
Activity 3: **String Manipulation Tool (Individual Exercise):** Develop a Python program that takes a string as input and performs various string manipulations
such as calculating the length
converting to uppercase/lowercase
reversing the string
and counting the occurrences of a specific character. This reinforces string methods and string slicing.
Activity 4: **Grocery List Manager (Individual Project):** Create a Python program that allows the user to manage a grocery list. The user should be able to add items to the list
remove items from the list
view the current list
and save the list to a file. This reinforces lists
file I/O
and looping.
Activity 5: **Dice Rolling Simulator (Individual Project):** Build a Python program that simulates rolling a pair of dice. The program should allow the user to specify the number of rolls and display the result of each roll (two random numbers between 1 and 6) and the sum of the dice for each roll. This reinforces random number generation and looping.
Activity 6: **"Mad Libs" Game (Collaborative Project):** In groups
create a "Mad Libs" game using Python. One student creates the template with placeholders (nouns
verbs
adjectives)
and another student writes the code to collect input from the user for each placeholder and generate the final story. This reinforces string formatting
input/output
and collaboration.
Activity 7: **Simple Text-Based Adventure Game (Collaborative Project):** In groups
design and implement a simple text-based adventure game using Python. The game should have multiple rooms
items
and choices that affect the story's outcome. This reinforces conditional statements
functions
and collaborative design.
Activity 8: **Debugging Challenge (Individual Assignment):** Provide students with a Python program containing several syntax and logical errors. Students must identify and fix the errors to make the program run correctly. This reinforces

Skills You Will Learn:

Install and configure a Python development environment
Write and execute basic Python scripts using variables
data types (integers
floats
strings
booleans)
and operators
Implement conditional statements (if
elif
else) and loops (for
while) for program control flow
Define and call functions with parameters and return values to modularize code
Utilize built-in Python data structures like lists
tuples
and dictionaries to store and manipulate data
Read data from and write data to files using Python's file I/O operations
Debug Python code using print statements and basic debugging techniques
Apply basic error handling using try-except blocks to manage exceptions
Interpret and respond to error messages to troubleshoot code
Write clear and concise code with meaningful comments for improved readability and maintainability

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1. Python Basics

Topics:

Introduction to Python Programming for Beginners: Setting Up Your Environment (Anaconda
VS Code
Jupyter Notebooks)
Python Syntax Fundamentals: Variables
Data Types (Integers
Floats
Strings
Booleans)
Operators (Arithmetic
Comparison
Logical
Assignment)
and Basic Input/Output
Control Flow in Python: Conditional Statements (if
elif
else) and Looping (for
while) with Practical Examples
Python Data Structures: Lists
Tuples
Sets
and Dictionaries - Creation
Manipulation
and Use Cases
Working with Strings in Python: String Formatting
Manipulation
and Common String Methods
Functions in Python: Defining
Calling
and Using Parameters/Arguments with Practical Applications (e.g.
simple calculators
data validation)
Introduction to Modules and Packages: Importing and Using Built-in Modules (math
random
datetime) and Installing External Packages (e.g.
using pip)
Basic Error Handling in Python: Understanding Syntax Errors
Runtime Errors
and Using Try-Except Blocks

Hands-on:

Activity 1: **Simple Calculator Program (Individual Exercise):** Create a Python program that takes two numbers as input from the user and performs basic arithmetic operations (+
-
*
/). The program should display the results of each operation. This reinforces input/output
data types
and basic operators.
Activity 2: **Temperature Converter (Individual Exercise):** Write a Python program that converts temperatures between Celsius and Fahrenheit. The user should be able to choose the conversion direction (C to F or F to C) and input the temperature value. This reinforces conditional statements (if/else)
user input
and mathematical operations.
Activity 3: **String Manipulation Tool (Individual Exercise):** Develop a Python program that takes a string as input and performs various string manipulations
such as calculating the length
converting to uppercase/lowercase
reversing the string
and counting the occurrences of a specific character. This reinforces string methods and string slicing.
Activity 4: **Grocery List Manager (Individual Project):** Create a Python program that allows the user to manage a grocery list. The user should be able to add items to the list
remove items from the list
view the current list
and save the list to a file. This reinforces lists
file I/O
and looping.
Activity 5: **Dice Rolling Simulator (Individual Project):** Build a Python program that simulates rolling a pair of dice. The program should allow the user to specify the number of rolls and display the result of each roll (two random numbers between 1 and 6) and the sum of the dice for each roll. This reinforces random number generation and looping.
Activity 6: **"Mad Libs" Game (Collaborative Project):** In groups
create a "Mad Libs" game using Python. One student creates the template with placeholders (nouns
verbs
adjectives)
and another student writes the code to collect input from the user for each placeholder and generate the final story. This reinforces string formatting
input/output
and collaboration.
Activity 7: **Simple Text-Based Adventure Game (Collaborative Project):** In groups
design and implement a simple text-based adventure game using Python. The game should have multiple rooms
items
and choices that affect the story's outcome. This reinforces conditional statements
functions
and collaborative design.
Activity 8: **Debugging Challenge (Individual Assignment):** Provide students with a Python program containing several syntax and logical errors. Students must identify and fix the errors to make the program run correctly. This reinforces

Skills You Will Learn:

Install and configure a Python development environment
Write and execute basic Python scripts using variables
data types (integers
floats
strings
booleans)
and operators
Implement conditional statements (if
elif
else) and loops (for
while) for program control flow
Define and call functions with parameters and return values to modularize code
Utilize built-in Python data structures like lists
tuples
and dictionaries to store and manipulate data
Read data from and write data to files using Python's file I/O operations
Debug Python code using print statements and basic debugging techniques
Apply basic error handling using try-except blocks to manage exceptions
Interpret and respond to error messages to troubleshoot code
Write clear and concise code with meaningful comments for improved readability and maintainability

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Course Overview

Everything you need to know about Python Programming for Beginners

Install and configure the Python interpreter and development environment. Understand fundamental programming concepts such as variables, data types (integers, floats, strings, booleans), and operators. Write and execute Python code using control flow statements (if/else statements, loops). Create and manipulate lists, tuples, and dictionaries to store and organize data. Define and call functions to modularize code and promote reusability. Read and write data to files using Python. Understand basic error handling using try-except blocks. Apply Python programming concepts to solve simple practical problems. Understand the basics of object-oriented programming (OOP) concepts like classes and objects. Use external libraries and modules to extend Python's functionality (e.g., using the 'math' module).